本文的研究成果不仅为安全操作系统的研究提供了支撑，还为基于可信计算的安全技术的研究方向提供了一定的借鉴。
The researches proposed by this thesis can not only support the secure OS research but also be used a reference of trusted computing-based work.
可信计算是在计算和通信系统中广泛使用基于硬件安全模块支持下的可信计算平台，以提高整体的安全性。
The trusted computing based on the hardware security module supporting is the platform to enhance the whole security broadly used in the computation and the communications system.
基于TPM的安全优盘系统使用可信计算平台模块TPM实现密钥的存储和管理，解决了密码技术中密钥管理的难题。
TPM based security USB disk system uses the Trusted Computing Platform Module TPM to store and use the key to solve the password management problems.
主要对UCON模型的安全性进行了分析，并将可信计算模块TPM引入UCON模型，构建了基于TPM的使用控制模型——TUCON模型。
The paper analyzes security of UCON model and puts forward the TUCON model based on Trusted Computing Module(TPM).
基于863项目“可信计算系统平台”的安全芯片研制成功，展现了可信计算的良好应用前景。
The successful application of "a trusted computing platform System" funded by 863 Projects indicates that future of the trusted computing platform will be promising.
远程认证是可信计算平台的一种重要功能，二进制方法和基于属性证书的认证是其两种认证方法。
Remote attestation is one ofthe important functionalities oftmsted computing. Binary attestation and property-based attestation are two methods of authentication.
远程认证是可信计算平台的一种重要功能，二进制方法和基于属性证书的认证是其两种认证方法。
Remote attestation is one ofthe important functionalities oftmsted computing. Binary attestation and property-based attestation are two methods of authentication.
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