CAJ | 학술논문

阐述了网电空域研究工作中以仿生方式进行电磁防护研究的基本内容，对研究内容在整个仿生领域中予以定位。定义了网电空域的基本概念，分析了空间电磁环境的安全问题，建立了电磁防护仿生研究的表象级对等模型，提出并归纳了研究策略和实现基础。根据结构和功能的关系进行相应方案的规划，并结合生物鲁棒性的研究成果，在分级冗余基础上考虑鲁棒裕度设计，描述网络简并、功能梯度和旁路易化的特征。因此，使得网电环境下电磁防护的仿生构想在技术上成为可能。
천술료망전공역연구공작중이방생방식진행전자방호연구적기본내용，대연구내용재정개방생영역중여이정위。정의료망전공역적기본개념，분석료공간전자배경적안전문제，건립료전자방호방생연구적표상급대등모형，제출병귀납료연구책략화실현기출。근거결구화공능적관계진행상응방안적규화，병결합생물로봉성적연구성과，재분급용여기출상고필로봉유도설계，묘술망락간병、공능제도화방로역화적특정。인차，사득망전배경하전자방호적방생구상재기술상성위가능。
Discuss the basic content of studying the electromagnetic protection with bionics in cyberdomain,and locate them in the section of bionic axis. Define “cyberdomain” and analyze the security problem of spatial electromagnetic environment,establish the representa-tion equivalent model of electromagnetic protection bionic research,and summarize the research strategy and implementation basis. Ac-cording to the relationship between the structure and function,the corresponding scheme is planning,and combined with the research re-sults of biological robustness,based on hierarchical redundancy,considering the robust tolerance design,describe the characteristics of net-work degeneracy,functional gradient. Thus,in cyber field,the hypothesis of electromagnetic protection by means of applying bionic tech-nology has become a reality.