To meet this security requirement, this paper mainly discusses the trusted Computing technology and proposes a trusted platform model and architecture to guarantee the s is running under expectations.
针对这一应用背景，本文主要探讨利用可信计算达到系统运行可信目标，研究保障系统安全运行的可信平台的模型和体系结构。
A risk assessment model based on Bayesian network was proposed. In this model, each risk event influencing the Trusted Platform Control Module (TPCM) 's trust was analyzed.
对可信平台控制模块(TPCM)的风险进行了分析，针对其特点和风险定量评估要求，提出了基于贝叶斯网络的TPCM风险评估模型。
To further enhance the safety of BIOS, this paper presented a new trust transition model with Trusted Platform Module (TPM) in Extensible Firmware Interface (EFI).
为进一步提高BIOS的安全性，提出一种利用可信平台模块(TPM)在可扩展固件接口(efi)中建立可信链的方案。
To further enhance the safety of BIOS, this paper presented a new trust transition model with Trusted Platform Module (TPM) in Extensible Firmware Interface (EFI).
为进一步提高BIOS的安全性，提出一种利用可信平台模块(TPM)在可扩展固件接口(efi)中建立可信链的方案。
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