资源列表
IBM-shujushengchengqi
- IBM(原)数据生成器和源代码，是C语言的，很经典，相信对大家有很大的帮助-IBM (original) data generator and the source code, C language, classic, I think we have a great help! !
facedetection_all
- 包含了人脸识别过程中主要算法的实现,对初学者快速上手很有帮助-contains face recognition algorithm for the main course of the realization of beginners unfamiliar helpful
nn_all
- 很齐全的神经网络源码,可应用于多种场合,确实不错的哦!-very complete source of the neural network can be used in many occasions, really good!
yiwangyinzizuixiaoerchengfa
- 这是黑龙江大学自控理论专业同学在最优估计课程当中用matlab编写的带遗忘因子的最小二乘法!-This is the theory of controlled Heilongjiang University students in professional courses optimal estimate prepared by using Matlab forgotten factor with the least squares method.
gw2
- 这是黑龙江大学自控理论专业同学在最优估计课程当中用matlab编写的gw算法!-This is the theory of controlled Heilongjiang University students in professional courses optimal estimate prepared by using Matlab algorithms gw!
rels
- 这是黑龙江大学自控理论杨易朋同学在最优估计课程当中用matlab编写的递推增广最小二乘算法!-This is the theory of Heilongjiang University, Yang Yi-controlled peer students in courses optimal estimate prepared by using Matlab recursive least squares algorithm to broaden!
rls_rels
- 这是黑龙江大学自控理论专业同学编写的二段递推最小二乘法!-This is the theory of controlled Heilongjiang University students prepared by the professional noticing recursive least squares method!
guangyizuixiaofangcha
- 这是黑龙江大学自动控制专业杨易鹏同学用matlab编写的广义最小二乘算法!-Heilongjiang University automation Yang Yi Peng students using Matlab prepared by the generalized least squares algorithm!
fuzzylogic_sample_period10ms
- 此为两关节机器人末端轨迹规划和模糊控制的VC程序-to this end two joint robot path planning and fuzzy control procedures VC
BBGAVB
- 一个求解背包问题的遗传算法，该程序是基于VB平台开发的-a knapsack problem solving genetic algorithm, the program is based on the platform in the VB
BP-C++Bilder
- 用于实现BP神经网络的C++Builder源代码，可用于数据的学习和预测-used to achieve Neural Network Builder C source code can be used to study the data and forecasts
matlog
- 物流分析工具包。Facility location: Continuous minisum facility location, alternate location-allocation (ALA) procedure, discrete uncapacitated facility location Vehicle routing: VRP, VRP with time windows, traveling salesman problem (TSP) Networks: Sho