资源列表
2466893cdmamodem
- 用matlab实现CDMA的系统的仿真，并附有源代码。欢迎大家赶紧下载。-Using matlab realize 16QAM, system simulation, with source code. Welcome to quickly download.
thebestfft
- 在vc6.0中成功运行，实行了傅里叶变换。输出傅里叶变换的结果为各个点幅值，傅里叶系数a和b。可以利用来计算电力谐波。-In vc6.0 run successfully implemented a Fourier transform. Output the results of the Fourier transform magnitude of each point, the Fourier coefficients a and b. Can be used to calculate the
tricontour
- TRICONTOUR Triangular Contour Plot. TRICONTOUR(TRI,X,Y,Z,N) draws scalar N contour lines treating the values in Z as heights above a plane. TRI,X,Y,and Z define a triangulation where the triangles are defined by the M-by-3 face matrix TRI,
matlab
- 时间序列建模AR（1）后的卡尔曼滤波程序，整个过程非常详细，里面自带一组数据。-Time series modeling AR (1) after the Kalman filtering process, the entire process is very detailed, which comes with a set of data.
change
- 一个动物识别的产生式系统，人工智能的作业。-A generation of animal identification systems, artificial intelligence operations.
bask
- matlab程序，实现数字频带信号的解调-matlab program, digital band signal demodulation
GSeidel
- Gauss Seidel To resolve differential equations etc etc etc etc etc etc etc-Gauss Seidel To resolve differential equations etc etc etc etc etc etc etc etc etc etc etc etc etc
PSO_TSP
- 粒子群优化算法，用于解决TSP问题研究。在算法中动态修改权重和学习因子-Particle swarm optimization algorithm for solving TSP problems studied. In the algorithm to dynamically modify the weights and learning factor
fuliyexishubijin
- 傅里叶变换，能够获取傅里叶级数的系数的近似值。在vc6.0上运行成功。-Fourier transform, to obtain the approximation of the Fourier series coefficients. In vc6.0 running success.
pso-principle
- 粒子群原理以及在函数中的优化，并附程序。-Theory and particle swarm optimization in the function, along with the program.
huffman
- 由于目前数字通信中一般都使用二进制符号，因此二进制的Huffman编码技术最为普遍，其编码步骤如下： 1、将信源符号按概率从大到小进行排列； 2、给两个概率最小的信源符号各分配一个码元“0”和“1”，然后将这两个信源符号合并成一个新符号，并用这两个最小的概率之和作为新符号的概率，结果得到一个只有（n-1）个信源符号的新信源（假设原来所需编码的符号数为n），称为信源的第一次缩减信源S1； 3、将缩减信源S1的符号仍按概率从大到小的顺序进行排列，重复步骤2，得到只含（n-2）个符号的缩减
Target-field-method-for-MRI-biplanar
- 基于matlab的单平面磁共振成像用梯度线圈的计算程序，普通笔记本计算大约5小时。-Matlab-based single-plane magnetic resonance imaging with gradient coil calculation procedures, ordinary notebook for about 5 hours.