parallel computers中文是什么意思

• 并联计算机

• parallel computer    并行计算机[电脑] 〔有几个处理机，能同时处理一个题目的 ...
• parallel processing computers    并列处理计算器
• special-purpose parallel computers    专用并行计算机
• computers    电脑部; 计算机由1页增到4页
• no computers    没有电脑
• a le computers    苹果
• apple computers    苹果电脑
• bicycles computers    自行车计算机
• carts for computers    挂画片杆; 画框托架; 计算机用手推车
• classes of computers    电脑的类别
• commodore computers    康莫多计算机公司
• composing with computers    利用计算机作曲
• computers and automation    计算机与自动化
• computers and electronics    计算机及电子杂志
• computers and geosciences    计算机与地学
• computers and graphics    计算机与图示
• computers and mathematics    计算机部分; 计算机行业求职简历中英文职位对照表
• computers and medicine    计算机与医疗
• computers and peripherals    计算机设备
• computers and physics    计算机与物理学
• computers and the humanities    计算机与人文学科
• computers for learning    计算机基础
• computers graphics    计算机图形学,计算机制图
• computers in china    中国的电脑

• In this article , we introduce the design and implementation of key technologies in pems ( parallel embedded multiprocessing system ) , which is the operating system of the satellite - carried parallel computer system
  本文以星载并行嵌入式计算机系统为背景,阐述其并行嵌入式操作系统pems ( parallelembeddedmultiprocessingsystem )中关键技术研究与实现。
• This article has six chapters . chapter 1 introduces the development and the classification of the parallel computer , simply discusses the basic theory of parallel computing , and also introduces research meaning of this article
  本文总共分为六章，其内容如下：第1章，主要介绍并行计算机的发展及分类，并行计算的基本理论及本论文所做的主要工作。
• Parallel computer is an important area of the research of high - performance computer , and the efficient , rapid , large - capacity interconnection network is the base of large - scale parallel computer
  并行计算机是高性能计算机领域的重要研究方向,大规模并行机的关键是需要高效、快速、大容量的互连网络,所以改善并行计算机性能的关键问题是设计高性能的互连网络。
• The performance model has been validated against the implementation results obtained on a dawing tci700 parallel computer and can be readily used to estimate the performance before the optimistic simulation is implemented
  在曙光tc1700并行机上的性能实验表明，我们的解析性性能分析模型得到的结果与实际实现的结果是非常接近的，可以用于乐观仿真实现前的性能预测。
• It is found that when the number of the grids is over 512000 , the efficiency of two parallel computers is more than 67 . 9 % , and over 52 . 8 % by four computers . and the efficiency will improve as the grid number increases
  通过测试发现当网格数量超过512000时，两台计算机并行效率超过67 . 9 ；四台计算机并行效率超过52 . 8 ，并且随着网格数量增加，并行效率能够得到进一步提高。
• The conflict can be resolved by the parallel compute , but two questions exist at the same time . firstly , the related high rank parallel software is so scarce that the parallel computer can only used by the professional programmer
  并行机的出现为复杂结构精细分析提供了硬件基础，但由于高层次并行软件的缺乏使得并行计算机往往只能由专业程序员使用，另外，并行机价格昂贵，不易普及。
• The arithmetic architecture of parallel pragram is closely related with the architecture of parallel computer system . presently , there are some popular models such as share - memory model , message passing model and data paralleling model
  并行计算采用并行程序实现，并行程序设计的算法结构与并行计算机系统结构紧密相关，当前流行的算法结构有共享存储、消息传递、数据并行等多种模型。
• This article details the arrangement relationship of independence , order , deflection order and the waterfall arrangement ways according to path number and running time , with the stress on the " trapezoid " arithmetic of batch process in parallel computer
  摘要介绍了含有独立、顺序、有偏序关系的批作业的梳理，以及批作业按作业序列路径数、运行时间长短排序的瀑布式方法，重点讲述了并行机批作业执行时的“梯形”算法。
• Ga poses implicit parallelism and is suitable for implementation on large scale parallel computers . dividing the whole population into sub - populations and coarse - grained island model of exchanging information among sub - populations are the most direct parallel method
  Gas具有天然的并行性，非常适合于在大规模并行计算机上实现，把串行gas中的单一群体分成多个子群体，各子群体之间相互交换信息的粗粒度并行是将gas并行化的最直接方式。
• This article introduces the developing history and the current situation of the automatic goal discern , and on the basis of structure of the parallel computer and neural network knowledge , it analyses the hardware and software engineering foundation that realized the real - time goal recognition system
  介绍了自动目标识别的发展历史和现状，在并行计算机结构和神经网络知识的基础上，分析了实现实时目标识别系统的硬件和软件技术基础。