摘要
在可信计算领域,我国长期自主创新形成了主动免疫可信体系,起草制定了完整的体系标准,采用安全可信策略管控下的运算和防护并存的主动免疫的新计算体系结构,以密码为基因实施身份识别、状态度量、保密存储等功能,及时识别“自己”和“非己”成分,进而破坏与排斥进入机体的有害物质。从而为云计算、物联网、大数据等网络信息系统建立了免疫体系。主动免疫可信计算是继图灵和冯?诺依曼之后计算机领域的重大变革,其创新成果已在中央电视台、国家电网调度系统等关键核心信息基础设施得到了规模化应用,为构建积极防御的国家网络空间保障体系作出了重大贡献。目前,我国主动免疫可信计算的专利保护亟待加强,努力形成与可信计算技术一样强壮的知识产权保护体系。
In the field of trusted computing,China has formed an active immune trusted system through long-term independent innovation,drafted and formulated a complete system standard,adopted a new computing architecture of active immune under the control of security trusted strategy,implemented the functions of identity identification,state measurement,confidential storage,etc.with password as gene,and identifi ed"self"and"non self"components in time,and then destroyed and repelled the harmful substances entering the body.Thus,an immune system is established for cloud computing,Internet of things,big data and other network information systems.After Turing and von Neumann,active immune trusted computing is a major revolution in the computer fi eld.Its innovative achievements have been applied in the key core information infrastructure such as CCTV,national grid dispatching system,and made a signifi cant contribution to the construction of a national network space security system with active defense.At present,the patent protection of active immune trusted computing in China needs to be strengthened,and efforts should be made to form an intellectual property protection system as strong as trusted computing technology.
作者
沈昌祥
SHEN Changxiang(Academician Thinktank Commitee of Beijing Power IP Instititues,Beijing 100080)
出处
《中国发明与专利》
2019年第12期6-11,共6页
China Invention & Patent
关键词
主动免疫
可信计算
可信云架构
专利保护
activity immunity
trusted computing
trusted cloud architecture
patent protection