| 1. | A better partition algorithm is a key to parallel simulation
其中，一个优化的划分算法是实现并行模拟的关键。 |
| 2. | An asynchronous parallel simulated annealing algorithm for function optimization problems
函数优化问题的一种异步并行模拟退火算法 |
| 3. | Global optimization of bilevel nonlinear programming problems by parallel simulated annealing
两层非线性规划问题的并行模拟退火全局优化 |
| 4. | Conclusively , the innovations of the distribution parallel simulation system are summarized
最后，系统地总结了所完成的主要工作和分布式并行模拟系统的创新之处。 |
| 5. | To reduce the simulation time of large circuits , parallel logic simulation has attracted considerable interest in recent years
为减少大规模电路的模拟时间，近年来大家的兴趣转向了并行模拟。 |
| 6. | This paper mainly introduce distribution and parallel vhdl simulation which use lots of processors to parallel simulate vhdl model circuit according to the parallel characteristic of circuit itself . so this method can greatly improve simulation speed . however , further research is needed
本文主要介绍了并行分布式vhdl模拟算法，根据电路本身的并行特性，这种方法使用多个处理单元并行模拟vhdl模型电路，因此可以极大的提高模拟速度，但是仍需要进一步的研究。 |
| 7. | The client program , the middle ware and the server program design are partially realized at the base of computer technology in the need of semiconductor device simulation and the partitioning of functional modules for the simulation system , then the discussion on the input parameters and the analysis for the output result are implemented
探索了器件并行模拟系统所需的计算机技术和模拟系统的功能模块划分，并具体部分实现了客户端程序设计、中间件设计和服务器端程序设计，运用它完成对晶体管的掺杂浓度分布、电子和空穴浓度模拟，并对输入参数进行了讨论和计算结果输出进行了分析。 |
| 8. | Its innovation is to extend existed fanout - free region pwtitioning methods of combinational circuits to synchionous sequentia1 circuits , and combines fanout source fault simulation and critical path tracing . experimental resu1ts reveal that the efficiency of it is better than that of generic word - level fault parallel fs algorithms
该算法的创新在于扩充了现有的组合电路无扇出区划分方法，使之对时序电路适用，并把它与扇出源故障并行模拟和临界路径追踪方法相结合。 |
| 9. | The actuality of semiconductor device simulation software development is summarized , and the model of semiconductor devices , the basic methods of semiconductor device simulation and the representative procedures are developed , then the increasing demand of semiconductor devices , the comparison with several simulation systems for semiconductor devices and the necessity , the feasibility , the significance of the distribution parallel simulation for devices are analyzed
概述了半导体器件模拟软件的发展现状，分析了半导体器件的模型，研究了半导体器件模拟的基本方法和典型过程，分析了半导体器件发展的要求和几种器件模拟计算方式的比较及分布式器件并行模拟系统的必要性、可行性和现实意义。 |
