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.
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。
Generally, the proving of geometry theorem is based on the axiom system, and is deducted according to certain logic rules.
通常，几何定理的证明是依据公理系统，按一定的逻辑规则演绎地进行。
In this paper, how to optimally divide a complicated system for serving the need of system modelling well is studied theoretically. We present the optimal dividing theory and its theorem proving.
就如何进行大系统空间模块的分解以满足建模的需要，作了理论上的探讨，给出了最优空间分解判定及性质定理证明。
In this paper, how to optimally divide a complicated system for serving the need of system modelling well is studied theoretically. We present the optimal dividing theory and its theorem proving.
就如何进行大系统空间模块的分解以满足建模的需要，作了理论上的探讨，给出了最优空间分解判定及性质定理证明。
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