Sentence examples for universal computing from inspiring English sources

In 1936, mathematician Alan Turing published a definition of a theoretical "universal computing machine", a computer which held its program on tape, along with the data being worked on.

Past research has clearly demonstrated the ease with which simple, combinatorial, symbolic systems can function as universal computing machines (i.e., systems capable of calculating any computable function).

Moreover, he argues that all universal computing systems are equivalent; no calculating machine can be more powerful, no computer more sophisticated than the cellular automaton Mr. Wolfram describes.

Unlike Turing, however, Church did not arrive at the idea of a universal computing machine; instead, he used a far more arcane construction known as the "lambda calculus".

In doing so, Turing worked out in great detail the basic concepts of a universal computing machine that is, a computing machine that could, at least in theory, do anything that a special-purpose computing device could do.

But to the few who were interested, Turing's work was an inspiration to pursue something of which most of the world had not even conceived: a universal computing machine.

This result is significant for computer science: you don't need to build different computers for different functions; one universal computer will suffice to compute any computable function.

To do so, GANN utilised the universal computational power of ANN to compute the fitness score for GA and at the same time, GA optimises the ANN weights.

Von Neumann's CA was also the first discrete parallel computational model in history formally shown to be a universal computer, i.e., capable of emulating a universal Turing machine and computing all recursive functions.

In my opinion Turing's greatest peacetime achievement was inventing the two closely related technological ideas on which modern computing is based, his twin concepts of the universal computer and the stored program.

"The holy grail is fault-tolerant universal quantum computing.