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Improving System Performance by Using Prefix Adders in RNS


Affiliations
1 Department of Electronics and Communication Engineering, V V College of Engineering, India
     

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Over the past few decades, the intense growth of portable communication devices has led to stringent need of efficient system performance. The system performance is upgraded by reducing the computation time using the Residue Number System. Since, it performs the complex computation efficiently. In this paper, the modified prefix adders are proposed to perform the fast modulo computations and make use of the available resources. The projected modulo adders computes the complex modulo operations in reverse conversion process of RNS independently and in parallel without carry propagation. This results in better performance than the other typical adder components in terms of area and delay.

Keywords

Residue Number System, Reverse Converter, Prefix Adders, Computations.
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  • Improving System Performance by Using Prefix Adders in RNS

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Authors

M. Augusta Angel
Department of Electronics and Communication Engineering, V V College of Engineering, India
A. Narendra Kumar
Department of Electronics and Communication Engineering, V V College of Engineering, India

Abstract


Over the past few decades, the intense growth of portable communication devices has led to stringent need of efficient system performance. The system performance is upgraded by reducing the computation time using the Residue Number System. Since, it performs the complex computation efficiently. In this paper, the modified prefix adders are proposed to perform the fast modulo computations and make use of the available resources. The projected modulo adders computes the complex modulo operations in reverse conversion process of RNS independently and in parallel without carry propagation. This results in better performance than the other typical adder components in terms of area and delay.

Keywords


Residue Number System, Reverse Converter, Prefix Adders, Computations.