Many algorithms have been developed for implementing division in hardware. These
algorithms differ in many aspects, including quotient convergence rate, fundamental …

The electronics world is very well described in two distinct but dependent interdisciplinary
areas, namely hardware and software. Arithmetic operations are very vital building blocks of …

In recent years computer applications have increased in their computational complexity. The
industry-wide usage of performance benchmarks, such as SPECmarks, forces processor …

In this paper we present a fast radix-4 division algorithm for floating point numbers. This
method is based on Svoboda's division algorithm and the radix-4 redundant number system …

We propose a new algorithm and architecture for performing divisions in residue number
systems (RNS). Our algorithm is suitable for RNS with large moduli, with the aim of …

This paper presents an analysis of the complexity of quotient digit selection tables in SRT
division implementations. SRT dividers are widely used in VLSI systems to compute floating …

This paper presents a derivation of four radix-2 division algorithms by digit recurrence. Each
division algorithm selects a quotient digit from the over-redundant digit set {-2,-1, 0, 1, 2} …

This paper presents the design and evaluation of high-radix parallel dividers for high-speed
signal and data processing applications. The presented divider designs are based on the …

In this paper we present a new radix 2 division algorithm that uses a recurrence employing
simple 3-to-2 digit carry-free adders to perform carry-free addition/subtraction for computing …

The authors study previous major contributions to digit recurrence decimal division
hardware and focus on techniques for improving the performance of quotient digit selection …