搜索资源列表
jswarm-pso_1_1
- 這是最近蒐集資料找到的Java PSO Swarm 大家可以下載回去參考使用 理面文件有原出處以及作者 請大家要記得尊重版權-recently collected information to find the Java PSO Swarm we can go back and download reference Jimmy Surface original source documents and the author please remember to respect cop
psoJAVACVB
- 粒子群算法源码，java,c,vb,粒子群优化PSO程序包(Java,C,VB) -PSO source, java, c, vb, PSO PSO Pack (Java, C, VB)
lurr
- 针对金融方面的pso算法，是当初帮别人写的 -the financial aspects of pso algorithm, is the first anybody write-huh
MAOS_QKP(JAVA)
- pso源程序，关于微粒群算法的程序，用于进度计划的编制
BP_GA_PSOforjava.zip
- BP_GA_PSO是利用JAVA开发的一个小程序，分别给出了BP算法，GA算法，以及PSO算法的JAVA源程序，并分别利用三个算法同时解决XOR问题，使用户能够直观的观察三个算法的优劣。,BP_GA_PSO is the use of JAVA development of a small procedure, respectively, are given BP algorithm, GA algorithm, and the PSO algorithm JAVA source and use
pso
- PSO粒子群算法的JAVA实现，效率还算可以，谢谢了-PSO Particle Swarm JAVA implementation, efficiency too badly, thank you
PSO_for_java
- 标准粒子群优化算法（PSO算法）java实现,由yaliang 提供，email：ltq.yaliang@stu.xjtu.edu.cn-PSO for java
PSO
- 粒子群程序代码。包括JAVA和matlab非常使用。适合初学者-Particle Swarm program code. Including the very use of JAVA and matlab. Suitable for beginners
src
- JAVA开发的BP算法,GA算法,以及PSO算法源程序-BP GA PSO
pso_java
- 这是一个pso算法Java的实现，老外的作品，非常棒-Pso algorithm This is a realization of Java, foreign works great
PSO
- pso优化算法，java实现，目标函数最小，比较好用-pso Optimization
PSO
- 用java写的PSO算法求解函数优化的可视化.-Using java to write the PSO algorithm for solving function optimization visualization.
qwe
- 粒子群算法的java实现源码，用一个简单的例子实现了粒子群算法-PSO java implementation
PSO
- java code for pso which i downloaded from other website, but i think it is very useful for who begins to study pso algorithm.
PSO
- 改进的差分PSO算法，Java实行的，有兴趣的可以参考下-PSO algorithm to improve the differential, Java implementation, and are interested can refer to the following
PSO
- pso algorithm in java
PSO
- PSO ,java , calculate -使用 pso 演算法計算 方程式的最小值。
PSO
- pso粒子群算法 对大家非常有帮助 希望大家喜欢-pso particle swarm optimization algorithm is very helpful to everyone hope you like
pso
- idl implementation of pso
pso
- A basic variant of the PSO algorithm works by having a population (called a swarm) of candidate solutions (called particles).