A Quote by Naveen Jain
The human brain works as a binary computer and can only analyze the exact information-based zeros and ones (or black and white). Our heart is more like a chemical computer that uses fuzzy logic to analyze information that can't be easily defined in zeros and ones.
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We really are living in an age of information overload. Google estimates that there are 300 exabytes (300 followed by 18 zeros) of human-made information in the world today. Only four years ago there were just 30 exabytes. We've created more information in the past few years than in all of human history before us.
If patterns of ones and zeros were 'like' patterns of human lives and death, if everything about an individual could be represented in a computer record by a long string of ones and zeros, then what kind of creature would be represented by a long string of lives and deaths?
A computer cannot manufacture new information. That's the difference between our brain and a computer.
The term "informatics" was first defined by Saul Gorn of University of Pennsylvania in 1983 (Gorn, 1983) as computer science plus information science used in conjunction with the name of a discipline such as business administration or biology. It denotes an application of computer science and information science to the management and processing of data, information and knowledge in the named discipline.
Today, we've got what seems to me to be binary-choice politics: black and white, ones and zeros, either you are with me or against me. How did we get here?
An important verity about knowledge is that the brain works most effectively with consciously retained information. We more easily remember what we want to recall later. When we feed our fourteen billion brain cells with information that will enrich us and help others, we are really learning to Think Big.
I've never been much of a computer guy at least in terms of playing with computers. Actually until I was about 11 I didn't use a computer for preparing for games at all. Now, obviously, the computer is an important tool for me preparing for my games. I analyze when I'm on the computer, either my games or my opponents. But mostly my own.
I got my first patent in 1979 before I left the Air Force. I called it the Digital Distance Measuring Instrument. It used ones and zeros and dots and dashes and a magnifying lens to read binary-encoded information from a scale that was photographically reduced. It used the same kind of technology that's used in CDs and DVDs.
The Internet is a testament to a connected system that works - it's a global network where any computer can reach another, and easily transfer information across.
Because of their exceptional ability to automatically elicit, record, and analyze information, A.I. systems are in a prime position to acquire confidential information.
Did you ever notice that people who are good with a computer don't use it for much of anything except being good with a computer? They know all about information technology, but they don't have much interest in the information. I'm the opposite.
In a business setting, one's intelligence is crucial. Many problems faced by today's executives are unique and ill-defined. So, one's ability to analyze information and render a decision based upon the probability of success is imperative. What it comes down to is that all the knowledge in the world is useless if one has no means of processing and applying it. Organizations run on the brainpower of their people.
It's all about sound. It's that simple. Wireless is wireless, and it's digital. Hopefully somewhere along the line somebody will add more ones to the zeros. When digital first started, I swear I could hear the gap between the ones and the zeros.
Right now, 70 percent of the people don't have computers. And where they're needed most, people don't have them. We think this will enable anyone to own a computer. We're aiming at everybody who uses a computer as an information access device. The original idea was to build one cheaply enough to put one on every desk.
Secondly, not only have we put additional agents on counterterrorism, but we've also built up our analytical structure so that we're better positioned to analyze the information we have.
Artificial intelligence uses a complex set of rules - algorithms - to get to a conclusion. A computer has to calculate its way through all those rules, and that takes a lot of processing. So AI works best when a small computer is using it on a small problem - your car's anti-lock brakes are based on AI. Or you need to use a giant computer on a big problem - like IBM using a room-size machine to compete against humans on Jeopardy in 2011.
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