搜索资源列表
fd2d_3.4
- 2D TM program with plane wave source fd2d_3.4.c
brookgpu-0.4.tar
- 用于GPU通用计算的编程语言BrookGPU 0.4-GPU generic terms for the programming language BrookGPU 0.4
tetgen1.4.2.tar
- 有限元网格划分，描述了有限元网格划分的网格技术-Finite element mesh to describe the finite element mesh of the grid
FFT
- FFT算法的基本原理是把长序列的DFT逐次分解为较短序列的DFT.按照抽取方式的不同可分为DIT-FFT(按时间抽取)和DIF-FFT(按频率抽取)算法.按照蝶形运算的构成不同可分为基2、基4、基8以及任意因子(2n,n为大于1的整数),基2、基4算法较为常-The FFT algorithm s basic principle is decomposes gradually long sequence DFT into short sequence DFT. different may div
longest
- Problem B:Longest Ordered Subsequence A numeric sequence of ai is ordered if a1 < a2 < ... < aN. Let the subsequence of the given numeric sequence (a1, a2, ..., aN) be any sequence (ai1, ai2, ..., aiK), where 1 <= i1 < i2 < ... &l
fixed_struc_radix4_fft
- 采用固定寻址方式的固定结构基4FFT仿真代码-Radix 4 FFT with fixed address structure
4-2
- dfs回溯法解usaco 1-4-2时钟问题-dfs backtracking solution usaco 1-4-2 clock problem
fft
- 16 point 4 radix fft vhdl
4
- 已知在文件IN.DAT中存有100个产品销售记录，每个产品销售记录由产品代码dm(字符型4位)，产品名称mc(字符型10位)，单价dj(整型)，数量sl(整型)，金额je(长整型)五部分组成。其中：金额=单价*数量计算得出。函数ReadDat()是读取这100个销售记录并存入结构数组sell中。请编制函数SortDat()，其功能要求： 按产品名称从小到大进行排列，若产品名称相等，则按金额从小到大进行排列，最终排列结果仍存入结构数组sell中，最后调用函数WriteDat()把结果输出
fastRTS62x64x-1.4-Setup
- ti davinci的快速数学函数算法实现代码。给需要的朋友。-ti fast math functions lib
crc
- 自动完成CRC校验码的计算 1 010110001101 110011 可以得到: (1)index:5 pointing:1 101011 110011 011000 (2)index:6 pointing:0 110000 110011 000011 (3)index:7 pointing:0 000110 0 000110 (4)index:8 pointing:0 001100 0 001100 (5)ind
netgen-4.9.12
- Netgen Mesh Generation
graph500-2.1.4.tar
- Graph500_2.1.4 source code (download from www.graph500.org/reference.html).
Runge-Kutta-4
- Runge-Kutta 4阶算法C++实现-Runge-Kutta 4
armadillo-3.4.0
- armadillo矩阵运行库，速度较It++和NEWMAT快4倍左右，大矩阵的运算优化实现-linear algebra library for matrix and vector operation
4-Channels-Temperatures-Monitor
- Source code for 4 channels monitor.
SHUZHIFENXI_(7-4)_CHAPTER4
- 数值分析_(7-4)_第4章__插值法.ppt-Numerical analysis _ (7-4) _ Chapter 4 __ interpolation. Ppt
3.4
- 基于matlab的时域有限差分方法的实现，Atef Elsherbeni, 第三章，3.4 题 的答案-The answer to the questions listed in the 3rd chapter of the book, question 3.4, FDTD implemented using Matlab by Atef Elsherbei
4-node-element-for-uel
- 4-node element for uel
ytcz3
- 三次样条插值和Runge-Kutta 4阶算法，输入任意函数，调用该函数，可得结果(Three cubic spline interpolation, input any function, call the function, can get the result)