资源列表
yuandaima
- 两种不同编码的黄金分割法 基于信息熵的免疫算法 最速下降法 梯度算法-Two different coding golden section method immune algorithm based on information entropy gradient algorithm steepest descent method
MATLAB-Optimization-Computing--
- 各种优化算法的理论以及实例,很适合初学者-Various optimization algorithms theory and example
NNCchengxu
- 有关神经网络的系统辨识，希望对大家有帮助，-For neural network system identification, we want to help,
demo
- 基于VC++的灰度车牌定位系统 开发环境vc6.0-Based VC++ gray plate positioning system development environment vc6.0
ANFIS
- C codes and simulation examples for the ANFIS by Jang (Absolutely original version )-This attached file contains C code and simulation examples for the ANFIS (Adaptive-Network-based Fuzzy Inference System) architecture proposed in [1,2]. Related
DEPSO_Java
- 差分粒子群算法实现，人工智能算法，采用Java语言模块化编程，可以自己修改fitness函数、限制函数等-DE Particle algorithm implemented by Java about artificial intellegence
differential-grouping
- 利用差分算法，实现了自动高维度分解的粒子群算法，适合大规模协同进化的自动差分，分解问题规模，是粒子群算法的优化算法，包含测试函数、测试数据。-Using finite difference algorithm, and realized automatic decomposition of high dimension of particle swarm optimization (pso) algorithm, is suitable for large-scale cooperative c
RDG-MAENS
- 利用差分分组的协同进化算法，适合大规模优化算法，C语言实现-Cooperative Co-evolution with Differential Grouping for Large Scale Optimization
DE-algorithm
- 智能算法领域，介绍差分算法最好的文章，有案例说明，适合初学者。-Intelligent algorithm, this paper introduces difference algorithm is one of the best articles, there are cases, suitable for beginners.
Automatically-pathfinding-algorithm-
- 游戏自动寻路算法(A星算法)以及Delphi例子。 A星在游戏设计中有它很典型的用法，是人工智能在游戏中的代表。-The game automatically pathfinding algorithm (A star algorithm) and Delphi examples. A star in the game design has its very typical usage, the game is the AI s representative.
ye_ren_chuan_jiao_si_guo_he
- 对N＝5、k≤3时，求解传教士和野人问题的产生式系统各组成部分进行描述（给出综合数据库、规则集合的形式化描述，给出初始状态和目标条件的描述），并画出状态空间图。 答： 用M表示传教士，C表示野人，B表示船，L表示左岸，R表示右岸。-For N = 5, k ≤ 3, the missionaries and Savage problem solving production system components are described (given comprehensive database
ba_shu_ma_wen_ti
- 用人工智能领域中经典的A*算法解决了人工智能中常见的八数码问题。本文首先介绍了八数码问题,然后对A*算法进行了解释。针对八数码问题给出并证明了路径不存在时的条件,并事先作了判定。定义了灵活的估价函数,分析了估价函数对程序效率的影响,并对Closed表进行了若干优化,提高了搜索效率,取得了较好的效果。-With the field of artificial intelligence in the classic A* algorithm to solve a common artificial