2011DergiPark (Istanbul University)Open access

A PERFORMANCE ANALYSIS OF CLASSIFIED BINARY ADDER ARCHITECTURES AND THE VHDL SIMULATIONS

Ahmet Sertbaş, R.Selami Özbey

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Abstract

In this paper, the four binary adder architectures belong to a different adder class are studied and compared with each other to analyse their performances. Comparisons include the unit-gate models for area and delay. As the performance measure, the product of the area and the delay is used. By a VHDL simulator, the adder structures are simulated to verify the functional correctness and to measure delay times. Keywords: Binary Adders, Unit-gate model, VHDL simulations. 1.

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What this paper is about

In this paper, the four binary adder architectures belong to a different adder class are studied and compared with each other to analyse their performances. Comparisons include the unit-gate models for area and delay. As the performance measure, the product of the area and the delay is used. By a VHDL simulator, the adder structures are simulated to verify the functional correctness and to measure delay times. Keywords: Binary Adders, Unit-gate model, VHDL simulations. 1.

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Available abstract

In this paper, the four binary adder architectures belong to a different adder class are studied and compared with each other to analyse their performances. Comparisons include the unit-gate models for area and delay. As the performance measure, the product of the area and the delay is used. By a VHDL simulator, the adder structures are simulated to verify the functional correctness and to measure delay times. Keywords: Binary Adders, Unit-gate model, VHDL simulations. 1.

Key concepts: VHDL, Adder, Binary number, Computer science, Arithmetic, Computer architecture, Parallel computing, Embedded system

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