有效的自动并行化系统帮助用户充分利用并行计算机的硬件资源。
An automatic Parallizer is helpful for users to exploit the resources of parallel computer.
本文的主要贡献在于提出了多核系统芯片任务级自动并行化的研究方案和系统实现。
The main contribution of the thesis is to address the issue of automatic task-level parallelization for the architecture of MPSOC and to give the system implementation.
ParallelArray提供了一种不错的方法，可用于声明性地指定数据集上的筛选、处理和聚合操作，还方便自动并行化。
ParallelArray offers a nice way to declaratively specify filtering, processing, and aggregation operations on data sets, while also facilitating automatic parallelization.
在多代码分支上进行并行开发时，自动化就更加有用了。
Automation is even more useful when doing parallel development, working on various branches of the code.
当时它是一个LINQProvider，可以自动地将查询并行化。
At that time it was a LINQ provider that could automatically parallelize queries.
我们要做的是尽可能将更多的设计与实现工作自动化以使应用能够并行运行。
Where we're headed is towards automating more and more of that design and implementation work to make an application concurrent.
作为并行活动，精化阶段表现出一次方便的时机来考虑技术架构中的小变更如何能够更好的帮助测试设计和测试自动化。
As a parallel activity, Elaboration presents a convenient time to consider how small changes in the technical architecture can greatly facilitate test design and test automation.
它只是用于简化特定范围的数据选择和转换操作的表达方式，以将这些操作轻松、自动地并行化。
NET 3.0); it is intended only to simplify the expression of a specific range of data selection and transformation operations so that they can be easily and automatically parallelized.
通过由改进了的自动化和过程更快地找到并修改缺陷来提高生产力(按照您所想并行动的方式进行转换)。
Increase productivity by finding and fixing defects faster through improved automation and processes (transform the way you think and act).
服务器农场模式是一个很好的方式，实现并行化效率高，因为它是自动平衡。
The server farm pattern is a good way of achieving high parallelization efficiencies because it is self-balancing.
并行化编译器可以把现有的串行程序自动或半自动地转换为并行程序。
Parallelizing compiler can transform serial programs to parallel programs automatically or semi automatically.
在并行自动化测试系统中，并发执行的多个测试程序会竞争有限的仪器资源，硬件资源的分配与任务调度是并行测试的一个关键问题。
In the parallel test System, the testing programs are to compete for instruments concurrently. Therefore, how to allocate instruments and schedule task is a key to parallel test.
目的：生物芯片技术具有高通量、并行性及自动化的优点，已经成为科学界的研究热点之一。
Objective: Biochip technology is a high throughput, parallel and automatic technique and has been one of the hotspot science studies.
目的：生物芯片技术具有高通量、并行性及自动化的优点，已经成为科学界的研究热点之一。
Objective: Biochip technology is a high throughput, parallel and automatic technique and has been one of the hotspot science studies.
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