No. Indeed, algorithms are actually meant for humans, not computers. Computer programmers translate algorithms into working code such that a computer can process the algorithm. The code is actually the implementation of the algorithm, not the algorithm itself.
No. Current computers may appear to be able to design algorithms, but they can really only give pre-determined answers setup by the programmer.
Introduction to Algorithms was created in 1990.
'ASM' is sort for Assembly, it has nothing to do with sorting algorithms.
Translating algorithms (such that a machine can understand them) is known as programming.
You mean arithmetic. Your best strategy would be to use the algorithms that already exist. They are already well-established, highly-efficient and bug-free. By all means study them to improve your understanding of how they work (although you should already know how they work), but don't waste any time trying to improve upon them. After all, humans have been performing arithmetic for thousands of years, the only thing that's actually changed in all that time is the notation; the algorithms themselves were already in place long before we ever had computers.
No. Current computers may appear to be able to design algorithms, but they can really only give pre-determined answers setup by the programmer.
Albert Nijenhuis has written: 'Combinatorial algorithms for computers and calculators' -- subject(s): Combinatorial analysis, Computer algorithms, Computer programs
No, they did not.
No, they did not.
No, they did not.
M. Cosnard has written: 'Parallel algorithms and architectures' -- subject(s): Parallel processing (Electronic computers), Parallel algorithms, Computer architecture
These are dedicated, special-purpose computers. They are often entire computers on an single chip. In comparison to general purpose computers, they are less expensive and more reliable, since they are used only for limited tasks.
no
No, they did not.
Andrew Woo has written: 'Shadow algorithms data miner' -- subject(s): Graph algorithms, Computer graphics, COMPUTERS / Computer Graphics, Data mining
Matthew D. Levin has written: 'Parallel algorithms for SIMD and MIMD computers'
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