基于多路选择器的胚胎电子系统的设计与实现

胚胎电子系统的多细胞结构和工作机制产生于多细胞生物启发的灵感，是一种具有在线自诊断、自修复能力的细胞阵列。文章介绍了胚胎电子阵列的结构和基本原理，给出了细胞电路的设计方案，提出了一种胚胎电子阵列重构时保持电路状态的工作机制。以序列信号发生器为例，给出了基于胚胎电子阵列的应用系统设计方法，通过数字仿真验证了方案的可行性与正确性。

Design and Implementation of Embryonic System Based on Multiplexers

Embryonic system is a cellular array capable of self-diagnosis and self-repair, the multicellular architecture and mechanisms of which are inspired from multicellular organisms. This paper introduces the basic principle of Embryonic array and details the design of a basic cell's architecture. A new mechanism is proposed to retain the state of the circuit during reconfiguration. A sequence generator is presented as an example of the application of embyonic arrays. The functionality and self-repair ability of embryonic array are demonstrated by the simulation result.