搜索资源列表
MATLABSHOUXIESHIBIE
- 这是一个用matlab实现的RBF神经网络手写数字识别算法.此算法加入相应的手写数字图后可以运行.-This is a realization of using Matlab RBF neural network recognition algorithm handwritten figures. This algorithm adherence to the corresponding figures handwritten map after the run.
GA_TSA
- 遗传算法解决TSP问题的VC++实现(附带地图)-Genetic Algorithm for the Traveling Salesman Problem VC + + (with map)
graphSearch
- 实现了图的搜索算法,包括深度优先搜索,广度优先搜索,Dijstra算法,A*算法等较典型的搜索算法,同时可以进行图的输入和编辑等操作,仅供大家参考。-achieve the plan's search algorithm, including depth-first search, breadth - first search algorithm Dijstra, A * algorithm is more typical search algorithm, and can map th
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
ant_colony_optimization
- 蚁群算法(ant colony optimization, ACO),又称蚂蚁算法,是一种用来在图中寻找优化路径的机率型技术。它由Marco Dorigo于1992年在他的博士论文中引入,其灵感来源于蚂蚁在寻找食物过程中发现路径的行为-ant colony algorithm (ant colony optimization, ACO). also known as the ant algorithm is a map to find the optimal path of probabilit
immune_algorithm
- 一个使用免疫算法实现物流调度的源代码,使用SQL Server 2005+Visual Studio C# 2005开发,可以在地图上描出优化路径。压缩包中的wldd.bak和wldd1.bak为数据库文件,将其恢复到SQL Server 2005中即可。需要注意的是,默认的连接字符串为 connectionString=\"Data Source=YANXL\\SQLEXPRESS Initial Catalog=wldd1 User ID=sa Password=dream\" 初始
BDK-SOMPLS
- 有监督自组织映射-偏最小二乘算法(A supervised self-organising map–partial least squares algorithm),可以用语多变量数据的回归分析-supervised self-organizing map - Partial Least Squares (A supervised self-org anising map - partial least squares algorithm) , terms of the multi - var
simulated annealing
- 模拟退火算法求解经典图论中的图着色问题的源程序-simulated annealing algorithm classic graph coloring map of the source
RLCX
- Kohonen的SOFM(自组织特征映射):这种算法部分收到生物特征影响,在网络输出层内按几何中心或特征进行聚类。-Kohonen the SOFM (self-organizing feature map) : This algorithm received some biological features, the output layer to the network within the geometric center or cluster features.
Genetic最短路径
- 在vc控制台中运行,用遗传算法求解最短路径,用邻接矩阵表示路线图。-in vc console operations, Genetic Algorithm for the shortest path, adjacency matrices road map.
Demo
- 游戏中的寻路算法C++源码,可以自己编辑地图 。-Wayfinding game algorithm C++ Source, you can edit the map itself.
ClusteringanalysisbasedonSOFMnetwork
- 基于自组织特征映射网络的聚类分析,是在神经网络基础上发展起来的一种新的非监督聚类方法,分析了基于自 组织特征映射网络聚类的学习过程,分析了权系数自组织过程中邻域函数和学习步长的一般取值问题,给出了基于自组织 特征映射网络聚类实现的具体算法,并通过实际示例测试,证实了算法的正确性。 -Based on self-organizing feature map network cluster analysis, neural network is developed on the basi
ANN-moving-robot
- 运用人工神经网络和遗传算法实现机器人程序能够自动排除地图中的障碍物。-The use of artificial neural networks and genetic algorithm procedures robot can automatically rule out the possibility of obstructions map.
somsd
- SOM-sd 是现在国外非常流行的一个神经网络的结构自组织特征映射算法-SOM-sd are now very popular abroad, a neural network structure of self-organizing feature map algorithm
subb
- 利用动量梯度下降算法训练BP网络,得到误差显示图,并最终进行预测-Gradient descent algorithm using momentum BP network training, the error display map, and, ultimately, to predict
PQRbayes
- 从ML-EM 重建算法入手,分析了贝叶斯模型的一些关键点,针对采用传统方法求解MAP问题的局限性,提出一种用于正电子成像的贝叶斯神经网络重建算法,为了保留边缘信息,引入了二进制的保边缘变量,并应用共轭神经网络求解,模拟的重建结果表明,应用这种算法可以得到比ML-EM 算法更好的重建图像@-From the ML-EM reconstruction algorithm start with an analysis of Bayesian model some of the key points,
genetic
- 改C程序结合了遗传算法和模拟退火算法的思想,能求出网络图中各工序的最优开工时间和工程的收益的净现值。-C program to a combination of genetic algorithms and simulated annealing algorithm can find the network map to start the process of the optimal time and the project' s net present value of earning
robot-map-and-localization
- 基于激光测距的地图创建的机器人定位算法研究-Map based on laser ranging created robot localization algorithm
kants
- This the presentation of KohonAnts (KANTS), an hybrid Ant Colony and Self-organizing Map algorithm for clustering and pattern classification. -This is the presentation of KohonAnts (KANTS), an hybrid Ant Colony and Self-organizing Map algorithm fo
An-Improved-A--Star-Algorithm
- (被EI收录,不错的文章)传统A*算法在栅格地图上进行路径规划时,求解得到的路径长度不是最短并且转折点较多。针对这些不足,提出了一种改进A*算法,将传统A*算法的可搜索邻域个数从离散的8个拓展为无限个,可以沿任意方向进行搜索。这样不仅求解出来的路径长度更短,并且大大降低了其转折点的个数。该算法被应用于自主研发的“智能先锋”号系列无人驾驶车辆上,实车试验以及它们在“中国智能车未来挑战赛”中的优异表现证明该方法能够在栅格地图中求解出一条更优的可行驶路径,可以显著提升无人驾驶车辆行驶的效率和平稳性。-