搜索资源列表
crossriver
- 基于Python的青蛙过河游戏，每次移动一个青蛙，可以实现后悔功能-Python-based Frogger game, every move a frog, you can achieve regret function
frog
- 混合蛙跳算法是一种较新的仿生智能算法，大家可以进行改进和算法测试-The hybrid leapfrog algorithm is a newer bionic intelligent algorithm, which can be improved and tested
蛙跳程序
- 蛙跳算法（SFLA）是一种全新的启发式群体进化算法，具有高效的计算性能和优良的全局搜索能力。对混合蛙跳算法的基本原理进行了阐述，针对算法局部更新策略引起的更新操作前后个体空间位置变化较大，降低收敛速度这一问题，提出了一种基于阈值选择策略的改进蛙跳算法。通过不满足阈值条件的个体分量不予更新的策略，减小了个体空间差异，从而改善了算法的性能。数值实验证明了该改进算法的有效性，并对改进算法的阈值参数进行了率定。(Leapfrog algorithm (SFLA) is a new heuristic p
混合蛙跳C语言
- 用C语言编程实现的混合蛙跳算法（SFLA）,该算法于2003年首次提出~！(The shuffled frog leaping algorithm with C language programming (SFLA), the algorithm is put forward for the first time in 2003!)
Untitled1
- matlab test to do the frog prog
SFLA
- 基于matlab的混合蛙跳算法，用于土地利用模拟(The shuffled frog leaping algorithm based on MATLAB is used to simulate land use)
xw_SFLA_forwater
- 基本蛙跳算法计算water函数的最大值，其中water函数可以根据需求自己建立，运行这个程序，就能求出water函数的最大值(This is a matlab code for shuffed frog leading algorithm which can get a max for function named water. The water function you can build based on the need of yourself.)
iRF
- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIM
USBasp [Programming M328]
- the fukb frog nuklv gog the nufg
SFLA
- Suffled Frog Leaping Algorithm in Matlab
Algorithm code1
- IN THIS MATLAB CODE Shuffled Frog Leaping ALGORITHMS HAVE BEEN PROVIDED IN ORDER TO FAIRLY COMPARE QUALITY OF SWARM ROBOTICS SEARCH & RESCUE (SRSR) WITH WELL-KNOWN OPTIMIZATION TECHNIQUE IN TERMS OF SOLUTION QUALITY AND CONVERGENCE SPEED
211730210811347
- 基本蛙跳的简单介绍和程序，，，，，，，，，，，(Basic frog jump introduction and program.)
蛙跳程序
- 实现蛙跳算法，对一系列的高维复杂函数，利用蛙跳算法求其最优值(To achieve the frog leaping algorithm, we use frog leaping algorithm to find the optimal value for a series of high-dimensional complex functions.)
PPNGA+SFLA_V3.0
- 这个是混合蛙跳算法做流水车间调度问题，能够很好的解决该类问题，此代码比较简单，适合初学者。(This is a shuffled frog leaping algorithm for flow shop scheduling problem. It can solve this problem very well. This code is relatively simple and suitable for beginners.)
DEPSO求极值
- 改进的差分粒子群算法，并用于求函数极值，程序中分别于DE PSO 蛙跳进行对比，结果显示，改进的差分粒子群更好(The improved Differential Particle Swarm Optimization (DPSO) algorithm is used to find the function extremum. The program is compared with DE PSO frog jump, and the results show that the improve
蛙跳算法
- 蛙跳算法，基于蛙跳算法实现优化变分模态分解的K和a.(Frog jump algorithm, based on the frog jump algorithm to achieve optimal variational mode decomposition K and A.)