In this scenario, a parallel routing task is assigned to a group of users.
在这个场景中，把一个并行路由任务分配给一个用户组。
In addition, parallel routing allows a document or folder traverse multiple routes in parallel.
此外，平行传送允许文档或文件夹并行穿过多条路线。
The output of the parallel routing task is created by aggregating the results from the subtasks.
对子任务的结果进行聚合，产生并行路由任务的输出。
PREFIX_MAP (5) : prefix to namespace mapping; application dependent Used in parallel routing scenarios.
PREFIX_MAP(5)：名称空间映射的前缀；取决于应用程序在并行路由场景中使用。
We develop efficient unicast, broadcast and parallel routing algorithms on locally connected hypercube networks.
本文基于局部连通性网络容错模型设计了高效的单播、广播和并行容错路由算法。
In the end, we proposed a parallel routing computation, which was aimed at the scalable and multi-route nodes IP routers on core network.
最后针对核心网络上具有多个路由节点的路由器提出了一种并行路由计算方法，使得路由计算能够在多个节点中同时进行。
Combining the Parallel Job Manager (PJM), N-tier caching structures, and affinity routing provides a powerful, high-performance compute grid.
组合使用并行作业管理器(PJM)、n层缓存结构和关联路由，可以提供功能强大的高性能计算网格。
Parallel fault tolerant routing algorithms in hypercube networks with a large number of faulty nodes are studied.
研究了具有大量错误结点的超立方体网络中的并行容错路由算法。
In the research of fault tolerant parallel computer systems, adaptive routing algorithm is a very important subject.
在研究并行计算机系统的容错时，自适应路由算法是一个极为重要的研究课题。
In the process execution model, the workflow instances execution principles and engine execution design, the design of the key classes and the parallel assembly routing algorithm are researched.
在流程执行模块中，本文主要研究了工作流实例的运行原理和引擎执行的设计、关键类的设计、并发聚合路由算法设计。
Parallel processing is one of the most challenging fields in computer science. Parallel computer interconnection networks and routing algorithms, however, are the basic techniques in this field.
并行处理是计算机科学中最富有挑战性的领域之一，而并行计算机互联网和寻径算法则是这个领域中研究力量很集中的基础技术。
A two-layer parallel optical interconnection network has been designed. The top layer was a star network, which was made up of digital routing nod, node computer and optical network interface CARDS.
在设计的双层光互连网络中，上层网络是星型连接，依靠数字路由结点进行通信。
A two-layer parallel optical interconnection network has been designed. The top layer was a star network, which was made up of digital routing nod, node computer and optical network interface CARDS.
在设计的双层光互连网络中，上层网络是星型连接，依靠数字路由结点进行通信。
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