In this paper, design of two different array multipliers are presented, one by using carry-look-
ahead (CLA) logic for addition of partial product terms and another by introducing Carry …

This project deals with the comparison of the VLSI design of the carry look-ahead adder
(CLAA) based 32-bit unsigned integer multiplier and the VLSI design of the carry select …

In arithmetic operation, adder is the basic hardware unit. So adder performance affects the
overall system-performance. Carry Select Adder (CSLA) is widely used in many data …

This work presents a performance estimation of classified nbit binary adders. Since gate
count and gate level depth directly related to speed, area, and power consumption of the …

This paper presents a performance analysis of carrylook-ahead-adder and carry select
adder signed data multiplier we are using, one uses a carry-look-ahead adder and the …

Adders are designed as essential components in digital signal processing and VLSI
technologies. Among them, parallel prefix adders offer significant speed advantages over …

Increasing demand for the mobile, low energy systems has laid emphasis on the
development of low power processors. Low power design has to be incorporated into …

This study presents a logic implementation for the recently proposed ABACUS integer
multiplier architecture and compares it with other fundamental multipliers. The ABACUS mxn …

This paper presents a Very high speed integrated circuit–Hardware Description Language
(VHDL) based design and implementation of a fast unsigned multiplier. The multiplier uses a …

Adders are used in various field of applications such as in digital electronics, VLSI (very
large scale integration technology), DSP (digital signal processing), micro processors etc. In …