Abstract :
the general study of the conversion of a number from the radix p to the radix q number system leads to four different algorithms for integers, and to four similar ones for fractions. Most transform algorithms can be implemented by iterative arrays of cells characterized by simple equations. Such arrays are very attractive with present-time large-scale integration technology.
Keywords :
Binary-decimal conversion, cellular arrays, code conversion, iterative arrays, large-scale integration, MOS technology, number systems, radix conversion algorithms.; Circuit testing; Costs; Delay lines; Digital arithmetic; Equations; Hardware; Iterative algorithms; Large scale integration; System testing; Transforms; Binary-decimal conversion, cellular arrays, code conversion, iterative arrays, large-scale integration, MOS technology, number systems, radix conversion algorithms.;
