Abstract :
This note points out the close relationship between some of the recently described division techniques, in which the divisor is transformed to a range close to unity. A brief theoretical analysis is presented which examines the choice of quotient digit when this type of division technique is used for conventional and signed-digit number systems.
Keywords :
Conventional and signed-digit number systems, deterministic generation of quotient digit, divide and correct methods, Harvard iterative technique, nonrestoring division, precision of multiplication, range transformation of divisor, Svoboda´s method, Tung´s algorithm.; Iterative algorithms; Iterative methods; Mathematics; Conventional and signed-digit number systems, deterministic generation of quotient digit, divide and correct methods, Harvard iterative technique, nonrestoring division, precision of multiplication, range transformation of divisor, Svoboda´s method, Tung´s algorithm.;
