Study of error control capability for the new moduli set \({2^{2n+1}+2^{n}-1, 2^{2n+1}-1, 2^{n}-1, 2^{3n},2^{3n+1}-1}\)

S. Modiri, A. Movaghar, A. Barati
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引用次数: 2

Abstract

In this paper, a new 3-moduli set {2 2n+1 +2 n -1, 2 2n+1 -1, 2 n -1} with an efficient residue-to-binary converter using mixed radix conversion algorithm is presented. Moreover, by adding two redundant modulus {2 3n , 2 3n+1 -1}, a new moduli set in redundant residue number system is provided that can correct up to (2n+2) error bits. Simulation results of the error control algorithm's functionality with C++ programming language for 10'000 different error bits states show that the average percent of error detection capability using the proposed moduli set by setting n=2 is equal to 77.97%.
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新模集的误差控制能力研究 \({2^{2n+1}+2^{n}-1, 2^{2n+1}-1, 2^{n}-1, 2^{3n},2^{3n+1}-1}\)
本文给出了一个新的3模集{2 2n+1 +2 n - 1,2 2n+1 - 1,2 n -1},它具有一个有效的残二数转换算法。此外,通过增加两个冗余模{23n, 23n +1 -1},在冗余余数系统中提供了一个新的模集,该模集最多可纠错(2n+2)位。用c++编程语言对10000种不同的错误位状态进行了误差控制算法的仿真结果表明,设置n=2所提出的模集的误差检测能力平均百分比为77.97%。
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