摘要
在可信计算领域,我国自主发展了完整的体系标准,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,从而破坏与排斥进入机体的有害物质。云安全是可信计算当前的重点应用方向,基于可信计算建立主动免疫的可信云安全框架,是解决当前各类云安全问题的重要基础和保障。
In the field of trusted computing, our country has independently established a trusted computing system for active immunity, the new computational architecture of active immunity, which is based on the operation and protection under the control of secure and credible policy, is used to identify the "self" and "non self" components in time by using the functions of identity identification, state measurement and confidential storage. thereby destroying and rejecting the harmful substances. Cloud security is the key application direction of trusted computing, and it is an important basis and guarantee to solve all kinds of cloud security problems based on trusted computing.
作者
沈昌祥
石磊
张辉
刘春
商子豪
SHEN Changxiang;SHI Lei;ZHANG Hui;LIU Chun;SHANG Zihao(Beijing University of Technology, Beijing 100124, China;Shandong Massclouds Information Technologies Co.Ltd., Jinan 250014, China)
出处
《科学与管理》
2018年第2期1-6,共6页
Science and Management
关键词
可信计算
云计算
云安全
trusted computing
cloud computing
cloud security