通用计算

  • 网络general calculation;general purpose computing on GPU;CUDA
通用计算通用计算
  1. 本文对面向通用计算的GPU集群系统的设计具有系统指导意义。

    The paper can guide the design of the GPU clusters which is oriented to general purpose computing .

  2. GPU在密集型运算方面表现出的强大性能,使其在通用计算领域得到了越来越多的重视。

    GPU demonstrates strong performance in intensive operations , so it gets more and more attention in the field of general purpose computing .

  3. 工业CT断层重建算法的通用计算硬件加速

    ICT Section Reconstruction Algorithm Accelerated by General Computation Hardware

  4. 多晶X射线衍射图指标化和晶胞参数求解的通用计算方法

    A general method for indexing the X-ray powder diffraction patterns and for lattice constants calculation

  5. P2P通用计算平台研究

    Research on Universal Computing Platform for P2P Networks

  6. 推导出在一般情况下,任意链长的Markov链对应的通用计算公式。

    The general formula of the Markov chain with different lengths is deduced under normal circumstances .

  7. 利用ansys大型通用计算软件对6300柴油机的缸套进行建模、网格划分、有限元分析计算,得出缸套工作中的机械应力的受力状态,分析各部位的应力分布。

    Using ANSYS to generate the model , mesh generation and analysis on cylinder of 6300 diesel engine .

  8. 为使现有带齿强度分析中的计算载荷更接近实际情况,文中采用载荷分配系数Ka对其进行修正,并确定出Ka的通用计算公式。

    The calculating load is corrected by the transverse loading distribution factor K_ α and the formula of K_ α is given .

  9. 根据轨迹的求解过程,运用VB编制通用计算程序。

    A general calculation program has been developed with VB , according to the solution procedure .

  10. 首先给出了GPU通用计算模型及常见技术。

    Introduce the GPU general computing model and common technology .

  11. 利用大型通用计算程序ANSYS中的接触单元(contact)可以进行仿真计算,计算结果证明了以上的观点。

    Simulating calculation can be carried out with the contact element of ANSYS and the above view has been proved by the calculation result .

  12. 于是基于GPU的通用计算成了一大研究热点,人们已开始将GPU用于视频编解码。

    Thus , the general-purpose computation based on GPUs has become a hotspot .

  13. 这里把活动定义为一种通用计算,它是在一组Web服务(这些Web服务需要彼此达成协定的输出结果)上执行的一组有作用域的操作。

    An activity , as defined here , is a general-purpose computation carried out as a set of scoped operations on a collection of Web services that require a mutually agreed outcome .

  14. 高性能可编程图形硬件的出现,正改变通用计算仅能由CPU完成的传统观念。

    The emergence of high performance programmable sketch hardware is changing the traditional idea that general calculation can only be done by CPU .

  15. 采用通用计算流体力学软件FLUENT对深孔钻削中油路系统进行力学仿真。

    The circuit system of deep-hole drilling is simulated using general purpose Computational Fluid Dynamics ( CFD ) code FLUENT .

  16. 图形处理器(GPU)的最新发展已经能够以低廉的成本提供高性能的通用计算。

    Recent development in Graphics Processing Units ( GPUs ) has enabled inexpensive high performance computing for general-purpose applications .

  17. 现代GPU在通用计算方面的发展已经证明了它是一个适合加速光线跟踪任务的处理器。

    Modern GPUs have been proven to be suitable for accelerating ray tracing task through their general computing power .

  18. 由于GPU具有如此巨大的运算潜力,越来越多的应用试图将通用计算任务移植到GPU上来做。

    As huge computation ability in GPU , more and more application has try to offloading computation task to GPU .

  19. 由于图形处理器(GPU)最近几年迅速发展,国内外学者已经将基于GPU的通用计算作为一个新的研究领域。

    With the development of GPU recently , researches have started an evolving field of general-purpose computation on graphics processors ( GPGPU ) .

  20. 近年来,随着计算机图形处理器可编程性的不断提高,GPU通用计算的研究渐渐活跃起来。

    In recent years , with the improvement of the programmable graphic processor , research on the GPU general computing gradually becomes active .

  21. 氟里昂及其混合物热力性质CSD通用计算程序

    A General Program for the Computation of Thermodynamic Properties of Pure and Mixed Refrigerants Using CSD Equation of State

  22. 本文提出了利用未知晶系的多晶X射线衍射原始数据进行指标化和求解晶胞参数的通用计算方法。

    In this paper , a general calculating method for indexing the X-ray powder diffraction patterns of any compound of unknown system and for calculation of lattice constants is presented by using all available diffraction data .

  23. GPU的应用能力已经远远超出了图形渲染任务,并开始涉足到图形学以外的通用计算领域。

    The application of GPU competence has far exceeded the graphics rendering tasks ; and it has been widely applied to accelerate non-graphics computation problems .

  24. 文章分为两大部分,分别研究了GPU在与医学图像分割相关的图形计算和通用计算中的应用技术。

    The thesis can be divided into two parts , concerning the medical image segmentation related application of GPU computing in graphics and general purpose respectively .

  25. 给出了失调光学系统的四元数光线传输计算方法,并利用VC++6.0和OpenGL开发了通用计算软件;

    A general software is developed by using VC + + 6.0 and OpenGL , which is used to analyze a two-stage beam expander system mounted on an optical platform .

  26. 分析一分度平行分度凸轮机构的啮合传动特性及内在设计规律,探讨该类机构实现一分度间歇传动的各种可能结构形式,结合工程计算实例编制了CAD通用计算程序。

    This paper analyzes the transmission characteristics of one-dwell parallel indexing earn mechanisms , discusses its design method , gives several possible models , offers general CAD program and finally , demonstrates the design process with a practical example .

  27. 运用VC编制了通用计算程序,计算结果表明:该算法稳定,适合于各种拉弯模具外形曲线,计算效率及精度高。

    Meanwhile a general calculation program has been developed with VC . The result shows that the algorithm is steady , which has high efficiency and precision , and is adaptive to convex dies .

  28. 本文针对其中的关键问题,发展了适用于直升机旋翼流场数值模拟的高效CFD方法和旋翼桨叶结构动力模型,建立了考虑旋翼配平和弹性的CFD/CSD耦合数值模拟方法,并开发了相应的通用计算程序。

    Efficient CFD method and rotor blade structural dynamic model are developed for numerical simulation of helicopter rotor flowfield . Vehicle trim and rotor elastic response are calculated as one coupled solutions .

  29. GPU开始越来越多的运用于通用计算,并且越来越多地应用到科学计算程序的加速研究当中。

    The main application of GPU has shifted from image processing to gener-al-purpose computing , and more and more researchs are focusing on accelerating scientific problems with GPU .

  30. GPU通用计算的概念很早就被提出,但受限于编程复杂度和精度等问题,一直没有得到广泛的应用。

    The computing concept of GPU was presented in the very early , but it has not been widely used subject to the programming complexity and accuracy issues .