它演示了自动化技术、TAL和自动化定理证明，从而验证了操作系统中和运行时复杂的低级代码的安全性。
Demonstration of automated techniques, TAL and automated theorem proving, to verify the safety of the complex low-level code in the operating system and run-time.
最后讨论了安全操作系统的边界扩展问题，利用可信计算，结合远程证明，封装存储等相关技术，扩展了安全操作系统的控制范围。
This thesis also presents a method to extend the edge of the control area of the secure OS by adopting trusted computing techniques such as remote attestation and sealed storage.
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