用于在输出响应压缩中删除未知值的MISR架构

S. Aruna, K. S. Neelukumari
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引用次数: 0

摘要

提出了MISR架构来去除输出序列中的未知(X)值。MISR信号被表示为一个未知数(X)形式的线性方程组。MISR信号的每个比特被用符号模拟的方法表示。利用高斯-乔丹消去算法确定MISR签名位的线性方程组合,去除输出响应中的未知值。然后在一个单独的存储寄存器中计算这些取消x的组合,以提供没有x的组合值。实验结果表明,利用这些MISR架构可以获得最大的误差覆盖率和测试时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MISR architectures to remove unknown values in output response compaction
MISR architectures are proposed to remove the unknown (X) values in the output sequences. The MISR signature is represented as a system of linear equations in terms of unknown's (X). The method of symbolic simulation is used to represent each bit of the MISR signature. The combination of linear equations of the MISR signature bits is determined with Gauss-Jordan Elimination algorithm to remove unknown values in the output responses. These X-cancelled combinations are then computed in a separate storage register to provide X-free combinations values. Experimental result describes that maximum error coverage and test time can be obtained with the help of theses MISR architectures.
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