Bio-inspired bit slice processors with self-test and self-repair mechanisms

A. Stauffer, J. Rossier
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Abstract

Inspired by the basic processes of molecular biology, our previous studies resulted in defining a configurable molecule implementing self-replication and self-repair mechanisms made up of simple processes. The goal of our paper is to add error detection features to the molecule in order to make it able to perform also built-in self-test mechanisms. The hardware description of the molecule with all its self-organizing mechanisms leads to the simulation of an arithmetic and logic unit designed as a one-dimensional organism dedicated to bit slice processors.
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具有自我测试和自我修复机制的仿生位片处理器
受分子生物学基本过程的启发,我们之前的研究结果定义了一种可配置的分子,实现由简单过程组成的自我复制和自我修复机制。我们论文的目标是为分子添加错误检测功能,以使其能够执行内置的自检机制。分子的硬件描述及其所有自组织机制导致了一个算术和逻辑单元的模拟,设计为一个一维有机体,专用于位片处理器。
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