At the same time, parallelalgorithm of dynamic route solution is implemented in distributed and parallelcomputing platform. Parallel benefits are analyzed by four measures includingprogram run time, speedup, parallel efficiency and expandability.
最后通过实例进行算法应用和仿真系统并行效益分析。
参考来源 - 交通网络动态路径求解并行仿真算法研究与实现·2,447,543篇论文数据，部分数据来源于NoteExpress
针对图书馆信息服务能够产生社会、经济效益的现行理论，提出了与之并行的第三种效益，即自身效益；
On the basis of the existing theory that the library′s information service can bring about social and economic beneficial results, advances the third benefit—self benefit.
建立并行下载模型，并基于这一模型，从下载节点效益的角度出发，分析并提出最优机制。
And based on the model, the optimal mechanism is analyzed and proposed in terms of the performance of downloading nodes.
基于以上研究工作，本文采用的CUDA并行技术应用在切割与布局问题求解中，可以切实提高算法的求解效率，增加工程效益。
These work show that, we can effectively improve algorithm efficiency and increase value by using CUDA parallel technique in cutting and packing problem solving.
应用推荐