资源列表
jaga-20000829-19
- 遗传算法(genetic algorithm GA)源代码-genetic algorithm (GA genetic algorithm) source code
PCA
- 自己用matlab写的ＰＣＡ程序，实用！-Using matlab realize the PCA algorithm
fuzzy-neural-network-
- 基于模糊神经网络的预测算法-嘉陵江水质评价-Prediction algorithm based on fuzzy neural network- Jialing River Water Quality Evaluation
Water
- 案例24 模糊神经网络的预测算法-嘉陵江水质评价-Case 24 fuzzy neural network prediction algorithm- Jialing River Water Quality Assessment
case24-cases-fuzzy-neural-network
- MATLAB神经网络30个案例分析_案例24 模糊神经网络的预测算法-嘉陵江水质评价的源代码及数据-MATLAB Neural Network Analysis of 30 cases _ the fuzzy neural network prediction algorithm in Case 24- Jialing River water quality evaluation of the source code and data
fuzzy-neural-network-prediction
- 模糊神经网络的预测算法-嘉陵江水质评价 模糊神经网络算法-Fuzzy neural network prediction algorithm- Jialing River water quality assessment algorithm for fuzzy neural network
BPneuralnetworksouce
- BP神经网络c++源程序 采用3个隐层减少误差 均方误差程度可以接受-BP Network c source used three hidden layers reduce the error mean square error acceptable level
FuzzyNet
- 根据模糊神经网络原理，在ＭＡＴＬＡＢ中编程实现基于模糊神经网络的的水质评价算法。-According to the principle of fuzzy neural network, the water quality uation algorithm based on fuzzy neural network is programmed in MATLAB.
BPN(Xor)
- 用人工神经网络实现异或的功能。用反向传播算法（BP）来实现神经网络，正确率可以达到80% -using artificial neural network XOR functions. With back-propagation algorithm (BP) to achieve neural network, can achieve an accuracy rate of 80%
8digits
- 人工智能中经典的八数码问题的求解。在输入文件中给出初始局面，则算出一个解。输出的是每个步骤之后的局面。最终局面是1-8的环绕排列(中间为空)。-Artificial Intelligence in the classic eight digital problem solving. Given in the input file the initial situation, then figure out a solution. After each step the output is the
mani
- mani: MANIfold learning demonstration GUI by Todd Wittman, Department of Mathematics, University of Minnesota E-mail wittman@math.umn.edu with comments & questions. MANI Website: httP://www.math.umn.edu/~wittman/mani/index.html Last Modified by G
kNN
- 利用Python语言来实现KNN分类，并且实现了交叉验证。-Python language to use KNN classification, and to achieve a cross-validation.