摘要
为了从生物中汲取灵感,进而设计抗干扰能力强、可靠性高的电子系统,对近些年新兴的电磁防护仿生技术的发展脉络进行了详细总结。阐述了电磁防护仿生技术主要研究内容,并展示了现阶段电磁防护仿生研究已取得的成果。生物的神经系统是高度复杂的信息处理和控制系统,具有自组织和自适应的优良特性,同时也具有很高的容错能力。因此,结合神经信息处理方式、编码特点和集成电路实现,进一步探讨和分析了进行电磁防护仿生研究的新思路。
In order to acquire the thoughts from the biology and design electronic system with high reliability using mechanism from biology, the development of bio-inspired electromagnetic protection is summarized newly appeared these years. The content of investigation about bio-inspired electromagnetic protection is illustrated and the fruits having been obtained are displayed. Bio- logical neural system is a high complicated information processing and controlling system with the characteristic of self-organiza- tion and self-adaptation. And neural system is very robust for its ability of fault tolerance. So a novel thought to study bio-inspired electromagnetic protection is discussed based on the way of neural information processing and coding, as well as implementation by integrated circuit.
出处
《计算机工程与设计》
CSCD
北大核心
2013年第4期1517-1520,F0003,共5页
Computer Engineering and Design
关键词
电磁防护仿生
电子系统
电磁环境
演化硬件
神经系统
Bio-inspired electromagnetic protection
electronic system
electromagnetic environment
evolvable hardware
neural system
