登录
首页 » Python » npinto-python-cuda-a361b56

npinto-python-cuda-a361b56

于 2010-01-11 发布 文件大小:1060KB
0 132
下载积分: 1 下载次数: 25

代码说明:

  Python bindings for CUDA 2.1 with numpy integration

文件列表:

npinto-python-cuda-a361b56
..........................\.gitignore
..........................\COMMENTS_JR.txt
..........................\COMMENTS_NP.txt
..........................\cuda
..........................\....\cu
..........................\....\..\cu_api.py
..........................\....\..\cu_defs.py
..........................\....\..\tests
..........................\....\..\.....\todo
..........................\....\..\.....\....\cu_add.py
..........................\....\..\.....\....\cu_blsc.py
..........................\....\..\.....\....\cu_gflops.py
..........................\....\..\.....\....\cu_poly.py
..........................\....\..\.....\....\cu_saxpy.py
..........................\....\..\.....\....\cu_sgemm.py
..........................\....\..\.....\....\cu_streams.py
..........................\....\..\.....\....\cu_trig.py
..........................\....\..\__init__.py
..........................\....\cublas
..........................\....\......\cublas_api.py
..........................\....\......\cublas_defs.py
..........................\....\......\tests
..........................\....\......\.....\todo
..........................\....\......\.....\....\cublas_saxpy.py
..........................\....\......\.....\....\cublas_sdot.py
..........................\....\......\.....\....\cublas_sgemm.py
..........................\....\......\__init__.py
..........................\....\cuda
..........................\....\....\cuda_api.py
..........................\....\....\cuda_defs.py
..........................\....\....\tests
..........................\....\....\.....\todo
..........................\....\....\.....\....\cuda_add.py
..........................\....\....\.....\....\cuda_blsc.py
..........................\....\....\.....\....\cuda_gflops.py
..........................\....\....\.....\....\cuda_GL.py

..........................\....\....\.....\....\cuda_poly.py
..........................\....\....\.....\....\cuda_QtGL.py
..........................\....\....\.....\....\cuda_saxpy.py
..........................\....\....\.....\....\cuda_sgemm.py
..........................\....\....\.....\....\cuda_streams.py
..........................\....\....\.....\....\cuda_trig.py
..........................\....\....\__init__.py
..........................\....\cufft
..........................\....\.....\cufft_api.py
..........................\....\.....\cufft_defs.py
..........................\....\.....\tests
..........................\....\.....\.....\todo
..........................\....\.....\.....\....\bfft.py
..........................\....\.....\.....\....\cuda_fft.py
..........................\....\.....\.....\....\cu_fft.py
..........................\....\.....\.....\....\dfft.py
..........................\....\.....\.....\....\gfft_cu.py
..........................\....\.....\.....\....\gfft_cuda.py
..........................\....\.....\.....\....\manyfft.py
..........................\....\.....\.....\....\sfft.py
..........................\....\.....\.....\....\xfft.py
..........................\....\.....\__init__.py
..........................\....\utils
..........................\....\.....\benchplot.py
..........................\....\.....\cuda_utils.py
..........................\....\.....\cu_utils.py
..........................\....\.....\libutils.py
..........................\....\.....\__init__.py
..........................\....\__init__.py
..........................\doc
..........................\...\Using-VBOs.pdf
..........................\examples
..........................\........\bw_test.py
..........................\........\TODO
..........................\........\__init__.py
..........................\ez_setup.py
..........................\htm" target=_blank>LICENSE
..........................\MANIFEST.in
..........................\misc
..........................\....\cf
..........................\....\cmpG
..........................\....\htm" target=_blank>compileC
..........................\....\compileCG
..........................\....\htm" target=_blank>compileCX
..........................\....\htm" target=_blank>compileG
..........................\....\htm" target=_blank>compileGso
..........................\....\cpuFunctions.c
..........................\....\cpuFunctions.py
..........................\....\ctypes_array.py
..........................\....\ctypes_array_test.py
..........................\....\ctypes_extra.py
..........................\....\devinfo_cr.py
..........................\....\devinfo_cu.py
..........................\....\gpuFunctions.cu
..........................\....\gpuFunctions.cubin
..........................\....\gpuFunctions.linkinfo
..........................\....\gpuFunctions.ptx
..........................\....\gpuFunctions.py
..........................\....\kernelGL.cu
..........................\....\matadd.txt
..........................\....\mklMath.py
..........................\....\README

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • kabg
    α-β-γ滤波函数,可实现对等间隔的观测数据进行滤波估计。(α-β-γ filter function design by C language. Complete the filter evaluation function for equidistant discrete data.)
    2013-08-19 16:40:24下载
    积分:1
  • xcorr
    实现互相关运算 C实现,实现互相关运算 C实现(cross correlation C code implementation)
    2010-01-10 16:49:14下载
    积分:1
  • MoM
    3-D 目标MoM源代码 可以求解球体,旋转体等目标的电磁散射问题(MoM )
    2020-11-30 20:59:27下载
    积分:1
  • MARALAND
    说明:  并联机器人MARALAND,其数值解及解析解,正解和逆解以及雅可比矩阵及动力学问题分析(Parallel robot maraland, its numerical solution and analytical solution, positive solution and inverse solution, Jacobian matrix and dynamics analysis)
    2021-01-21 16:37:35下载
    积分:1
  • 4-split2
    给定求解区间,用最小二乘法给出函数的零点,并给出迭代次数(Given the solution interval, the zeros of the function are given by the least square method, and the number of iterations is given.)
    2019-04-10 16:33:03下载
    积分:1
  • lixiangshiliuyouxianyuanqiujie
    理想流体势流的有限元求解程序,简单易懂,适合初学者对该方法编程的一个初步认识,程序内有详细的注释(Potential flow of ideal fluid finite element solver, easy to understand, this method is suitable for beginners programming a preliminary understanding of the program with detailed notes)
    2013-11-13 09:47:37下载
    积分:1
  • Fitting_Gumbel
    对轨道不平顺采用耿贝尔分布进行拟合优度检验(On track irregularity using Gumbel distribution goodness of fit test)
    2014-11-20 20:30:15下载
    积分:1
  • FENZHI
    分支界限费用矩阵的说明文档,非常实用,建议下载哦(Branch line cost matrix documentation, very practical, it is recommended to download Oh)
    2013-09-13 14:24:50下载
    积分:1
  • rkutte
    四阶龙格库塔算法,用来求解二阶偏微分方程,在转子系统的动力学方程数值求解中普遍应用(Runge Kutta algorithm)
    2020-12-29 22:29:00下载
    积分:1
  • main
    Concert c++ example of facility location problem. C++ concert technology is a registered trademark of ILOG CPLEX
    2009-03-05 08:56:13下载
    积分:1
  • 696518资源总数
  • 104269会员总数
  • 31今日下载