克服其他维度限制(例如，顶层元素的索引号、并行层次结构中不同的级别，等等)。
Overcome other dimensional limits (e.g. index number of a top-level element, different number of levels in parallel hierarchies, etc.).
编译器的确提出那种应该在不同层次上处理并行的程序设计问题。
Compilers certainly present the sort of programming issue that should deal with parallelism at different levels.
在这样的课程中，我在比任务或线程粒度更细的层次上了解了并行计算。
It was in such a course that I was introduced to parallel computation at a much finer level of granularity than the task or thread.
这起始于jdk 1.5，那时DougLea和他的JSR 166专家组添加了API层次支持以将应用分解为多个可以并行执行的任务。
It started way back in JDK 1.5 when Doug Lea and his JSR 166 expert group added their API level support for breaking up an application into tasks that could be executed in parallel.
然而，如果每个层次通过多个组件来表示，它们就能够并行执行并且为新请求提供服务。
However, if each layer is represented by more than one component, they can be executed in parallel and service new requests.
在高层次上，Rational Soft wareQuality解决方案中的测试资产目前不支持使用u CM进行并行开发。
At a high level, testing assets in the Rational Software Quality solution do not currently support parallel development using UCM.
这种并发可以避免在每一次门诊所在的位置或涉及的患者这个层次上实现并行化。
This concurrence avoids the need to parallelize at the level of each clinic location or patient.
对并行计算模型参数动态采集分析软件包DEMPAT的整体框架进行研究，实现基于硬件性能计数器的存储层次参数采集模块。
This paper carries out researches on the framework of a Dynamic Execution and Machine Parameter Analysis Toolkit(DEMPAT) for parallel computational model parameters.
本文的设计着重从多个层次利用并行处理技术来提高环路滤波的速度，包括流水线设计、数据流驱动控制策略以及算法并行性设计。
Our design emphasizes on using parallel processing technology from multi-level to improve speed, including pipelining design, data-flow drive strategy and algorithmic parallelism design.
复杂系统的设计问题可以非层次分解为并行的多个子空间优化设计问题。
The design of complex system can be non-hierarchically decomposed into several parallel subspace design tasks, and the multidisciplinary optimization can be considered as the game of the subspaces.
基于并行工程方法，分析了飞机环境控制系统的研制流程和系统设计的结构层次；
Based on concurrent engineering, the development process of the environment control system for aircraft and the structure of system design are analyzed.
模型中GIS属性数据惯穿遥感图像理解的全过程，是一种高层次的数据融合，且GIS数据特征的提取、处理和遥感图像理解是高度并行的。
The data of GIS is fused through out the modeling when the image understanding is running. The fusion is high-level one of GIS with RS.
采用层次与关系相结合的装配模型，研究利用割集法自动求解装配与拆卸的并行序列问题。
With assembly model organized in hierarchical and relational mode, the problem of automatically generating assembly and disassembly sequence is explored using cut set theory.
本文在总结已有并行技术的基础上，提出了并行测试生成系统的一种动态层次框架，并给出了一种实现方案。
Based on existing parallel techniques, this paper proposes a dynamic hierarchical framework for parallel ATPG and gives an implementation scheme.
它可以进行单cpu、并行双cpu和层次化多cpu的运动控制算法和系统支撑软件的研究。
It could carry through the motion control arithmetic of mono-CPU, parallel bi-CPU and layering multi-CPU and research on system support software.
在此模型的基础上又提出了繁衍层次的概念，从而为数据库操作片段的可并行性分析提供了基础，并设计了一个数据库操作片段相关性识别算法。
Then, generation of database operations is proposed to provide the theoretical principle of parallelism. Also, algorithm to identify the dependence of database operations is designed.
该算法面向动态复杂场景采用层次的自适应空间剖分方法建构物体的平衡包围盒树，然后通过并行遍历包围盒树来加速碰撞检测。
The algorithm builds BoxTreees of arbitrary non convex polyhedra using a hierarchical adaptive space subdivision scheme, and speeds up collision detection by traversing the BoxTrees in parallel.
DPHL语言是一种数据并行高层建模语言，用于在算法层次上描述应用问题求解步骤。
DPHL is a kind of data parallel high level modeling language, with which users can describe a problem solving process on an algorithmic level.
针对现有局部性度量模型存在的不足，提出了一种增强的可用于层次式并行计算机体系结构的局部性度量模型。
Driven by the deficiency of current locality measurement models, an enhanced model suitable for hierarchy parallel computer architectures was proposed.
常见的实现方式是在并行文件系统上层再加入一个可以获取并行程序数据访问模式的层次—并行I/O库。
The common implementation is just adding an I/O library between the applications and the file system to acquire the access pattern of parallel applications.
该算法将网络节点按层次进行分类，并分层并行计算各层次的功率损耗和节点电压，因而可大幅度提高配电网潮流的计算速度。
In this algorithm, the nodes of network are sorted by layers and the loss of voltage and power of speed of power flow can be increased greatly.
该算法将网络节点按层次进行分类，并分层并行计算各层次的功率损耗和节点电压，因而可大幅度提高配电网潮流的计算速度。
In this algorithm, the nodes of network are sorted by layers and the loss of voltage and power of speed of power flow can be increased greatly.
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