资源列表
AeroModelHighAlpha
- 一段用于飞行器大攻角情况的matlab源程序，希望对从事航空工程设计的人员有一些用途．-aircraft for a large angle of attack of the Matlab source, hope to engage in aeronautical engineering design of some use.
leaveoneout_lssvm
- 用于最小二乘支持向量机的名为\"留一法\",可用于支持向量机超参数的确定.-for least squares support vector machine called "a stay", could be used to support vector machine-determined parameters.
rcrossvalidate
- 最小二乘支持向量机中可用于确定超参数的MATLAB函数.确定参数时,需要一些时间.-least squares support vector machine can be used to determine the parameters of super - MATLAB function. Determined parameters, take some time.
denoise_kpca
- 最小二乘支持向量机岭回归函数,可以进行预测和分类-least squares support vector machine regression function Ridge, forecasts and classification
ridgeregresssvm
- 最小二乘支持向量机岭回归函数,可以进行预测和分类-least squares support vector machine regression function Ridge, forecasts and classification
robustlssvm
- 一个用于鲁棒最小二乘支持向量机的函数.可以对奇异点和非高斯分布的数据进行计算.-for a robust least squares support vector machine function. Be right singular point and the non-Gaussian distribution of data calculated.
svmkp
- 这是一个用于计算最小二乘支持向量机的函数.很有用.-used to calculate the least squares support vector machine function. Very useful.
matlabstock
- MATLAB构造 主要用于证券 股票 金融等领域随机环境的构造-MATLAB main stock for the securities and financial fields random tectonic environment
c++_class_matrix
- 完整的矩阵类，实现的功能如下： 方阵、拷贝构造、初始化,分配矩阵数据的内存,并全部置0、将方阵初始化为方阵、设置矩阵个元素的值、得到知道元素的值、获取矩阵的列数、获取矩阵的行数、获取矩阵的数据、获取指定行的向量、获取指定列的向量、重载运算符 = 、重载运算符 ==、重载运算符 !=、重载运算符 +、重载运算符 - 重载运算符 数乘*、重载运算符 矩阵相乘* 矩阵转置。-integrity of the matrix type, function as follows : Lineup
BFS_DFS_Astar
- Implemented BFS, DFS and A* To compile this project, use the following command: g++ -o search main.cpp Then you can run it: ./search The input is loaded from a input file in.txt Here is the format of the input file: The firs
Matlab_implot
- MATLAB 解决 隐函数 的 方法 对解方程比较有用 implot-MATLAB to solve implicit function method of solving equations more useful implot
lab7_Symbol_Timing_Synchronization
- The Simulation Symbol Timing Synchronization using Matlab-The Simulation Symbol Timing Synchroniza tion using Matlab