simulation speed meaning in Chinese
模拟速度
Examples
- We also explored many options in terms of parallel architectures , including workstation clusters , distributed memory architectures , shared memory architectures , and supercomputers . qualnet was implemented on shared memory for optimized simulation speed
我们还研究了平行结构的许多选项，包括工作站群集、分布式内存结构、共享式内存结构和巨型计算机。为优化的仿真速度， - So the thesis proposes that use stochastic petri net as the expression of them in the front - end , use gillespie - gibson algorithm to perform the simulation processes in the back - end . thus not only can express biological processes intuitively , but also obtain rapid simulation speed
因此提出前台用随机petri网描述,后台采用gillespie - gibson随机模拟算法进行模拟,进而分析系统的性能,这样既保留了生物过程描述的直观性,又大大提高了模拟的速度。 - 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。 - As to the stochastic simulation of stochastic biological processes , if only use stochastic petri net , although it has standard graphics expression , which is isomorphic to markov chain , along with the increase of models ’ scale and complexity , the number of states will increase exponentially , so it is very difficult to analyze models by the method which stochastic petri net has ; if only use stochastic algorithm , which has rapid simulation speed , but lack of intuitive graphical expression
对于随机生物过程的模拟,如果只采用随机petri网模拟生物随机过程,其优点是形象、直观,缺点是随着模型的规模和复杂性的增加,状态的数量呈指数性地增长,出现模型状态空间的爆炸问题,用随机petri网本身的分析方法很难分析整个系统的性能;如果只采用随机模拟算法模拟,其优点是速度较快,但是缺少形象的图形表达,不利于模拟技术的应用。