parallel processing technology造句

例句与造句

1. Computational grid is a development direction of distributed and parallel processing technology
   计算网格是当前并行和分布处理技术的一个发展方向。
2. Incremental updating algorithm and parallel processing technology were used to raise the efficiency of data mining and reduce the time complexity
   由于使用了增量更新算法和并行处理技术，从而提高了数据挖掘的效率，降低了时间复杂度。
3. With the development of parallel processing technology and the extended application of parallel computers , parallel computers are now in great demand
   随着并行处理技术的不断发展以及并行计算机的日益推广应用，越来越多的人要求使用并行机。
4. Accordingly , the increasingly demanding for science computing is also the main power to impel the flourish development of parallel processing technology in those twenty years
   相应地,这种对工程计算能力与日俱增的需求也是促使并行处理技术在近二十年来得到蓬勃发展的主要源动力。
5. The parallel processing technology has the potential that it can greatly raise the processing rate and solve the large - scale problem , so it has been an emphasis in the developing of modern digital signal processing
   在现代数字信号处理技术中，并行处理由于蕴含着提高处理速度和解决大规模问题的巨大潜力，已经成为这一领域的一个发展重点。
6. It's difficult to find parallel processing technology in a sentence. 用parallel processing technology造句挺难的
7. Dsp products used primarily multi - cpu chips and parallel processing technology , to develop a series of products has been widely used for electricity , communications , transportation , national defense and generating new energy fields
   主要产品采用dsp芯片及多cpu并行处理技术，开发出的系列产品已广泛应用于电力、通信、交通、国防及新能源发电等领域。
8. This paper , first , studies the parallel architecture of np , and describe the chief design method and parallel processing technology of np from hardware and software , which gives the profile of np ’ s parallel architecture
   本文首先研究了网络处理器的并行体系结构。从硬件和软件两个方面综述了现代网络处理器所使用的主要并行设计方法和并行处理模型。
9. Parallel computing is an effective instrument . along with the developing of high - powered parallel processing system , image parallel processing technology will provide greater space for improving the velocity of image processing
   并行计算是提高处理速度的有效手段之一,随着高性能并行处理系统的发展,图像并行处理技术为提高图像处理速度提供了更大的空间。
10. This also leads to that parallel computing will be the main computing method in the future , and the development of parallel processing technology will be the main power to impel the constructing of national defense and the development of national science and technology
    这就导致了并行计算将成为未来主流计算模式,并行处理技术的发展将成为未来国防建设、国家科技发展的主要推动力量。
11. Combining cluster - based parallel processing technology with the demanding requirement of crawling through vast amount web information , this architecture demonstrates a reasonable trade - off in crawling strategy , communication reduction , load balancing , task scheduling , and granularity control
    结合web信息搜集的基本要求和基于pc机群的并行分布处理技术，该系统结构力图在搜集策略、可扩展性、减少通信、负载平衡、任务调度、并行粒度控制等方面得到一个很好的折衷。
12. Grid is a development direction of distributed and parallel processing technology . the goal of grid is to realize share of heterogenous resources that locate all over the world , and resource management is the core technology and soul of grid . because the grid resource is distributed geographically , heterogenous inherently , autonomous , dynamic and so on , resource management in the grid environment is a very complex and challenging work whose efficiency is related to the performance of the whole system directly . moreover , in order to attract resource consumers and providers to attend the grid , their needs must be meet . all these problems can be solved by using economic principles in the management of resources in the grid . this paper goes into the researching status of this question and points out meagerness of applying various resource management techniques in using now into grid . then , this paper analyzes the economic model in grid resource management , and make out the characteristic and reason for introducing the economic model in the problem . next , this paper illustrates the existent economic model of the problem
    网格是当前并行和分布处理技术的一个发展方向,其目标是实现对地理上广泛分布的大量异构资源进行共享,资源管理是网格计算环境的核心和灵魂。由于资源在地理上分布、本质上异构、自治的、由不同的个人或组织拥有、有不同的存取和花费模式、负载和可用性动态变化,这些固有特性使网格环境下的资源管理十分复杂和具有挑战性。另外,要吸引各类资源使用者和拥有者加入网格,就必须满足他们各自的需求。
13. Chapter 2 analyzes parallel process technology ' s actuality , the requirement of real - time process , and mostly guidelines of parallel process performance . chapter 3 discusses imaging algorithm - - - - - - chirp scaling algorithm theory as well as realization of ideal point target ; and then discuss the scalar of data and operation . chapter 4 discuss the fft and distributed matrix transposing , mostly about ( 1 ) discussed how to realize parallel fft , and evaluate the preformance of parallel fft ; ( 2 ) discuss another step ' s - - - - - - matrix transposing - - - - - - realization can divided into three steps : distributing , renewedly distributing and local transposing of matrix , and then discuss the time of process in detail
    第四章分别研究了cs算法中的fft变换和分布式矩阵的转置问题，主要有： ( 1 )对cs算法中运算量最大的步骤fft变换进行了并行性的提取，并对并行fft变换的算法性能进行了评估； ( 2 )分析并研究了cs算法中另一不可或缺的步骤? ?矩阵转置问题，提出矩阵分布、重新分布和局部转置来实现矩阵转置的并行化，并详细分析了矩阵转置的时间耗费问题。
14. It is an important part of this paper to apply the achievements obtained in performance measurement of networks binding with parallel processing technology to solve the problem of electromagnetic radiation from electric large complex objects , from which we can know the value and significance of performance measurement of networks further
    Oi介川。 h ‘处jm技术，把所ww的网络叩b测试人im的成果应用到山人尺、 h余； 1 。 ， u删n则问题的测决山足木义的人织成部分。 ”
15. Taken the poyang lake region as test site , we firstly build the lod models ( including terrain and culture feature data ) based on viewpoint . secondly , we adopt active surface definition , a real - time framework , to manage the terrain data , and then apply clip texture to efficiently manage the high - resolution textures . thirdly , the parallel processing technology is used to deploy the scene database dynamically and optimize real - time simulation graphics , which result in higher fidelity and better simulation effects in the virtual scene we finally built up
    首先建立基于视点的lod模型(包括地形和地物) ，然后采用活动表面定义( activesurfacedefinition )这一实时架构来管理地形数据的调度，并结合剪切纹理( cliptexture )技术对高分辨率纹理数据进行有效的管理，以及利用并行处理技术对场景数据库进行动态调度管理和实时仿真图形优化处理，从而建立真实感强、仿真效果佳的大规模虚拟场景，有效地解决了这一问题。