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very interesting
hillbillybob said:Life, all the data of life is based off of a base 4 (DNA) and this data, very compact (due to the molecular structure) is also very easy to read with transcription and translation times for "miles" of the stuff taking milliseconds.
I still don't see how changing the format of the computed information will change what the computer can actually do with it. Reasoning logic will not be derived from complicating a system that works. In theory, everything can be broken down into a binary representation to an infinite amount of detail. If you change the information structure so that the numbers it deals with have 10 possibilities instead of 2, it won't suddenly give the computer the ability to 'think'. I still fail to see how you come up with this conclusion.I figured with it base ten, we would be able to suppliment the basic fallacy of computers, the inability to reason. I honestly don't think base 2 logic, though correct, and extremely durable, will be propelled into a reasoning logic.
What? No we don't...show me a source for that. If you mean we generally think of numbers in terms of base ten, that's irrelevant and furthermore, it's learned, not natural.If you think about the human brain, we think in base 10. It takes a damaged mind, like most of us here, to think on a regular basis in base 2.
Why are we trying to do that? There are some robotics projects like that, but otherwise, what's the point? Computers are not meant to be like us, they are meant to be useful to us.That said, If you just thought about how much data our brains processed on a very real basis. Sight, sound - two now basic forms of data that computers process. We still have touch, taste, and smell. We are trying to create computers in our image, well, lets take a logical look at humans. Every second, our brain is processing in real time terabytes or even more of data. Right now, CPU's are lucky to get 1 terabyte of data every second. On top of this, our brains are also processing other strings.....thoughts, ideas, what we need to do for that day, things to remember, memories. I guess, why re-invent the wheel - we already have one 4311 of a good template to follow off of.
No, no, and no. Here's the issue with this whole thing: Base 10 offers NO advantages to base 2. There is NO more space and capacity it offers that base 2 doesn't. If you have five apples, you can represent the number as '5', or '101'. It doesn't change the number of apples you have. Any number that can be represented by base 10 can be represented by binary.hillbillybob said:What im talking about is completly restructuring the logic. Base 10 precisely will handle everything base 2 will, while providing the space and capacity to handle the type and amount of data that will need to be processed.
No we don't. In base 2, we can use the smallest possible representations of each bit because all it needs is to be one way, or another. If you were to change it to base 10, you suddenly require that you work on a larger scale to represent the ten different 'kinds' of bits. You need 10 unique bit statuses, instead of just 2. If you can take a particle and point it one way, or another, and have the ability to read which it is, you have a bit. With base 10, you are now required to to have many more statuses of this particle. You can't just have one direction or another, you have to have partial directions, which would require much more much more precise reading heads. If you have such precise reading heads, you might as well use them to make the bit much smaller, instead of strangely detailed at the larger size.By changing from base 2 to base 10, we will have the ability to process more data in a smaller frame.
That doesn't make any sense at all...It's not complicating, because you can use ranges, limits, so on and so forth when needed.
Which takes longer to process?128. Why? Because 01000000 is representable by simple pulses of electricity. An on or and off. You have a pulse, or you don't have a pulse. Modulation of this at extremely high frequences can be done. When you have 9 different types of pulses instead of 1 (the 10th being the 'no pulse'), you have to vary the intensity to distinguish or something. You need extremely accurate methods of measuring the received pulses, and the sent ones, so that the distinction of what type of bit it is can be measured. It isn't a simple 'is there a pulse or not'. It becomes 'if there's a pulse, on a scale of 1-9 which is it?' That's ridiculously impractical, and it'll actually slow things down, since sending the data as electrical modulation through a wire will have to become MUCH more precise. Then it becomes extremely complicated when you have to increase length. The signal at the end won't have as much energy as it started, right? What if it was then mistaken as a bit with the intesity of the one lower? That would mean increasing the wire length can result in data full of errors! Keeping data in a base 10 situation accurate would require that the receiving end TAKES INTO ACCOUNT the length of the wire. That would mean that anytime you plug a cable into your computer, or you make a circuit, you can't just send the data through it, you now have to callibrate both sides of the connection. Now, think of the complications that would have WITHIN a CPU for example. It would result in extremely slowing down computing.Take for example, the base 10 number "128" and the same number in base 2, 8 bytes - "01000000" The B10 number takes 3 charecters, the B2 number takes 8 charecters. Which takes longer to process? All things aside, literally, which is a longer string? No, this will not suddenly give the computer the ability to reason, but it will allow the computer the ability to see other avenues, to see the requisite "grey areas" if you will, that are part and parcel of reasoning.
Again, no it won't. Bits where there are only two possible options can be scaled down the the smallest size we can practically work with. When you need ten types of bits, it will result in a LARGER size. It will actually have the opposite effect on storage space. Binary is the simplest possible system, and because of this, it can continue to be scaled down many times smaller than a base 10 system would be.It will also allow more data to be conveyed in a smaller space.
Base 10 is a number system that we work with, probably, as you stated, because we have ten fingers to count on. Note, however, that base 10 did not always exist. Morever, we do not THINK in base 10. You've compared the human brain to computer a number of times, but it doesn't work like that. We don't process information with a number system. We count in base 10, but this is only because we are used to it. Apes do not *think* in base 10, they may 'use' their ten fingers to count for something, however. I don't know if it's true that they count, and I'd appreciate a link for that. When you think about it, the immediately apparent way to count, assuming you werent raised understanding base 10, would be to give every number a symbol. There is absolutely NOTHING special about ten, other than the number of fingers we have. We do not PROCESS INFORMATION the way a computer does. The functions of our thought and feeling are not derived from millions of numerical calculations every second.We don't just think of numbers in base ten. We think of other items in base 10. I have to disagree on it being learned. Work done with apes show they think in base 10. A child before induction in to formal education will classify and catagorize data based(not wholly, but closely) on their fingers, which are base 10. Base 10 is just a natural progression of out own minipulative limbs (fingers). Which is just as well, because we could have just as easily thought in base 2(two arms) but we use base 10 because it applies more to our daily world, or environment.
I got that, I was responding to the first line where you stated that we think in base 10. We do not think in base ten, read my above paragraph.lol, as for the damaged mind portion, obviously you didn't see the tongue planted firmly in cheek when I mentioned "we" have a damaged mind.
It isn't natural to expect that. They are tools, not new people. Granted, there are future projects that will allow us to interact with computers in a more 'human-like' way, but the goal isn't to make them 'humans'.Yes, in a very real sense, we are trying to create computers in our own image, and im not talking physical. Mental, Psychological, absolutly. I don't care if it's the most basic PDA or a highly advanced robot, it all stems the same - we are expecting computers to do more and more of our daily menial tasks (calculations, welding, typing, time management) Is it not natural for them to be expected to follow in our image???
Waitaminute...how old are you?I adamantly believe in this philosophy.
There still can be right, wrong, and otherwise in our systems if you need it. Just program for those options. Any number of possibilities can be represented by the binary system, it does not pose any such limitations. I assure you that our programs currently do tasks that have more possible outcomes than 'right and wrong'. That isn't going to be what 'sends computers into the next generation'.The idea of right, wrong, AND otherwise, are what is going to be what sends computers into the next generation, note that we are still operating 4th generation machines.
No. I'm sorry. There is no way this can work. A computer by a base 10 design will be extremely expensive, be prone to errors and altered/damaged data, compute slower than base 2 with the same technologies, store much less data in the same amount of space, and in some ways be barely possible to create. All in all, it totally unnecessarily complicates EVERYTHING established today, for NO BENEFIT at all. Base 10 has NO ADVANTAGES over base 2. There is nothing it would improve in computing. There is absolutely no reason to get rid of binary. There is NOTHING base 10 can represent that binary cannot. There is nothing you can process in base 10 that you cannot in binary. Number systems simply don't work that way. They are just that. Systems. Your system will not work. It will not happen. People doing research in these fields clearly understand, otherwise it would seem like an obvious thing to do. Sorry.You are more than welcome to ask questions, as I will be asking questions, but in no means am I pushing my philosophy as right or wrong, that's too binary, but as simply another angle.
Thank you, but I think we can agree that we disagree on this subject. You've made some valid points, and this is all in the spirit of sharing ideas, insight and knowledge.