Design Methodology for Analog VLSI Implementations of Error Control Decoders (2002)
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BibTeX
@MISC{Dai02designmethodology,
author = {Jie Dai},
title = {Design Methodology for Analog VLSI Implementations of Error Control Decoders},
year = {2002}
}
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Abstract
In order to reach the Shannon limit, researchers have found more efficient error control coding schemes. However, the computational complexity of such error control coding schemes is a barrier to implementing them. Recently, researchers have found that bioinspired analog network decoding is a good approach with better combined power/speed performance than its digital counterparts. However, the lack of CAD (computer aided design) tools makes the analog implementation quite time consuming and error prone. Meanwhile, the performance loss due to the nonidealities of the analog circuits has not been systematically analyzed. Also, how to organize analog circuits so that the nonideal effects are minimized has not been discussed. In designing
