CAJ | 학술논문

当前网络攻击愈演愈烈且呈现出复杂性、自适应和持续性等特点，期望能够完全抵御各种网络攻击已不再可能。现在的问题是，如何在攻击中仍能保持正常任务的顺利完成，即如何提高网络的弹性。本文详细阐述了网络弹性技术的基本概念、基本原理、技术特征以及关键技术，并结合发展趋势给出了相关建议，可作为下一步开展网络安全防护体系设计的参考依据。
당전망락공격유연유렬차정현출복잡성、자괄응화지속성등특점，기망능구완전저어각충망락공격이불재가능。현재적문제시，여하재공격중잉능보지정상임무적순리완성，즉여하제고망락적탄성。본문상세천술료망락탄성기술적기본개념、기본원리、기술특정이급관건기술，병결합발전추세급출료상관건의，가작위하일보개전망락안전방호체계설계적삼고의거。
Currently network at acks is intensified and exhibit the characteristics of complexity, adaptive and persistence. It is no longer possible to expect to be able to completely resist al kinds of network at acks . The kernel problem is how to perform the normal task while the at acks have been successful y. Namely, how to improve the network resilience. This paper il istrates the basic concepts of network resilience, the technical principle, technical characteristics, as wel as the key technology.Some reference is given combining the developing trend and the conclusion can be used as the next step design reference to construct the network security protection system.