介绍了基于深亚微米cmos工艺asic电路设计流程中的静态验证方法。
A static verification methodology for circuit design-flow of ASIC's based on very deep sub-micron CMOS technology is described in the paper.
同时对机构进行了静态和动态特性理论分析，提出了机构静态和动态计算解析式，并用有限元方法对机构动态和静态特性进行了验证。
Theoretical analysis is done on the static and dynamic characteristics of the structure, differential equations are presented, and it is also verified by the finite element method.
静态时序分析是一种彻底的分析、调试、验证设计的方法。
Static timing analysis is an exhaustive method of analyzing, debugging and validating design performance.
此方法计算量小，实验证明获得了较传统PI控制更好的动静态性能。
The test results show that it has better performance both in dynamic and steady state than traditional PI control.
提出了在WEP的基础上，采用将静态IP、MAC、用户口令三者绑定验证的方法。
A method to adopt the binding validatation technology with static IP, MAC and user password based on WEP is proposed.
实验证明，该方法的定位误差性能优于单纯的TDOA定位方法及静态定位方法中泰勒级数展开法的误差性能。
Simulations showed that the performance of the proposed tracking method was better than the TDOA tracking method and the static location of Taylor series expansion algorithm.
实验表明，提出的全自动静态断言验证方法不仅可行，而且验证代价较小，具有较强的实用性。
It's shown by the experiments that the assertion verification method presented in this paper not only is feasible but also has little verification cost.
实验证明，综合烟雾及火焰的静态特征及动态特征的火灾检测方法，识别率高。
The experimentation results show that the fire detecting method which integrating smoke"s and flame"s static character and dynamic character has high recognition rate.
简述分布数据库中数据分配方法的分类，并且用静态调度的启发式方法对一个实例进行完整的分析，验证了这种方法能够解决数据分配的优化问题。
This paper briefly introduces the sort of data allocation method in the distributed database and analyzes an example completely with the heuristic method of static schedules.
高精度的海洋磁力测量对磁测仪器系统的测量精度提出了更高的要求，文中对海洋磁力测量仪器系统检验的内容和动静态检验方法进行了研究，并通过实例验证其可行性。
Testing methods of instrumental system in the Marine magnetic survey have been studied in this paper, and the feasibility of each method has been testified by the observed data.
高精度的海洋磁力测量对磁测仪器系统的测量精度提出了更高的要求，文中对海洋磁力测量仪器系统检验的内容和动静态检验方法进行了研究，并通过实例验证其可行性。
Testing methods of instrumental system in the Marine magnetic survey have been studied in this paper, and the feasibility of each method has been testified by the observed data.
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