资源列表
aviod-obstacle
- 超声导航移动机器人系统设计及模糊避障技术研究，讲述怎么用超声导航避障-Ultrasound navigation system design and fuzzy mobile robot obstacle avoidance technology research, about how to use ultrasound navigation obstacle avoidance
fuzzy-rule
- 主要讲述模糊规则的制定方法，和隶属度函数的选取-Focuses on the development of methods of fuzzy rules and membership function selection
java-ACO-Ant-Colony-Optimization
- 蚁群算法JAVA的实现 挺好的算法 用于机器人-java-ACO Ant Colony Optimization cony
ART1
- 用VC++作为开发平台，ART神经网络的实现（C语言编程）-With VC++ as a development platform, ART neural network implementation (C programming)
BPN
- 用VC++作为饿哦开发平台，用C语言实现的bp神经网络的编程-With VC++ development platform as hungry Oh, with C language programming of bp neural network
xindianxinhaochuli
- 1.将rddata程序运行后，会出现.mat文件，选择不同数据， 更改.m文件中.mat的文件名，如ecgdata100.mat。 接着运行ecgdata.m文件，对load命令中的文件名进行选择修改， 可以实现对QRS波的检测。 2.将MIT-BIH库中的数据100.dat,101.dat,102.dat,106.dat,108.dat,117.dat,118.dat, 123.dat运行rddata程序，生成相应的.mat文件，接着，运行gui.m文件，会 出现心电信
ambg
- 此程序用于求单脉冲雷达信号和线性调频雷达信号的的模糊函数，表明雷达信号的模糊特性-This procedure is used to find single-pulse radar signal and the chirp radar signal ambiguity function, indicating that the characteristics of the radar signal ambiguity
ga
- 遗传算法实现函数优化主程序，实现基本的遗传算法历程。-Main genetic algorithm function optimization, genetic algorithm to achieve the basic course.
Robotic-laser-welding
- 机器人焊接激光技术，基于焊接用激光来完成焊接的智能化工能-Robotic laser welding
PiecewiseFPGA
- 使用分段逼近(piecewise approximation)算法计算超越函数,以神经网络中最常用的双曲正切型(tanh)传输函数为例来分析逼近精度同分段数、有限字长之间的关系。 -Using segmented approximation (piecewise approximation) algorithm for computing transcendental functions, to the most commonly used neural network type hyper
ANNPRG
- C# Aforge.net 编写的BP神经网络例程，同时包含Matlab实现-C# Aforge.net routines written in BP neural network, contains both by Matlab
CAP
- this program is about capacitor placement in distribution networks