摘要
传统移动通信系统在设计之初把安全作为一种独立的技术,依靠"补丁式""外挂式",实现无线通信的安全防护。第六代(6G)移动通信系统将基于软件定义切片平台,注重边缘计算,采用人工智能和大数据挖掘等适配不同的应用场景和性能目标,传统的外挂式网络安全机理难以确保6G自身对安全内嵌的需求。提出6G内生安全机理,阐述了6G内生安全的体系结构和关键技术,并且针对6G将采用的新技术中的安全威胁,给出了这些威胁的解决方案,探讨了6G内生安全的挑战和未来研究方向。
At the beginning of design for the traditional mobile communication systems,security is considered as an independent technology,relying on"patch"and"plug-in"to realize the security protection of wireless communication.The sixth-generation(6G)mobile communication system is designed based on software-defined slicing platform,edge computing,artificial intelligence and big data mining to adapt to different application scenarios and performance objectives,making the traditional network security mechanisms difficult to guarantee 6G’s requirements for embedded security.6G endogenous security was proposed,the architecture and key technologies of 6G endogenous security were described,the security threats in the new technologies were discussed which 6G would adopt,and the challenges and future research directions of 6G endogenous security were provided.
作者
刘杨
彭木根
LIU Yang;PENG Mugen(Beijing University of Posts and Telecommunications,Beijing 100876,China)
出处
《电信科学》
2020年第1期11-20,共10页
Telecommunications Science
关键词
6G
内生安全
体系结构
关键技术
6G
endogenous security
architecture
key technology
