资源列表
fdtd_Matlab
- 时域有限差分法在matlab环境下进行的仿真，更形象地说明了时域有限差分法-FDTD method in matlab simulation environment, but also vividly describes the FDTD method
SVM_lzb1p0
- 四种支持向量机用于函数拟合与模式识别的MATLAB示例程序.-Four support vector machines for pattern recognition function fitting with MATLAB examples of procedures.
STL_stack
- 对 STL学习后对于栈的实现，代码量少，但可以帮助理解。-After learning of the STL for the realization of the stack, the code less, but can help to understand.
STL_set
- 对 STL学习后对于集合的实现，代码量少，但可以帮助理解。-After learning of the STL to achieve the set, less code, but can help to understand.
pyRBFv1.0.0.tar
- 径向插值基函数，使用Python写的。有需要的人下吧。不用客气。-Radial basis function interpolation, the use of Python written. Those who are in need of it. Do not mention it.
ceshidll
- 将最小二乘法拟合程序做成动态链接库DLL文件，然后从VC界面调用该DLL文件。在实际项目应用中，这种方法很实用。-Least squares fitting procedure to create a dynamic link library DLL files, and then call the VC interface DLL file. In the actual project applications, this method is very practical.
danchunxing
- 单纯形法在自动配煤系统中的应用。以配煤价格为目标，灰分、水分、硫分为约束条件，求解最优配比。由于方程具有通用性，也可用于其他行业。-Simplex method in the automatic blending system. Coal prices in the objective, ash, moisture, sulfur is divided into constraints, solving the optimal ratio. Since the equation has the
WDRC_onechannel
- this is WDRC application on hearing aid
peimei3
- 基于最小二乘法的自动配煤系统设计。设计的原理为：根据煤的灰分、水分、硫分，利用最小二乘法解矛盾方程的思想，计算出三种煤的配比。-Least square method based on the automatic blending system design. Design principles: In accordance with coal ash, moisture, sulfur, using least squares solution of the contradictions of
MATLAB_GUI
- 一份初学MATLAB_gui者比较好的实例代码；来自《精通MATLAB GUI》，其中例子丰富实用，程序代码丰富。-A novice compared MATLAB_gui good examples of code from " proficient in MATLAB GUI" , in which the rich examples of practical, code-rich.
HOSA
- The Higher-Order Spectral Analysis (HOSA) Toolbox provides comprehensive higher-order spectral analysis capabilities for signal processing applications.
ACRMono1
- This a three fredom degree robot modeled in simulink which is controled ( 3D position control) by a PID. you set the reference trajectory and the robot controled by the PID follows the trajectory in a good way. In order to run open parametros_luis.m