资源列表
cav2-sta.zip
- 方腔驱动流的差分数值计算，大阪大学教学程序。,lid driven, 2nd CD, Adams-Bashforth, Euler advance
kddcup.data_10_percent.gz
- kddcup99是数据集。数据挖掘技术的数据集。,kddcup99
334535224DQPSK.rar
- 本程序是4dpsk的matlab仿真以及在sinmulink下的建模仿真,This procedure is the matlab simulation 4dpsk as well as in the modeling and simulation sinmulink
bpsk.zip
- 再高斯信道和瑞利信道下bpsk误码率的分析,Again Gaussian and Rayleigh channels channel bit error rate analysis bpsk
258mimo_ofdm.rar
- 信道建模的大牛Laurent Schumacher的MIMO信道MATLAB仿真程序的使用方法说明文件（PDF格式），完整的图像显示和分析，对MIMO研究工作很有帮助。,The result is an IS-95CDMA forward link software simulation package ,which mimics real-time data communication from a basestation to a cellular unit
BLDC.zip
- 一个无刷电机仿真的模型，matlab环境，可以计算电机性能（注意：仿真的时候，对计算机硬件要求可能有点高）,a model of brushless DC motor (BLDC motor)
ultimate.rar
- 配电网规划的主程序,根据目标函数中的建设费用,在通过潮流计算得到的运行费用,得到使此两者之和最小的网架.,The main power distribution network planning, in accordance with the objective function of the construction costs, the trend in the adoption of the operating costs have been calculated by making bo
Netow.rar
- 牛顿迭代法（Newton s method）又称为牛顿-拉夫逊方法（Newton-Raphson method），它是牛顿在17世纪提出的一种在实数域和复数域上近似求解方程的方法。多数方程不存在求根公式，因此求精确根非常困难，甚至不可能，从而寻找方程的近似根就显得特别重要。,Newton iteration (Newton' s method) is also known as the Newton- Raphson method (Newton-Raphson method), it i
Simulink.rar
- simulink简明教程，分6个章节介绍快速入门、建模方法、运行仿真、基本模块、连续系统、子系统及封装，简单易懂，适合初学者,A simple tutorial simulink, sub-chapter on 6 Quick Start, modeling methodology, operation simulation, the basic module, continuous system, subsystem and package easy, suitable for beginne
ML.rar
- 该算法是经典的信噪比估计算法——最大似然估计算法，利用接收信道的先验概率密度函数，ML法能够很好的估计信号的信噪比,The algorithm is a classic signal to noise ratio estimation algorithm- maximum likelihood estimation algorithm, using the a priori receiver channel probability density function, ML method can
DFS.rar
- 深度优先算法，用深度优先来遍历树结构，能够取得很好的复杂度,Depth-first algorithm, using depth-first traversal tree structure to achieve a good complexity
kiss_fft_v1_2_8.zip
- 大名鼎鼎的kiss fft算法，其中有针对浮点运算的优化，以及针对定点运算的优化,The famous kiss fft algorithm, which optimized for floating-point operations, as well as the optimal fixed-point computation