| 1. | The computation result is identical to that of series program , and the correctness of the parallel program is verified
最后将并行程序与串行程序的计算结果相比较，验证了该并行程序的正确性。 |
| 2. | In this dissertation , the series program structure of wheel / rail system dynamics is analyzed to search the solutions to parallel processing
本论文对轮轨系统动力学的原有串行程序结构进行了剖析，以寻求并行处理的可行方法。 |
| 3. | The efficiency can achieve 80 % when executed on 4 computing nods , and 70 % on 8 nods of yh - iii super computer
在银河-上的测试数据，表明paractive能够对cfd串行程序有效并行化，生成高质量的并行程序， 8机并行效率可达70 。 |
| 4. | While executing the program , we memorize all the values of each array variable . the analysis will stop if data dependence is found
动态测试就是在解释执行程序的同时，记录串行程序对数组元素的访问，如果发现数据相关就终止测试。 |
| 5. | Also , programming for such systems is easier since all the data is available to all processors and is not much different from sequential programming
而且对于这种系统进行编程要简单很多，因为所有的数据对于所有的处理器来说都是可以使用的，这与串行程序并没有太多区别。 |
| 6. | In order to compile serial programs into parallel mode , the instruction set pisa which is used in wattch tools is extended by adding instructions which support thread - pipelining model
在wattch自带的pisa指令集基础上扩充支持线程流水的指令,解决串行程序并行化编译的问题。 |
| 7. | The analysis of computation time of different subroutines shows that the solution of linear equations account for 75 percent of total workload and it is also the main work in the study
通过对串行程序中各功能模块计算工作量的分析，线性方程组的求解在该串行程序中占有75的工作量，并行求解线性方程组是本论文的一项主要工作。 |
| 8. | State - of - the - art microprocessors exploit instruction level parallelism ( ilp ) to achieve high performance on applications by searching for independent instructions in a dynamic window of instructions and executing them on a wide - issue pipeline
对于当前软件中占主要部分的串行程序而言，微处理器主要依靠开发程序的指令级并行( ilp )来提高性能。 |
| 9. | In the serial computation domain , people acknowledged von neumann machine model as computation model . so serial programs can be transported to other serial computers without much alteration and potential performance loss
在串行计算领域，大家都公认了以冯诺依曼模型为计算模型，因而串行程序基本上无须多大改变就可移植到其它的串行计算机上，并且无潜在的性能损失。 |
| 10. | To solve the problem , automatic parallelization of sequential programs has been studied since 1980s , which has been made great progress in these years . but application results are still disappointing . there is still no widely accepted and authorized automatic parallelizer
为了解决这一困难， 80年代以来，人们对串行程序的自动并行技术展开了研究，十多年来取得了长足的进步，但实际应用效果还不理想。 |
