人类免疫系统启发了自我修复数字系统的架构

P. Lala, B. K. Kumar
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引用次数: 11

摘要

本文提出了一种实现自修复数字系统的体系结构。所采用的自我修复机制是受到人体免疫系统的启发。基于所提出的体系结构的数字系统由许多相互连接以执行所需功能的功能单元组成。与免疫系统一样,基于细胞的数字系统的错误检测不使用任何集中的故障检测机制。一旦发现有故障的电池,就用备用电池替换它;备用电池分布在整个系统中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Human immune system inspired architecture for self-healing digital systems
This paper proposes an architecture for implementing self-healing digital systems. The adopted self-healing mechanism is inspired by the human immune system. A digital system based on the proposed architecture is composed of a number of functional cells that are interconnected to perform a desired function. As in the immune system, the error detection in the cell based digital system is done without using any centralized fault detection mechanism. Once a faulty cell is identified a spare cell replaces it; the spare cells are distributed throughout the system.
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