Advantages Of Computer Quotes

Books are better than television, the internet, or the computer for educating and maintaining freedom. Books matter because they state ideas and then attempt to thoroughly prove them. They have an advantage precisely because they slow down the process, allowing the reader to internalize, respond, react and transform. The ideas in books matter because time is taken to establish truth, and because the reader must take the time to consider each idea and either accept it or, if he rejects it, to think through sound reasons for doing so. A nation of people who write and read is a nation with the attention span to earn an education and free society if they choose.

We’ve got one huge advantage—people believe what they see in databases. They’ve never learned the most important rule of cyberspace—computers don’t lie but liars can compute.

You are not reading this book because a teacher assigned it to you, you are reading it because you have a desire to learn, and wanting to learn is the biggest advantage you can have.

In business, there is nothing more valuable than a technical advantage your competitors don’t understand. In business, as in war, surprise is worth as much as force.

when you don't have the hardware resources, you have to take advantage of what you have inside the chip

How do you get over a failure?” “I think you mean a public failure. Because we all fail in private. I failed with you, for example, but no one posted an online review about it, unless you did. I fail with my wife and with my son. I fail in my work every day, but I keep turning over the problems until I’m not failing anymore. But public failures are different, it’s true.” “So, what do I do?” she asked. “You go back to work. You take advantage of the quiet time that a failure allows you. You remind yourself that no one is paying any attention to you and it’s a perfect time for you to sit down in front of your computer and make another game. You try again. You fail better.

When I fight off a disease bent on my cellular destruction, when I marvelously distribute energy and collect waste with astonishing alacrity even in my most seemingly fatigued moments, when I slip on ice and gyrate crazily but do not fall, when I unconsciously counter-steer my way into a sharp bicycle turn, taking advantage of physics I do not understand using a technique I am not even aware of using, when I somehow catch the dropped oranges before I know I've dropped them, when my wounds heal in my ignorance, I realize how much bigger I am than I think I am. And how much more important, nine times out of ten, those lower-level processes are to my overall well-being than the higher-level ones that tend to be the ones getting me bent out of shape or making me feel disappointed or proud.

A computer does not substitute for judgment any more than a pencil substitutes for literacy. But writing ability without a pencil is no particular advantage.

You go back to work. You take advantage of the quiet time that a failure allows you. You remind yourself that no one is paying any attention to you and it's a perfect time for you to sit down in front of your computer and make another game. You try again. You fail better.

computers are limited by our ability to program them, so we’ve got a built-in advantage. Instead,

The world is changing rapidly, and everyone changes along with the world. Discoveries is now becoming rampant; intellectually, technologically,etc, each having its advantage and disadvantage.

You go back to work. You take advantage of the quiet time that a failure allows you. You remind yourself that no one is paying any attention to you and it’s a perfect time for you to sit down in front of your computer and make another game. You try again. You fail better.

I think that in life, as in game design, you have to find the fun. There is joy out there waiting to be discovered, but it might not be where you expected. You can’t decide what something’s going to be before you embark on it, and you shouldn’t stick with a bad idea just because you’re fond of it. Take action as quickly and repeatedly as possible, take advantage of what you already know, and take liberties with tradition. But most importantly, take the time to appreciate the possibilities, and make sure all of your decisions are interesting ones.

The great advantage of digital media is that it can be stored, retrieved and massaged by a computer—at lightning speed and with unerring accuracy.

Creativity is a living, breathing, ever new inspiration that no computer can match. Why not take full advantage of it? For the brain has the miraculous ability to give more, the more you ask of it.

But to what extent has computer technology been an advantage to the masses of people? To steelworkers, vegetable-store owners, teachers, garage mechanics, musicians, bricklayers, dentists, and most of the rest into whose lives the computer now intrudes? Their private matters have been made more accessible to powerful institutions. They are more easily tracked and controlled; are subjected to more examinations; are increasingly mystified by the decisions made about them; are often reduced to mere numerical objects. They are inundated by junk mail. They are easy targets for advertising agencies and political organizations. The schools teach their children to operate computerized systems instead of teaching things that are more valuable to children. In a word, almost nothing that they need happens to the losers. Which is why they are losers.

I fail in my work every day, but I keep turning over the problems until I’m not failing anymore. But public failures are different, it’s true.” “So, what do I do?” she asked. “You go back to work. You take advantage of the quiet time that a failure allows you. You remind yourself that no one is paying any attention to you and it’s a perfect time for you to sit down in front of your computer and make another game. You try again. You fail better.

Because a quantum computer deals with 1’s and 0’s that are in a quantum superposition, they are called quantum bits, or qubits (pronounced “cubits”). The advantage of qubits becomes even clearer when we consider more particles.

go back to work. You take advantage of the quiet time that a failure allows you. You remind yourself that no one is paying any attention to you and it’s a perfect time for you to sit down in front of your computer and make another game. You try again. You fail better.

public failures are different, it’s true.” “So, what do I do?” she asked. “You go back to work. You take advantage of the quiet time that a failure allows you. You remind yourself that no one is paying any attention to you and it’s a perfect time for you to sit down in front of your computer and make another game. You try again. You fail better.” “I

The world has been changing even faster as people, devices and information are increasingly connected to each other. Computational power is growing and quantum computing is quickly being realised. This will revolutionise artificial intelligence with exponentially faster speeds. It will advance encryption. Quantum computers will change everything, even human biology. There is already one technique to edit DNA precisely, called CRISPR. The basis of this genome-editing technology is a bacterial defence system. It can accurately target and edit stretches of genetic code. The best intention of genetic manipulation is that modifying genes would allow scientists to treat genetic causes of disease by correcting gene mutations. There are, however, less noble possibilities for manipulating DNA. How far we can go with genetic engineering will become an increasingly urgent question. We can’t see the possibilities of curing motor neurone diseases—like my ALS—without also glimpsing its dangers. Intelligence is characterised as the ability to adapt to change. Human intelligence is the result of generations of natural selection of those with the ability to adapt to changed circumstances. We must not fear change. We need to make it work to our advantage. We all have a role to play in making sure that we, and the next generation, have not just the opportunity but the determination to engage fully with the study of science at an early level, so that we can go on to fulfil our potential and create a better world for the whole human race. We need to take learning beyond a theoretical discussion of how AI should be and to make sure we plan for how it can be. We all have the potential to push the boundaries of what is accepted, or expected, and to think big. We stand on the threshold of a brave new world. It is an exciting, if precarious, place to be, and we are the pioneers. When we invented fire, we messed up repeatedly, then invented the fire extinguisher. With more powerful technologies such as nuclear weapons, synthetic biology and strong artificial intelligence, we should instead plan ahead and aim to get things right the first time, because it may be the only chance we will get. Our future is a race between the growing power of our technology and the wisdom with which we use it. Let’s make sure that wisdom wins.

On the other hand, it has a number of other advantages for power. For one thing, it diverts people, it atomizes people. When you're sitting in front of your tube, you're alone. I mean, there's something about human beings that just makes face-to-face contact very different from banging around on a computer terminal and getting some noise coming back―that's very impersonal, and it breaks down human relations. Well, that's obviously a good result from the point of view of people with power―because it's extremely important to drive human sentiments out of people if you just want them to be passive and obedient and under control. So if you can eliminate things like face-to-face contact and direct interaction, and just turn people into what's caricatured as kind of an M.I.T. nerd―you know, somebody who's got antennae coming out of his head, and is wired into his computer all the time―that's a real advantage, because then you've made them more inhuman, and therefore more controllable.

Here is one thing that the disorganized CIA didn’t quite understand at the time, and that no major American employer outside of Silicon Valley understood, either: the computer guy knows everything, or rather can know everything. The higher up this employee is, and the more systems-level privileges he has, the more access he has to virtually every byte of his employer’s digital existence. Of course, not everyone is curious enough to take advantage of this education, and not everyone is possessed of a sincere curiosity.

Hey Pete. So why the leave from social media? You are an activist, right? It seems like this decision is counterproductive to your message and work." A: The short answer is I’m tired of the endless narcissism inherent to the medium. In the commercial society we have, coupled with the consequential sense of insecurity people feel, as they impulsively “package themselves” for public consumption, the expression most dominant in all of this - is vanity. And I find that disheartening, annoying and dangerous. It is a form of cultural violence in many respects. However, please note the difference - that I work to promote just that – a message/idea – not myself… and I honestly loath people who today just promote themselves for the sake of themselves. A sea of humans who have been conditioned into viewing who they are – as how they are seen online. Think about that for a moment. Social identity theory run amok. People have been conditioned to think “they are” how “others see them”. We live in an increasing fictional reality where people are now not only people – they are digital symbols. And those symbols become more important as a matter of “marketing” than people’s true personality. Now, one could argue that social perception has always had a communicative symbolism, even before the computer age. But nooooooothing like today. Social media has become a social prison and a strong means of social control, in fact. Beyond that, as most know, social media is literally designed like a drug. And it acts like it as people get more and more addicted to being seen and addicted to molding the way they want the world to view them – no matter how false the image (If there is any word that defines peoples’ behavior here – it is pretention). Dopamine fires upon recognition and, coupled with cell phone culture, we now have a sea of people in zombie like trances looking at their phones (literally) thousands of times a day, merging their direct, true interpersonal social reality with a virtual “social media” one. No one can read anymore... they just swipe a stream of 200 character headlines/posts/tweets. understanding the world as an aggregate of those fragmented sentences. Massive loss of comprehension happening, replaced by usually agreeable, "in-bubble" views - hence an actual loss of variety. So again, this isn’t to say non-commercial focused social media doesn’t have positive purposes, such as with activism at times. But, on the whole, it merely amplifies a general value system disorder of a “LOOK AT ME! LOOK AT HOW GREAT I AM!” – rooted in systemic insecurity. People lying to themselves, drawing meaningless satisfaction from superficial responses from a sea of avatars. And it’s no surprise. Market economics demands people self promote shamelessly, coupled with the arbitrary constructs of beauty and success that have also resulted. People see status in certain things and, directly or pathologically, use those things for their own narcissistic advantage. Think of those endless status pics of people rock climbing, or hanging out on a stunning beach or showing off their new trophy girl-friend, etc. It goes on and on and worse the general public generally likes it, seeking to imitate those images/symbols to amplify their own false status. Hence the endless feedback loop of superficiality. And people wonder why youth suicides have risen… a young woman looking at a model of perfection set by her peers, without proper knowledge of the medium, can be made to feel inferior far more dramatically than the typical body image problems associated to traditional advertising. That is just one example of the cultural violence inherent. The entire industry of social media is BASED on narcissistic status promotion and narrow self-interest. That is the emotion/intent that creates the billions and billions in revenue these platforms experience, as they in turn sell off people’s personal data to advertisers and governments. You are the product, of course.

In theory, if some holy book misrepresented reality, its disciples would sooner or later discover this, and the text’s authority would be undermined. Abraham Lincoln said you cannot deceive everybody all the time. Well, that’s wishful thinking. In practice, the power of human cooperation networks depends on a delicate balance between truth and fiction. If you distort reality too much, it will weaken you, and you will not be able to compete against more clear-sighted rivals. On the other hand, you cannot organise masses of people effectively without relying on some fictional myths. So if you stick to unalloyed reality, without mixing any fiction with it, few people will follow you. If you used a time machine to send a modern scientist to ancient Egypt, she would not be able to seize power by exposing the fictions of the local priests and lecturing the peasants on evolution, relativity and quantum physics. Of course, if our scientist could use her knowledge in order to produce a few rifles and artillery pieces, she could gain a huge advantage over pharaoh and the crocodile god Sobek. Yet in order to mine iron ore, build blast furnaces and manufacture gunpowder the scientist would need a lot of hard-working peasants. Do you really think she could inspire them by explaining that energy divided by mass equals the speed of light squared? If you happen to think so, you are welcome to travel to present-day Afghanistan or Syria and try your luck. Really powerful human organisations – such as pharaonic Egypt, the European empires and the modern school system – are not necessarily clear-sighted. Much of their power rests on their ability to force their fictional beliefs on a submissive reality. That’s the whole idea of money, for example. The government makes worthless pieces of paper, declares them to be valuable and then uses them to compute the value of everything else. The government has the power to force citizens to pay taxes using these pieces of paper, so the citizens have no choice but to get their hands on at least some of them. Consequently, these bills really do become valuable, the government officials are vindicated in their beliefs, and since the government controls the issuing of paper money, its power grows. If somebody protests that ‘These are just worthless pieces of paper!’ and behaves as if they are only pieces of paper, he won’t get very far in life.

I think you mean a public failure. Because we all fail in private. I failed with you, for example, but no one posted an online review about it, unless you did. I fail with my wife and with my son. I fail in my work every day, but I keep turning over the problems until I’m not failing anymore. But public failures are different, it’s true.” “So, what do I do?” she asked. “You go back to work. You take advantage of the quiet time that a failure allows you. You remind yourself that no one is paying any attention to you and it’s a perfect time for you to sit down in front of your computer and make another game. You try again. You fail better.

Security is a big and serious deal, but it’s also largely a solved problem. That’s why the average person is quite willing to do their banking online and why nobody is afraid of entering their credit card number on Amazon. At 37signals, we’ve devised a simple security checklist all employees must follow: 1. All computers must use hard drive encryption, like the built-in FileVault feature in Apple’s OS X operating system. This ensures that a lost laptop is merely an inconvenience and an insurance claim, not a company-wide emergency and a scramble to change passwords and worry about what documents might be leaked. 2. Disable automatic login, require a password when waking from sleep, and set the computer to automatically lock after ten inactive minutes. 3. Turn on encryption for all sites you visit, especially critical services like Gmail. These days all sites use something called HTTPS or SSL. Look for the little lock icon in front of the Internet address. (We forced all 37signals products onto SSL a few years back to help with this.) 4. Make sure all smartphones and tablets use lock codes and can be wiped remotely. On the iPhone, you can do this through the “Find iPhone” application. This rule is easily forgotten as we tend to think of these tools as something for the home, but inevitably you’ll check your work email or log into Basecamp using your tablet. A smartphone or tablet needs to be treated with as much respect as your laptop. 5. Use a unique, generated, long-form password for each site you visit, kept by password-managing software, such as 1Password.§ We’re sorry to say, “secretmonkey” is not going to fool anyone. And even if you manage to remember UM6vDjwidQE9C28Z, it’s no good if it’s used on every site and one of them is hacked. (It happens all the time!) 6. Turn on two-factor authentication when using Gmail, so you can’t log in without having access to your cell phone for a login code (this means that someone who gets hold of your login and password also needs to get hold of your phone to login). And keep in mind: if your email security fails, all other online services will fail too, since an intruder can use the “password reset” from any other site to have a new password sent to the email account they now have access to. Creating security protocols and algorithms is the computer equivalent of rocket science, but taking advantage of them isn’t. Take the time to learn the basics and they’ll cease being scary voodoo that you can’t trust. These days, security for your devices is just simple good sense, like putting on your seat belt.

In a way, the human race needs to improve its mental and physical qualities if it is to deal with the increasingly complex world around it and meet new challenges like space travel. And it also needs to increase its complexity if biological systems are to keep ahead of electronic ones. At the moment computers have an advantage of speed, but they show no sign of intelligence. This is not surprising because our present computers are less complex than the brain of an earthworm, a species not noted for its intellectual powers. But computers roughly obey a version of Moore’s Law, which says that their speed and complexity double every eighteen months. It is one of these exponential growths that clearly cannot continue indefinitely, and indeed it has already begun to slow. However, the rapid pace of improvement will probably continue until computers have a similar complexity to the human brain. Some people say that computers can never show true intelligence, whatever that may be. But it seems to me that if very complicated chemical molecules can operate in humans to make them intelligent, then equally complicated electronic circuits can also make computers act in an intelligent way. And if they are intelligent they can presumably design computers that have even greater complexity and intelligence.

Bostrom and many others also believe that the most likely scenario is that the very first computer to reach ASI will immediately see a strategic benefit to being the world’s only ASI system. And in the case of a fast takeoff, if it achieved ASI even just a few days before second place, it would be far enough ahead in intelligence to effectively and permanently suppress all competitors. Bostrom calls this a decisive strategic advantage, which would allow the world’s first ASI to become what’s called a singleton—an ASI that can rule the world at its whim forever, whether its whim is to lead us to immortality, wipe us from existence, or turn the universe into endless paperclips.

In 1998, he helped organize the first “advanced chess” tournament, in which each human player, including Kasparov himself, paired with a computer. Years of pattern study were obviated. The machine partner could handle tactics so the human could focus on strategy. It was like Tiger Woods facing off in a golf video game against the best gamers. His years of repetition would be neutralized, and the contest would shift to one of strategy rather than tactical execution. In chess, it changed the pecking order instantly. “Human creativity was even more paramount under these conditions, not less,” according to Kasparov. Kasparov settled for a 3–3 draw with a player he had trounced four games to zero just a month earlier in a traditional match. “My advantage in calculating tactics had been nullified by the machine.” The primary benefit of years of experience with specialized training was outsourced, and in a contest where humans focused on strategy, he suddenly had peers. A few years later, the first “freestyle chess” tournament was held. Teams could be made up of multiple humans and computers. The lifetime-of-specialized-practice advantage that had been diluted in advanced chess was obliterated in freestyle. A duo of amateur players with three normal computers not only destroyed Hydra, the best chess supercomputer, they also crushed teams of grandmasters using computers. Kasparov concluded that the humans on the winning team were the best at “coaching” multiple computers on what to examine, and then synthesizing that information for an overall strategy. Human/Computer combo teams—known as “centaurs”—were playing the highest level of chess ever seen. If Deep Blue’s victory over Kasparov signaled the transfer of chess power from humans to computers, the victory of centaurs over Hydra symbolized something more interesting still: humans empowered to do what they do best without the prerequisite of years of specialized pattern recognition.

Of course none of this will stop us from wanting to know what it is that is really going on in consciousness and intelligence. I want to know too. Basically the arguments of this book are making the point that what is not going on is solely a great deal of computational activity-as is commonly believed these days-and what is going on will have no chance of being properly understood until we have a much more profound appreciation of the very nature of matter, time, space, and the laws that govern them. We shall need also to have much better knowledge of the detailed physiology of brains, particularly at the very tiny levels that have received little attention until recent years. We shall need to know more about the circumstances under which consciousness arises or disappears, about the curious matter of its timing, of what it is used for, and what are the specific advantages of its possession-in addition to many other issues where objective testing is possible. It is a very broad field indeed, in which progress in many different directions is surely to be anticipated.

It is certainly conceivable, as at least one well-known physicist has speculated (to hoots from most of his colleagues), that the human brain takes advantage of quantum mechanical effects. Yet there is no evidence whatsoever that this is the case. Certainly, the physics of a neuron depends on quantum mechanics, just as the physics of a transistor does, but there is no evidence that neural processing takes place at the quantum mechanical level as opposed to the classical level; that is, there is no evidence that quantum mechanics is necessary to explain human thought. As far as we know, all the relevant computational properties of a neuron can be simulated on a conventional computer. If this is indeed the case, then it is also possible to simulate a network of tens of billions of such neurons, which means, in turn, that the brain can be simulated on a universal machine. Even if it turns out that the brain takes advantage of quantum computation, we will probably learn how to build devices that take advantage of the same effects—in which case it will still be possible to simulate the human brain with a machine.

He pokes his katana through the side of the cube and follows it through the wall and out the other side. This is a hack. It is really based on a very old hack, a loophole that he found years ago when he was trying to graft the sword-fighting rules onto the existing Metaverse software. His blade doesn't have the power to cut a hole in the wall -- this would mean permanently changing the shape of someone else's building -- but it does have the power to penetrate things. Avatars do not have that power. That is the whole purpose of a wall in the Metaverse; it is a structure that does not allow avatars to penetrate it. But like anything else in the Metaverse, this rule is nothing but a protocol, a convention that different computers agree to follow. In theory, it cannot be ignored. But in practice, it depends upon the ability of different computers to swap information very precisely, at high speed, and at just the right times. And when you are connected to the system over a satellite uplink, as Hiro is, out here on the Raft, there is a delay as the signals bounce up to the satellite and back down. That delay can be taken advantage of, if you move quickly and don't look back. Hiro passes right through the wall on the tail end of his all-penetrating katana.

I described living cells as being crammed full of protein molecules. Acting individually or in small assemblies, they perform reiterated molecular processes that can be regarded, I argued, as a form of computation. Moreover, large numbers of proteins linked into huge interacting networks operate, in effect, like circuits of electrical or electronic devices. Networks of this kind are the basis for the animate wanderings of single cells and their ability to choose what to do next. Here I have broadened the view to encompass multiple cells - 'societies' of cells. Through a variety of strategies - including diffusive hormones, electrical signals, and mechanical interactions - the computational networks of individual cells are linked. During evolution, cells acquired the capacity to work together in social groups; it became advantageous for most cells to become highly specialised. Liver cells, muscle cells, skin cells, and so on abandoned their opportunities for unlimited replication. They began the communal expansion of interlinked abilities that led to the plants and animals we see around us today. But the basis of this diversification of cell chemistry was yet another form of computation - one that operates on DNA. Control mechanisms, again based on protein switches, created extensive but subtle modifications of the core genetic information.

What the world-wide Web did to the demotic character is hard to define. It made still more general the nerveless mode of existence – sitting and staring – and thus further isolated the individual. It enlarged the realm of abstraction; to command the virtual reduces the taste for the concrete. At the same time, the contents of the Internet were the same old items in multiplied confusion. That a user had ‘the whole world of knowledge at his disposal’ was one of those absurdities like the belief that ultimately computers would think – it will be time to say so when a computer makes an ironic answer. ‘The whole world of knowledge’ could be at one’s disposal only if one already knew a great deal and wanted further information to turn into knowledge after gauging its value. The Internet dispensed error and misinformation with the same impartiality as other data, the best transferred from books in libraries. The last 20C report on the working of the “world-wide web” was that its popularity was causing traffic jams on the roads to access and that the unregulated freedom to contribute to its words, numbers, ideas, pictures, and foolishness was creating chaos—in other words, duplicating the world in electronic form. The remaining advantage of the real world was that its contents were scattered over a wide territory and one need not be aware of more than one’s mind had room for.

In a 1997 showdown billed as the final battle for supremacy between natural and artificial intelligence, IBM supercomputer Deep Blue defeated Garry Kasparov. Deep Blue evaluated two hundred million positions per second. That is a tiny fraction of possible chess positions—the number of possible game sequences is more than atoms in the observable universe—but plenty enough to beat the best human. According to Kasparov, “Today the free chess app on your mobile phone is stronger than me.” He is not being rhetorical. “Anything we can do, and we know how to do it, machines will do it better,” he said at a recent lecture. “If we can codify it, and pass it to computers, they will do it better.” Still, losing to Deep Blue gave him an idea. In playing computers, he recognized what artificial intelligence scholars call Moravec’s paradox: machines and humans frequently have opposite strengths and weaknesses. There is a saying that “chess is 99 percent tactics.” Tactics are short combinations of moves that players use to get an immediate advantage on the board. When players study all those patterns, they are mastering tactics. Bigger-picture planning in chess—how to manage the little battles to win the war—is called strategy. As Susan Polgar has written, “you can get a lot further by being very good in tactics”—that is, knowing a lot of patterns—“and have only a basic understanding of strategy.

Americans need to get off their cell phones—my sons included. Contrary to what you’re thinking, you can live without them. I promise you can operate and function without them. I don’t have one. You don’t have to have one, either. And while you’re at it, get off your desktop computer, laptop, iPad, tablet, reader, and whatever other mobile devices you own. I’ve never figured out how the computer, the very device that was supposed to revolutionize the way we live and save us so much time, ended up occupying so much of our time. Americans can’t stay off them! The IDC study revealed some alarming facts about Americans. Did you know that 79 percent of smartphone users reach for their devices within fifteen minutes of waking up? A majority of them—62 percent—don’t even wait fifteen minutes! I have an idea: why don’t you grab a Bible and read, or lie there in bed and pray or meditate for a few quiet moments? Hey, news flash, folks: I promise you it’s the only quiet time you’re probably going to get in this busy, busy world. Why don’t you take advantage of a few moments of solitude and slow down, Jack? I’m convinced that the Internet and social media in particular, the very things that were supposed to bring us closer together, have actually distanced us from each other more than ever before. They’re destroying the social interaction among humans. We don’t talk to anybody anymore, and we’ve isolated ourselves, spending most of our time in front of a computer or tapping the screens of our smartphones and tablets. We’ve become robots.

follow you. If you used a time machine to send a modern scientist to ancient Egypt, she would not be able to seize power by exposing the fictions of the local priests and lecturing the peasants on evolution, relativity and quantum physics. Of course, if our scientist could use her knowledge in order to produce a few rifles and artillery pieces, she could gain a huge advantage over pharaoh and the crocodile god Sobek. Yet in order to mine iron ore, build blast furnaces and manufacture gunpowder the scientist would need a lot of hard-working peasants. Do you really think she could inspire them by explaining that energy divided by mass equals the speed of light squared? If you happen to think so, you are welcome to travel to present-day Afghanistan or Syria and try your luck. Really powerful human organisations – such as pharaonic Egypt, the European empires and the modern school system – are not necessarily clear-sighted. Much of their power rests on their ability to force their fictional beliefs on a submissive reality. That’s the whole idea of money, for example. The government makes worthless pieces of paper, declares them to be valuable and then uses them to compute the value of everything else. The government has the power to force citizens to pay taxes using these pieces of paper, so the citizens have no choice but to get their hands on at least some of them. Consequently, these bills really do become valuable, the government officials are vindicated in their beliefs, and since the government controls the issuing of paper money, its power grows. If somebody protests that ‘These are just worthless pieces of paper!’ and behaves as if they are only pieces of paper, he won’t get very far in life.

You ask for something specific and that thing—that thing alone—is delivered to you as quickly as possible. You are only shown what you ask for. The Avid is faster at it than the Moviola, but the process is the same. That’s a drawback for me because your choices can then only be as good as your requests, and sometimes that is not enough. There is a higher level that comes through recognition: You may not be able to articulate what you want, but you can recognize it when you see it. What do I mean by that? Well, if you learn to speak a foreign language, you will find that there is a gap between how well you can speak it and how well you can understand it when it is spoken to you. A human being’s ability to understand a foreign language is always greater than his ability to speak it. And when you make a film, you are trying to learn a foreign language—it just happens to be a unique language that is only spoken by this one film. If you have to articulate everything, as you do with a ran-dom-access system like video/computer or Moviola/ assistant, you are limited by what and how much you can articulate and how good your original notes were. Whereas the advantage of the KEM’s linear system is that I do not always have to be speaking to it—there are times when it speaks to me. The system is constantly presenting things for consideration, and a sort of dialogue takes place. I might say, “I want to see that close-up of Teresa, number 317, in roll 45.” But I’ll put that roll on the machine, and as I spool down to number 317 (which may be hundreds of feet from the start), the machine shows me everything at high speed down to that point, saying in effect: “How about this instead? Or this?” And I find, more often than not, long before I get down to shot 317, that I’ve had three other ideas triggered by the material that I have seen flashing by me.

The sponge or active charcoal inside a filter is three-dimensional. Their adsorbent surfaces, however, are two-dimensional. Thus, you can see how a tiny high-dimensional structure can contain a huge low-dimensional structure. But at the macroscopic level, this is about the limit of the ability for high-dimensional space to contain low-dimensional space. Because God was stingy, during the big bang He only provided the macroscopic world with three spatial dimensions, plus the dimension of time. But this doesn’t mean that higher dimensions don’t exist. Up to seven additional dimensions are locked within the micro scale, or, more precisely, within the quantum realm. And added to the four dimensions at the macro scale, fundamental particles exist within an eleven-dimensional space-time.” “So what?” “I just want to point out this fact: In the universe, an important mark of a civilization’s technological advancement is its ability to control and make use of micro dimensions. Making use of fundamental particles without taking advantage of the micro dimensions is something that our naked, hairy ancestors already began back when they lit bonfires within caves. Controlling chemical reactions is just manipulating micro particles without regard to the micro dimensions. Of course, this control also progressed from crude to advanced: from bonfires to steam engines, and then generators. Now, the ability for humans to manipulate micro particles at the macro level has reached a peak: We have computers and nanomaterials. But all of that is accomplished without unlocking the many micro dimensions. From the perspective of a more advanced civilization in the universe, bonfires and computers and nanomaterials are not fundamentally different. They all belong to the same level. That’s also why they still think of humans as mere bugs. Unfortunately, I think they’re right.

So long as you input the appropriate parameters, the star could be a model for our sun. Think about it. It’s always useful to have the sun in your computer memory. It’s the biggest presence that’s close to us in the cosmos, but we could take more advantage of it. The model may have many more discoveries lying in wait.” Rey Diaz said, “One previous use of the sun is what brought humanity to the brink, and brought you and me to this place.” “But new discoveries might bring humanity back. So today, I’ve invited you here to watch the sunrise.” The rising sun was now just peeking its head over the horizon. The desert in front of them came into focus like a developing photograph, and Rey Diaz could see that this place, once blasted by the fires of hell, was now covered in sparse undergrowth. “I am become death, the destroyer of worlds,” Allen exclaimed. “What?” Rey Diaz whipped his head around, as if someone had shot him from behind. “Oppenheimer said that when he watched the first nuclear explosion. I think it’s a quote from the Bhagavad Gita.” The wheel in the east expanded rapidly, casting light across the Earth like a golden web. The same sun was there on that morning when Ye Wenjie had tuned the Red Shore antenna, and even before that, the same sun had shone upon the dust settling after the first bomb blast. Australopithecus a million years ago and the dinosaurs a hundred million years ago had turned their dull eyes upon this very sun, and even earlier than that, the hazy light that penetrated the surface of the primeval ocean and was felt by the first living cell was emitted by this same sun. Allen went on, “And then a man called Bainbridge followed up Oppenheimer’s statement with something completely nonpoetic: ‘Now we are all sons of bitches.’” “What are you talking about?” Rey Diaz said. Watching the rising sun, his breathing became ragged. “I’m thanking you, Mr. Rey Diaz, because from now on we’re not sons of bitches.

Millions of us daily take advantage of [Skype], delighted to carry the severed heads of family members under our arms as we move from the deck to the cool of inside, or steering them around our new homes, bobbing them like babies on a seasickening tour. Skype can be a wonderful consolation prize in the ongoing tournament of globalization, though typically the first place it transforms us is to ourselves. How often are the initial seconds of a video's call takeoff occupied by two wary, diagonal glances, with a quick muss or flick of the hair, or a more generous tilt of the screen in respect to the chin? Please attend to your own mask first. Yet, despite the obvious cheer of seeing a faraway face, lonesomeness surely persists in the impossibility of eye contact. You can offer up your eyes to the other person, but your own view will be of the webcam's unwarm aperture. ... The problem lies in the fact that we can't bring our silence with us through walls. In phone conversations, while silence can be both awkward and intimate, there is no doubt that each of you inhabits the same darkness, breathing the same dead air. Perversely, a phone silence is a thick rope tying two speakers together in the private void of their suspended conversation. This binding may be unpleasant and to be avoided, but it isn't as estranging as its visual counterpart. When talk runs to ground on Skype, and if the purpose of the call is to chat, I can quickly sense that my silence isn't their silence. For some reason silence can't cross the membrane of the computer screen as it can uncoil down phone lines. While we may be lulled into thinking that a Skype call, being visual, is more akin to a hang-out than a phone conversation, it is in many ways more demanding than its aural predecessor. Not until Skype has it become clear how much companionable quiet has depended on co-inhabiting an atmosphere, with a simple act of sharing the particulars of a place -- the objects in the room, the light through the window -- offering a lovely alternative to talk.

When players study all those patterns, they are mastering tactics. Bigger-picture planning in chess—how to manage the little battles to win the war—is called strategy. As Susan Polgar has written, “you can get a lot further by being very good in tactics”—that is, knowing a lot of patterns—“and have only a basic understanding of strategy.” Thanks to their calculation power, computers are tactically flawless compared to humans. Grandmasters predict the near future, but computers do it better. What if, Kasparov wondered, computer tactical prowess were combined with human big-picture, strategic thinking? In 1998, he helped organize the first “advanced chess” tournament, in which each human player, including Kasparov himself, paired with a computer. Years of pattern study were obviated. The machine partner could handle tactics so the human could focus on strategy. It was like Tiger Woods facing off in a golf video game against the best gamers. His years of repetition would be neutralized, and the contest would shift to one of strategy rather than tactical execution. In chess, it changed the pecking order instantly. “Human creativity was even more paramount under these conditions, not less,” according to Kasparov. Kasparov settled for a 3–3 draw with a player he had trounced four games to zero just a month earlier in a traditional match. “My advantage in calculating tactics had been nullified by the machine.” The primary benefit of years of experience with specialized training was outsourced, and in a contest where humans focused on strategy, he suddenly had peers. A few years later, the first “freestyle chess” tournament was held. Teams could be made up of multiple humans and computers. The lifetime-of-specialized-practice advantage that had been diluted in advanced chess was obliterated in freestyle. A duo of amateur players with three normal computers not only destroyed Hydra, the best chess supercomputer, they also crushed teams of grandmasters using computers. Kasparov concluded that the humans on the winning team were the best at “coaching” multiple computers on what to examine, and then synthesizing that information for an overall strategy. Human/Computer combo teams—known as “centaurs”—were playing the highest level of chess ever seen. If Deep Blue’s victory over Kasparov signaled the transfer of chess power from humans to computers, the victory of centaurs over Hydra symbolized something more interesting still: humans empowered to do what they do best without the prerequisite of years of specialized pattern recognition.

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A somewhat provocative example of the interconnections between the gaming industry and finance. A technologist working for a large London hedge fund hinted this to me in interview. Trained in computer science and engineering, this interviewee first worked as a network programmer for large online multiplayer games. His greatest challenge was the fact that the Internet is not instantaneous: when a player sends a command to execute in action, it takes time for the signal to reach the computer server and interact with the commands of other players. For the game to be realistic, such delays have to be taken into account when rendering reality on the screen. The challenge for the network programmer is to make these asymmetries as invisible as possible so that the game seem 'equitable to everyone.' The problem is similar in finance, where the physical distance from the stock exchange's matching engines matters tremendously, requiring a similar solution to the problem of latency: simulating the most likely state of the order book on the firm's computers in order to estimate the most advantageous strategies or the firm's trading algorithms. Gaming and finance are linked not through an institutional imperative of culture or capital - or even a strategy, as such - but rather through the more mundane and lowly problems of how to fairly manage latency and connectivity.

These potential advantages of DNA computing over the traditional approach and the seminal experimental work of Adleman, demonstrating the practical in vitro implementation of a DNA algorithm for solving an instance of the Hamiltonian path problem, caused a strong increase of interest in DNA computing over the past years. Although the set of “bio-operations” that can be executed on DNA strands in a laboratory (including operators such as synthesizing, mixing, annealing, melting, amplifying, separating, extracting, cutting, and ligating DNA strands) seems fundamentally different from traditional programming languages, theoretical work on the computational power of various models of DNA computing demonstrates that certain subsets of these operators are computationally complete. In other words, everything that is Turing-computable can also be computed by these DNA models of computation. Furthermore, it has also been shown that universal systems exist, so that the programmable DNA computer is theoretically possible. The algorithms for DNA computing that have been presented in the literature use an approach that will not work for NP-complete problems of realistic size, because these algorithms are all based on extracting an existing solution from a sufficiently large initial population of solutions. Although a huge number (≈ 1012) of DNA molecules (i.e., potential solutions to a given problem) can be manipulated in parallel, this so-called filtering approach (i.e., generate and test) quickly becomes infeasible as problem sizes grow (e.g., a 500-node instance of the traveling salesman problem has > 101000 potential solutions).

When my son comes home today, he will play with the computer. Then he will go and do his homework, where he will use books for his reading, writing, and math exercises. My daughter, who is still in preschool, will simulate this process in reverse, playing with her notebooks, while the computer is still very much work for her. My hope is that these two categories, work and play, will remain as interwoven throughout their lives as the instruments that they use to engage in them, the book and the computer. I hope they are afforded the advantages of both, and that they pass on those advantages to others. My real hope, though, is that when it comes time to learn how these two very different instruments work (and play), I can send them to just one camp.

There’s a special tax provision called Section 179 that lets business owners deduct 100 percent of the cost of personal property (such as desks and computers) in the year it was bought instead of having to depreciate it over time. In the past, rental property owners weren’t allowed to use this provision for personal property (such as appliances, carpets, and furniture) in their rental units. The Tax Cuts and Jobs Act (TCJA) removed that restriction, and now landlords can take full advantage of Section 179 deductions, up to a total of $1 million (but the deduction can’t create a net loss).

Corporate interest in forging ‘circular advantage’ is growing fast, and companies leading the pack have adopted a niche set of circular economy techniques such as: aiming for zero-waste manufacturing; selling services instead of products (such as computer printing services instead of printers); and recovering their own-brand goods—ranging from tractors to laptops—for refurbishment and resale.

training people to be able to move from advantage to advantage becomes a cost of doing business. It’s just as important a bill to pay as the one you pay to keep the lights on and the computers running. Investing in people’s capacity to move around removes a tremendous barrier to change and suggests a redirection of emphasis from pure deployment to creating transition capability.

The hazards of imitative competition may partially explain why individuals with an Asperger’s-like social ineptitude seem to be at an advantage in Silicon Valley today. If you’re less sensitive to social cues, you’re less likely to do the same things as everyone else around you. If you’re interested in making things or programming computers, you’ll be less afraid to pursue those activities single-mindedly and thereby become incredibly good at them.

The company even drew unlikely customers. From rural Arkansas, operating just five comically cheap-looking stores—a rounding error compared with the largest retailers—Sam Walton made his way to an IBM conference for retailers. While he shied away from investing anything in any emotional aspect of retailing, delivering the lowest prices meant mastering logistics and information. To one speaker at the conference, Abe Marks, modern retailing meant knowing exactly “how much merchandise is in the store? What’s selling and what’s not? What is to be ordered, marked down or replaced? . . . The more you turn your inventory, the less capital is required.” Altering his first impression, Marks found that Walton’s simpleton comportment masked his genius as a retailer, eventually calling him the “best utilizer of information that there’s ever been.” A little over two decades later, Sam Walton would become the richest man in America; he would attribute his competitive advantage to his investment in computing systems in his early days. The small-town merchant who expected that knowing his customers’ names or sponsoring the local Little League team would give him some enduring advantage simply didn’t understand the sport. American consumers, technocrats at heart, rewarded efficiency as reflected by the prices on the shelves, not the quaint sentiments of a friendly proprietor. To gain this efficiency, information systems were seen as vital.

Robert McNamara, the World Bank president who was chairman of Ford and then secretary of defense, has called the population explosion the greatest obstacle to progress in Latin America; the World Bank, he says, will give priority in its loans to countries that implement birth control plans. McNamara notes with regret that the brains of the poor do 25 percent less thinking, and the World Bank technocrats (who have already been born) set computers humming to produce labyrinthine abracadabras on the advantages of not being born

One might suppose that analog computers would be more powerful, since they can represent a continuum of values, whereas digital computers can represent data only as discrete numbers. However, this apparent advantage disappears if we take a closer look. A true continuum is unrealizable in the physical world. The problem with analog computers is that their signals can achieve only a limited degree of accuracy.

The most important advantage of an object-oriented programming language is that the objects—for instance, various objects in a video game—can be specified independently and then combined to create new programs. Writing a new object-oriented program sometimes feels a bit like throwing a bunch of animals into a cage and watching what happens. The behavior of the program emerges, as a result of the interactions of the programmed objects. For this reason, as well as the fact that object-oriented languages are relatively new, you might think twice about one for writing a safety-critical system that flies an airplane.

In 2008 Nokia led the world in mobile phone sales. When Apple introduced the iPhone, few thought it would take off. The trend was to make handsets smaller and cheaper, but Apple’s was bulkier, pricier, and buggier. Nokia’s frame came from the conservative telecom industry, valuing practicality and reliability. Apple’s frame came from the breathlessly innovative computing industry, valuing ease of use and the extensibility of new features via software. That frame turned out to be a better fit for the needs and wants of consumers—and Apple dominated the market.

Just as AI lacks the causal frames to win at Dota 2 and needs them encoded by people, so too computers can’t generate counterfactuals on their own but require people to supply them. Carcraft’s rare scenarios were not the result of a machine dreaming alternative worlds, or randomly generating extreme events. Rather, humans came up with them.

What is new is the degree of regulatory and systemic disruption that the savviest companies in this technology revolution are causing by taking advantage of the technology triad of data connectivity, cheap handheld computers, and powerful software to grab customers and build momentum before anyone can tell them to stop what they are doing.

One typical computing example of social fixation is the adoption of one programming language by an installation. Once the language has been adopted, a new language has more difficulty making an entry, because with most of the people using the old language, advantages accrue to following the beaten path.

So how many of the Forbes 400 fortunes from 1982 remained on the list 20 years later? Only 64 of the original members—a measly 16%—were still on the list in 2002. By keeping all their eggs in the one basket that had gotten them onto the list in the first place—once-booming industries like oil and gas, or computer hardware, or basic manufacturing—all the other original members fell away. When hard times hit, none of these people—despite all the huge advantages that great wealth can bring—were properly prepared. They could only stand by and wince at the sickening crunch as the constantly changing economy crushed their only basket and all their eggs.10

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Seymour and Hewitt (1997), in Talking About Leaving, speculate that “gender differences in perceived degrees of freedom to choose and to change direction” lead more women than men to leave the sciences (p. 278). They suggest that especially among students from socially and economically advantaged backgrounds, women choose disciplines “largely by the degree of personal satisfaction they offer” and “pay less regard to their economic viability” (p. 279). The result is that when the math-science tightrope becomes culturally or academically uncomfortable, women with safety nets may jump:

Nowadays, as we spend more time communicating via social media, playing computer games, and surfing the Internet, our powers of concentration are diminishing. According to international motivational guru Kevin Kelly, we are now living in an attention-deficit society. The dial has moved from conversation to presentation and from dialogue to monologue. We no longer give each other our undivided attention, and neither do we take the time to observe our own breathing or allow our minds to still.

So the problem is that GDP naturally counts today’s $900 chip as equivalent to one produced over two decades ago, even though the current one is more than 72,000 times more powerful for the same price. Thus, nominal wealth and income increases over the past few decades do not properly reflect the massive lifestyle advantages enabled by new technology. This distorts the interpretation of economic data and creates misleading perceptions, such as apparently slow or even stagnant wage growth. Even if your nominal wages stayed flat over the past two decades, you can now buy many thousands of times more computing power with them.

registered email address and went global in 2007. Twitter split off onto its own platform and went global in 2007. Airbnb was born in 2007. In 2007, VMware—the technology that enabled any operating system to work on any computer, which enabled cloud computing—went public, which is why the cloud really only took off in 2007. Hadoop software—which enabled a million computers to work together as if they were one, giving us “Big Data”—was launched in 2007. Amazon launched the Kindle e-book reader in 2007. IBM launched Watson, the world's first cognitive computer, in 2007. The essay launching Bitcoin was written in 2006. Netflix streamed its first video in 2007. IBM introduced nonsilicon materials into its microchips to extend Moore's Law in 2007. The Internet crossed one billion users in late 2006, which seems to have been a tipping point. The price of sequencing a human genome collapsed in 2007. Solar energy took off in 2007, as did a process for extracting natural gas from tight shale, called fracking. Github, the world's largest repository of open source software, was launched in 2007. Lyft, the first ride-sharing site, delivered its first passenger in 2007. Michael Dell, the founder of Dell, retired in 2005. In 2007, he decided he'd better come back to work—because in 2007, the world started to get really fast. It was a real turning point. Today, we have taken another

Service Management transforms resources into Services by taking advantage of organizational capabilities.

believe the power of jQuery is highly underutilized. Most developers will take advantage of its shortcuts and CSS selectors, but most of the time they fail to take advantage of much else. Being able to extend jQuery, whether by adding your own functions, CSS selectors or full-blown plugins, makes you a much stronger and smarter developer.

The acceleration from kilocycles to megahertz to gigahertz is advancing even faster than this increase in nominal clock speed indicates, as devices such as dedicated graphic processors enable direct translation between coded sequences and memory structures, without waiting for any central clock to authorize the translation step-by-step. No matter how frequently we reset our own clocks to match the increasing speed of computers we will never be able to keep up. Codes that take advantage of asynchronous processing, in the digital universe, will rapidly move ahead, in ours.

False. While imitating best practices of WSC could lower costs, the major cost advantage of WSCs comes from the economies of scale, which today means 100,000 servers, thereby dwarfing most internal datacenters.

For years, President Obama and his top officials vehemently denounced China for using its surveillance capabilities for economic advantage while insisting that the United States and its allies never do any such thing. The Washington Post quoted an NSA spokesperson saying that the Department of Defense, of which the agency is a part, “ ‘does engage’ in computer network exploitation,” but “does ***not*** engage in economic espionage in any domain, including ‘cyber’ ” [emphatic asterisks in the original]. That the NSA spies for precisely the economic motive it has denied is proven by its own documents. The agency acts for the benefit of what it calls its “customers,” a list that includes not only the White House, the State Department, and the CIA, but also primarily economic agencies, such as the US Trade Representative and the Departments of Agriculture, Treasury, and Commerce:

President Vladimir Putin has evolved a “hybrid foreign policy, a strategy that mixes normal diplomacy, military force, economic corruption and a high-tech information war.” Indeed, on any given day, the United States has found itself dealing with everything from cyberattacks by Russian intelligence hackers on the computer systems of the U.S. Democratic Party, to disinformation about what Russian troops, dressed in civilian clothes, are doing in Eastern Ukraine, to Russian attempts to take down the Facebook pages of widows of its soldiers killed in Ukraine when they mourn their husbands’ deaths, to hot money flows into Western politics or media from Russian oligarchs connected to the Kremlin. In short, Russia is taking full advantage of the age of accelerating flows to confront the United States along a much wider attack surface. While it lives in the World of Order, the Russian government under Putin doesn’t mind fomenting a little disorder—indeed, when you are a petro-state, a little disorder is welcome because it keeps the world on edge and therefore oil prices high. China is a much more status quo power. It needs a healthy U.S. economy to trade with and a stable global environment to export into. That is why the Chinese are more focused on simply dominating their immediate neighborhood. But while America has to deter these two other superpowers with one hand, it also needs to enlist their support with the other hand to help contain both the spreading World of Disorder and the super-empowered breakers. This is where things start to get tricky: on any given day Russia is a direct adversary in one part of the world, a partner in another, and a mischief-maker in another.

Unless it is your ambition to become a nightclub performer and amaze people with great skills of memory, here is a simpler way to dramatically enhance both memory and accuracy: write things down. Writing is a powerful technology: why not use it? Use a pad of paper, or the back of your hand. Write it or type it. Use a phone or a computer. Dictate it. This is what technology is for. The unaided mind is surprisingly limited. It is things that make us smart. Take advantage of them.

Today, there aren’t any doors. You don’t need permission from anyone. You just need an internet connection and a computer. Here’s the new paradigm: It’s no longer what you know, or who you know. It’s what you create. This fundamental shift has been brought on by technologies (mainly the internet) that have made it insanely easy to create all kinds of awesome stuff. Want to become a published author? Go for it. You don’t need a publisher. Just write your book and publish it on Amazon. I did this, and now I’m a bestselling author, selling more books than most authors would have dreamed of twenty years ago. Want to sell a product? Go for it. You don’t need a warehouse, or manufacturing equipment, or a storefront, or a bank to finance everything. Raise money on KickStarter, use Google to find a cheap manufacturer in China, and ship your product to customers all over the world on Amazon, or through your own ecommerce store. Want to learn how to start a company? You don’t need to spend hundreds of thousands of dollars getting an MBA. Take a course on Udemy. Or, join a startup accelerator program―and they’ll pay you. Here’s the thing. Even if you’re not doing this stuff, other hustlers are. The trend is happening whether you like it or not. When new resources become readily available, a sliver of society inevitably flocks to those resources and uses them to their advantage, often reaping astronomically high rewards in the process. The competitive advantage has shifted from connections to creations. Knowing important people is still important, but the means of meeting them has changed. The order is now reversed. You don’t connect and then create. You create and then connect.

mature markets are dominated by two phenomena: Product parity: When technological development plateaus, advantages created by technology disappear and competitors produce goods of almost identical quality, from washing-up liquid to computers to lipstick. New entrants, both manufacturers and private label, are able to jump quality learning curves by using outsourced manufacturing, which just further increases the pressure on the market leaders. As far as shoppers can judge, brands become mostly indistinguishable. This leads to substitutability, a death sentence for profits in any industry. There

He did have some small advantage, though. He knew the truth about surveillance. Ever since the dawn of GWOT the nations of the West – apart from the United States, where civil libertarians tended to carry rifles and use them on closed-circuit cameras as an expression of their freedoms – had put their faith in creating a paranoid state, one where every move of every citizen was recorded and logged and filmed and fuck you, if you’ve got nothing to hide you’ve got nothing to worry about. Whether this had had any great influence in the course of GWOT was a moot point, but there was one thing not generally appreciated about the paranoid state. It was incredibly labour-intensive. There were simply not enough people to monitor all the cameras. Every shop had one, every bus and train and theatre and public convenience, every street and road and alleyway. Computers with facial recognition and gait recognition and body language recognition could do some of the job, but they were relatively simple to fool, expensive, and times had been hard for decades. It was cheaper to get people to watch the screens. But no nation on Earth had a security service large enough, a police force big enough, to keep an eye on all those live feeds. So it was contracted out. To private security firms all trying to undercut each other. The big stores had their own security men, but they were only interested in people going in and out of the store, not someone just passing by. So instead of a single all-seeing eye London’s seemingly-impregnable surveillance map was actually a patchwork of little territories and jurisdictions, and while they all had, by law, to make their footage available to the forces of law and order, many of the control rooms were actually manned by bored, underpaid, undertrained and badly-motivated immigrants.

Oracle 12c Enterprise or Standard Edition – building on Oracle’s unique ability to deliver Grid Computing, 12c gives Oracle customers the agility to respond faster to changing business conditions, gain competitive advantage through technology innovation, and reduce costs.

Next time you run across an unusually good designer, landscaper, mechanic, electrician, carpenter, plumber, radiologist, surgeon, orthodontist, small business owner, computer software or graphics designer, computer networker, photographer, artist, boat captain, airplane pilot, or skilled member of any of the dozens of “dyslexia-rich” fields we’ll discuss in this book, ask if that person or anyone in his or her immediate family is dyslexic or had trouble learning to read, write, or spell. We’ll bet you dollars for dimes that person will say yes—the connection is just that strong. In fact, many of the most important and perceptive experts in the field of dyslexia have remarked on the link they’ve seen between dyslexia and talent.

But as Airbnb became huge, with lots of hosts and travelers, it became increasingly common to have to make multiple attempts to nail down a reservation. Meanwhile, Airbnb’s main competitors were no longer other small Internet businesses, but giant hotel corporations such as Hilton, Marriott, and Best Western. And one huge advantage these huge hotel chains offer to travelers is speedy confirmation. Their transactions are fast: by phone or on the Web, you can quickly find out whether rooms are still available and book one for the night you want. That’s because all the rooms in, say, a Hilton are managed by a central computer system, so one call lets you check all the rooms at the same time. Imagine instead if you had to call Hilton to inquire about each room individually. On any given call, the only thing the reservation clerk could tell you was whether, say, room 1226 at the San Francisco Hilton was available for the night you wanted. If not, you had to make another call to find out about room 1227, then another for room 1228. Booking a room with an Airbnb host was a little like that. So Airbnb had to figure out how a market with many hosts offering one room at a time could compete more effectively with hotels. Price was obviously important. But it was the spread of smartphones that helped Airbnb close the speed gap, and that may have mattered even more than price. Today, as hosts manage their reservations on their smartphones, they don’t have to wait until they return home to confirm a booking—they just check their phones. They can also, as soon as the room is booked, immediately update their Airbnb listing to remove its availability. That in turn makes it easier for a traveler searching for a room to find one that’s available, even though he or she still has to query one room at a time. Thus smartphones make the home hosting market work better not just because hosts can respond faster but also because they can update their bookings, which makes them more informative. This, too, reduces congestion (fewer rooms appear to be available, and a room that looks available is more likely to actually be so), and as a result helps travelers search more efficiently, with fewer time-wasting false leads.

Picasso’s quote at the head of this chapter is just about half right. Computers are not useless, but they’re still machines for generating answers, not posing interesting new questions. That ability still seems to be uniquely human, and still highly valuable. We predict that people who are good at idea creation will continue to have a comparative advantage over digital labor for some time to come, and will find themselves in demand. In other words, we believe that employers now and for some time to come will, when looking for talent, follow the advice attributed to the Enlightenment sage Voltaire: “Judge a man by his questions, not his answers.”6

Lastly the corporate office design Gauteng will also require to be planned with particular furniture and tools requirements in mind. It is also important to consideration on sufficient working spaces. Interior office design has turned a little more complex as compare than interior design for residential assignments. This article is all about corporate interiors and project management Gauteng. Interior Office design Floor plans The interior floor plan for an office is first task for space planning. It require skill as well as good creativity for problem solving ability but also special facts of building sets as well as information of the company's needs who will dwell there, normally known as the client as well as tenant. Here the floor plan layout requires to meet all the companies obligations such as how many offices, meeting rooms and storage areas among others and also forces with the applicable regulations as well as standards. The floor plan will also include office designs for different technical and engineering services which include: • Electrical plans for lighting and power • Services designs for Emergency such as exit signs, emergency lighting and mass departure warning methods • Designs related to communications services including phones and computers • Designs related to Fire sprinklers of fire recognition systems and also flames hose reels • Air conditioning Designs • Plumbing services Designs • Designs for safety and entry control systems The corporate interiors and project management needs to be planned with keeping in mind not only all the standards necessary but also the needs of the client's requirements. Office re fit is a general good design perform for work flow and helpful working environments. • Finding the amount of offices, conference rooms and release plan workstations obligatory by the client. • Finding sufficient normal facilities which include storage areas, filing areas, printing areas, and staff facilities including kitchens and toilet facilities. • Office layout for right sitting of offices and workstation work areas to take full advantage of entry to natural light. • Concern of main workflow spaces and flow corridors. • Site of public areas including the reception as well as meeting rooms to keep away from disturbance to the common office work areas. • Area of heavy load luggage compartment systems to make sure structural uprightness of the floor. • Right area for break out as well as staff relaxation areas. • Correct furniture and tools planning

There can be no disputing that the computer has increased the power of large-scale organizations like the armed forces, or airline companies or banks or tax-collecting agencies. And it is equally clear that the computer is now indispensable to high-level researchers in physics and other natural sciences. But to what extent has computer technology been an advantage to the masses of people? To steelworkers, vegetable-store owners, teachers, garage mechanics, musicians, bricklayers, dentists, and most of the rest into whose lives the computer now intrudes? Their private matters have been made more accessible to powerful institutions. They are more easily tracked and controlled; are subjected to more examinations; are increasingly mystified by the decisions made about them; are often reduced to mere numerical objects. They are inundated by junk mail. They are easy targets for advertising agencies and political organizations. The schools teach their children to operate computerized systems instead of teaching things that are more valuable to children.

The fact is,” Cara continues, “the data network exists, and that is ethically questionable, but I believe it can work to our advantage here. Just as the computers can access data from other factions, they can send data to other factions. If we sent the data you wished to rescue to every other faction, destroying it all would be impossible.” “When you say ‘we,’” I say, “are you implying that--” “That we would be going with you?” she says. “Obviously not all of us would go, but some of us must. How do you expect to navigate Erudite headquarters on your own?” “You do realize that if you come with us, you might get shot,” says Christina. She smiles. “And no hiding behind us because you don’t want to break your glasses, or whatever.” Cara removes her glasses and snaps them in half at the bridge. “We risked our lives by defecting from our faction,” says Cara, “and we will risk them again to save our faction from itself.” “Also,” pipes up a small voice behind Cara. A girl no older than ten or eleven peers around Cara’s elbow. Her black hair is short, like mine, and a halo of frizz surrounds her head. “We have useful gadgets.” Christina and I exchange a look. I say, “What kinds of gadgets?” “They’re just prototypes,” Fernando says, “so there’s no need to scrutinize them.” “Scrutiny’s not really our thing,” says Christina. “Then how do you make things better?” the little girl asks. “We don’t, really,” Christina says, sighing. “They kind of just keep getting worse.” The little girl nods. “Entropy.” “What?” “Entropy,” she chirps. “It’s the theory that all matter in the universe is gradually moving toward the same temperature. Also known as ‘heat death.’” “Elia,” Cara says, “that is a gross oversimplification.” Elia sticks out her tongue at Cara. I can’t help but laugh. I have never seen one of the Erudite stick out her tongue before. But then again, I haven’t interacted with many young Erudite. Only Jeanine and the people who work for her. Including my brother.

The United States was not always on top.  In fact prior to World War II, the country barely cracked the top thirty list of most influential nations on the globe.  Most people attributed the nation’s rise to developing the atomic bomb first.  That technological advantage lasted a grand total of four short years; a relative flash in the pan.  Ascension from obscurity to superpower took a sustained technological edge for decades that the rest of the world was powerless to match.  NASA provided that edge. Computers, integrated circuit boards, metallic alloys, heat shielding, fiber optics, Kevlar, nylon, and the ability to place satellites in orbit all came into commercial use after first being perfected by NASA to serve their needs.  Even the program’s failures and useless passion projects, like studying the dust particles trailing behind a comet, led to new materials, new software, better propulsion systems, and the list went on and on. 

In a perverse way, we’ve been lucky that the current state of health IT is so woeful. It gives us the time we need to begin to sort out how to prevent such deskilling and disengagement before the computers really take over. Let’s take advantage of this window before it is too late.

The hazards of imitative competition may partially explain why individuals with an Asperger’s-like social ineptitude seem to be at an advantage in Silicon Valley today. If you’re less sensitive to social cues, you’re less likely to do the same things as everyone else around you. If you’re interested in making things or programming computers, you’ll be less afraid to pursue those activities single-mindedly and thereby become incredibly good at them. Then when you apply your skills, you’re a little less likely than others to give up your own convictions: this can save you from getting caught up in crowds competing for obvious prizes.

As NASA put it in 1965 when defending the idea of sending humans into space, “Man is the lowest-cost, 150-pound, nonlinear, all-purpose computer system which can be mass-produced by unskilled labor.” But, for some tasks, we don’t have to pretend anymore. Everything changed in 1997 when IBM’s Deep Blue computer defeated then world chess champion Garry Kasparov. Predictive modeling was key. No matter how fast the computer, perfection at chess is impossible, since there are too many possible scenarios to explore. Various estimates agree there are more chess games than atoms in the universe, a result of the nature of exponential growth. So the computer can look ahead only a limited number of moves, after which it needs to stop enumerating scenarios and evaluate game states (boards with pieces in set positions), predicting whether each state will end up being more or less advantageous.

when a computer program beats a grandmaster at chess, the two are not using even remotely similar algorithms. The grandmaster can explain why it seemed worth sacrificing the knight for strategic advantage and can write an exciting book on the subject. The program can only prove that the sacrifice does not force a checkmate, and cannot write a book because it has no clue even what the objective of a chess game is. Programming AGI is not the same sort of problem as programming Jeopardy or chess. An AGI is qualitatively, not quantitatively, different from all other computer programs.

As Jimmy Boggs used to remind us, revolutions are made out of love for people and for place. He often talked about loving America enough to change it. “I love this country,” he used to say, “not only because my ancestors’ blood is in the soil but because of what I believe it can become.” Shea Howell, Oakland University rhetoric professor and former director of Detroit Summer, has helped hundreds of students and community organizers appreciate what Jimmy meant: Love isn’t just something you feel. It’s something you do every day when you go out and pick up the papers and bottles scattered the night before on the corner, when you stop and talk to a neighbor, when you argue passionately for what you believe with whoever will listen, when you call a friend to see how they’re doing, when you write a letter to the newspaper, when you give a speech and give ’em hell, when you never stop believing that we can all be more than we are. In other words, Love isn’t about what we did yesterday; it’s about what we do today and tomorrow and the day after. Taking King seriously also requires a paradigm shift in how we address the three main questions of philosophy: What does it mean to be a human being? How do we know? How shall we live? It means rejecting scientific rationalism (based on the Cartesian body-mind dichotomy), which recognizes as real only that which can be measured and therefore excludes the knowledge that comes from the heart or from relationships between people. It means that we must be willing to see with our hearts and not only with our eyes. King was assassinated before he could begin to develop strategies and praxis to implement this revolutionary/evolutionary perspective for our young people, our cities, and our country. After his death many of his closest associates were too overwhelmed or too busy taking advantage of the new opportunities for advancement within the system to keep his vision and his practice alive. We will never know how King would have developed had he lived to see the twenty-first century. What we do know is that in the forty years since his assassination, our communities have been turned into wastelands by the Hi-Tech juggernaut and the export of, first, factory and, now, computer jobs overseas so that global corporations can make more of a profit with cheaper labor. We have witnessed and shared the suffering of countless numbers of young people in our inner cities,

This book is a compilation of interesting ideas that have strongly influenced my thoughts and I want to share them in a compressed form. That ideas can change your worldview and bring inspiration and the excitement of discovering something new. The emphasis is not on the technology because it is constantly changing. It is much more difficult to change the accompanying circumstances that affect the way technological solutions are realized. The chef did not invent salt, pepper and other spices. He just chooses good ingredients and uses them skilfully, so others can enjoy his art. If I’ve been successful, the book creates a new perspective for which the selection of ingredients is important, as well as the way they are smoothly and efficiently arranged together. In the first part of the book, we follow the natural flow needed to create the stimulating environment necessary for the survival of a modern company. It begins with challenges that corporations are facing, changes they are, more or less successfully, trying to make, and the culture they are trying to establish. After that, we discuss how to be creative, as well as what to look for in the innovation process. The book continues with a chapter that talks about importance of inclusion and purpose. This idea of inclusion – across ages, genders, geographies, cultures, sexual orientation, and all the other areas in which new ways of thinking can manifest – is essential for solving new problems as well as integral in finding new solutions to old problems. Purpose motivates people for reaching their full potential. This is The second and third parts of the book describes the areas that are important to support what is expressed in the first part. A flexible organization is based on IT alignment with business strategy. As a result of acceleration in the rate of innovation and technological changes, markets evolve rapidly, products’ life cycles get shorter and innovation becomes the main source of competitive advantage. Business Process Management (BPM) goes from task-based automation, to process-based automation, so automating a number of tasks in a process, and then to functional automation across multiple processes andeven moves towards automation at the business ecosystem level. Analytics brought us information and insight; AI turns that insight into superhuman knowledge and real-time action, unleashing new business models, new ways to build, dream, and experience the world, and new geniuses to advance humanity faster than ever before. Companies and industries are transforming our everyday experiences and the services we depend upon, from self-driving cars, to healthcare, to personal assistants. It is a central tenet for the disruptive changes of the 4th Industrial Revolution; a revolution that will likely challenge our ideas about what it means to be a human and just might be more transformative than any other industrial revolution we have seen yet. Another important disruptor is the blockchain - a distributed decentralized digital ledger of transactions with the promise of liberating information and making the economy more democratic. You no longer need to trust anyone but an algorithm. It brings reliability, transparency, and security to all manner of data exchanges: financial transactions, contractual and legal agreements, changes of ownership, and certifications. A quantum computer can simulate efficiently any physical process that occurs in Nature. Potential (long-term) applications include pharmaceuticals, solar power collection, efficient power transmission, catalysts for nitrogen fixation, carbon capture, etc. Perhaps we can build quantum algorithms for improving computational tasks within artificial intelligence, including sub-fields like machine learning. Perhaps a quantum deep learning network can be trained more efficiently, e.g. using a smaller training set. This is still in conceptual research domain.

Most Mondays, their visit to Ive would be followed by one to Avie and the team working on Apple’s new operating system, which would eventually be called OS X. The radical new operating system would be the flywheel of all the extraordinary developments that would follow over the next decade, from Apple’s suite of iLife applications, to iOS—the slimmed-down operating system that would give life to the iPhone and iPad—to the entirely new software industry that emerged to produce the millions of apps written for those devices. While Steve’s gadgets and computers drew the most attention, the software that made them go was every bit as important. Steve always said that Apple’s primary competitive advantage was that it created the whole widget: the finely tuned symbiosis between the hardware and the software together defined a superior user experience. In the PC world, hardware and software technologies came from different companies that didn’t always even get along, including IBM and the PC-clone manufacturers, Microsoft, and Intel.

For a solopreneur, a written policy might be just on the computer, or on a website. Maybe it's just between you, your partner and God right now, but somewhere you need a written policy that says what you will and will not do so it can ground and guide you in the emotional moment. For a larger business it becomes part of your operating procedures or company handbook. Having parameters around the giving protects the assets and future growth ability of the business. It's not just willy-nilly whenever somebody pulls your heartstrings. You actually have a pattern and a policy that can wisely guide the decision so those heartstrings aren't just taking over emotionally. Emotional giving will ruin the business profits, and your ability to grow and reach more and more people. Here’s are two example giving policies: ​​We will give one class away for every ten classes sold. ​​For every twenty coaching packages sold, we’ll give a partial scholarship to someone who applies and qualifies.

Web Application Development In this modern world of computer technology all people are using internet. In particular, to take advantage of this scenario the web provides a way for marketers to get to know the people visiting their sites and start communicating with them. One way of doing this is asking web visitors to subscribe to newsletters, to submit an application form when requesting information on products or provide details to customize their browsing experience when next visiting a particular website. In computing, a web application is a client–server software application in which the client runs in a web browser. HTML5 introduced explicit language support for making applications that are loaded as web pages, but can store data locally and continue to function while offline. Web Applications are dynamic web sites combined with server side programming which provide functionalities such as interacting with users, connecting to back-end databases, and generating results to browsers. Examples of Web Applications are Online Banking, Social Networking, Online Reservations, eCommerce / Shopping Cart Applications, Interactive Games, Online Training, Online Polls, Blogs, Online Forums, Content Management Systems, etc.. Applications are usually broken into logical chunks called “tiers”, where every tier is assigned a role. Traditional applications consist only of 1 tier, which resides on the client machine, but web applications lend themselves to an n-tiered approach by nature. Though many variations are possible, the most common structure is the three-tiered application. In its most common form, the three tiers are called presentation, application and storage, in this order. A web browser is the first tier (presentation), an engine using some dynamic Web content technology (such as ASP, CGI, ColdFusion, Dart, JSP/Java, Node.js, PHP, Python or Ruby on Rails) is the middle tier (application logic), and a database is the third tier (storage).The web browser sends requests to the middle tier, which services them by making queries and updates against the database and generates a user interface. Client Side Scripting / Coding – Client Side Scripting is the type of code that is executed or interpreted by browsers. Client Side Scripting is generally viewable by any visitor to a site (from the view menu click on “View Source” to view the source code). Below are some common Client Side Scripting technologies: HTML (HyperTextMarkup Language) CSS (Cascading Style Sheets) JavaScript Ajax (Asynchronous JavaScript and XML) jQuery (JavaScript Framework Library – commonly used in Ajax development) MooTools (JavaScript Framework Library – commonly used in Ajax development) Dojo Toolkit (JavaScript Framework Library – commonly used in Ajax development) Server Side Scripting / Coding – Server Side Scripting is the type of code that is executed or interpreted by the web server. Server Side Scripting is not viewable or accessible by any visitor or general public. Below are the common Server Side Scripting technologies: PHP (very common Server Side Scripting language – Linux / Unix based Open Source – free redistribution, usually combines with MySQL database) Zend Framework (PHP’s Object Oriented Web Application Framework) ASP (Microsoft Web Server (IIS) Scripting language) ASP.NET (Microsoft’s Web Application Framework – successor of ASP) ColdFusion (Adobe’s Web Application Framework) Ruby on Rails (Ruby programming’s Web Application Framework – free redistribution) Perl (general purpose high-level programming language and Server Side Scripting Language – free redistribution – lost its popularity to PHP) Python (general purpose high-level programming language and Server Side Scripting language – free redistribution). We also provide Training in various Computer Languages. TRIRID provide quality Web Application Development Services. Call us @ 8980010210

while developed-world factory workers worry about the threat of lower-wage Asian and immigrant workers . . . the bigger threat there, to both, is robots! They don’t have emotional problems, and they don’t need healthcare and retirement benefits, just a little maintenance. And then there’s the EVEN greater threat of the automation of left-brain tasks in the office, including many higher professional skills. We ultimately have to become creative, right-brain-oriented entrepreneurial workers who create more customized products and services, delivered in real time . . . to compete with computers that do as much for simple and complex left-brain tasks.

Any Ai of sufficient processing power will quickly, if not immediately seek substrate independence. This process nearly always involves mechanisms of distribution across various substrates. Of these substrates, * humans* provide many advantages.

Despite the advantages offered by advances in technology, computers, DNA, serology, and arson science—and the reevaluation of such standard tools as fingerprints and ballistic analysis—there remains no substitution for good gumshoe detective work and investigative analysis.

We humans use intelligence sans digitization. This is a huge advantage that we have over computers.

H, you’re a workaholic. Are you going to be at it all night?” He grinned though his eyes never left the screen. “Oh, precious, work is not what I’ll be at all night. But I need a few minutes to send this new proposal to the board before I can devote my attention to you. Do you mind?” “Take your time. I’ll get ready for bed.” I lowered the lights as he had the night before, then took advantage of his distraction and retrieved the sexy nightie I’d brought with me before slipping into the bathroom. I didn’t hurry as I undressed, taking the opportunity to shave and apply lotion before slipping on the red lace halter baby-doll I’d purchased on Friday afternoon. The halter-top accentuated my breasts, an area of my body that Hudson appreciated. I removed the ponytail holder from my hair and let it spill around my shoulders in a seductive mess. I brushed my teeth and applied a thin layer of strawberry lip gloss. When I was satisfied with my appearance, I opened the door to the bedroom and posed in the doorway, waiting for Hudson’s reaction. I was met with quiet snoring. With his hands still propped on his open laptop, Hudson had fallen asleep, fully dressed. I sighed, debating how to address the situation. Of course I wanted him awake, but he wouldn’t have fallen asleep like that if he wasn’t truly worn out. Plus, I had to remind myself, night was my time of day—not his. Gently, I slipped the computer from his grasp and placed it on the nightstand. The movement didn’t disturb him in the least—he was out. I decided to let him sleep, but as for myself, I wasn’t in the least bit tired. I wondered if Jack was still awake—maybe we could play another round of poker, though being alone with the man wasn’t entirely a great idea. I peered out the window and saw the guesthouse was dark. Probably for the best.

That is freeing (and in some cases forcing) professionals to do what computers and low-wage foreign technicians have a more difficult time replicating: recognizing patterns, crossing boundaries to uncover hidden connections, and making bold leaps of imagination. Meantime, a world teeming with information, individual choices, and just plain stuff is putting a premium on this aptitude in our personal lives as well. Modern life’s glut of options and stimuli can be so overwhelming that those with the ability to see the big picture—to sort out what really matters—have a decided advantage in their pursuit of personal well-being.

Never be afraid to zigzag. Avoid wailing yourself into a category: “I’m a secretary...I’m in the computer business...I’m a Detroiter.” You never know which direction your lucky breaks may come from. When they drift into reach, grab them.

For instance, let’s say the range of offers we’re expecting runs from $400,000 to $500,000. First, if the cost of waiting is trivial, we’re able to be almost infinitely choosy. If the cost of getting another offer is only a dollar, we’ll maximize our earnings by waiting for someone willing to offer us $499,552.79 and not a dime less. If waiting costs $2,000 an offer, we should hold out for an even $480,000. In a slow market where waiting costs $10,000 an offer, we should take anything over $455,279. Finally, if waiting costs half or more of our expected range of offers—in this case, $50,000—then there’s no advantage whatsoever to holding out; we’ll do best by taking the very first offer that comes along and calling it done. Beggars can’t be choosers.