搜索资源列表
HJ搜索
- 用于Hooke—Jeeve模式搜索算法，完成多变量的寻优。多变量搜索中直接搜索算法的一种。-for Hooke-mode Jeeves search algorithm, complete multivariate optimization. Multivariable direct search of a search algorithm.
hooke-jeeves直接搜索法
- 优化算法中hooke-jeeves直接搜索法
NetHookServer2.4.rar
- NETHOOK虎克对战平台服务端2.4版本，二次开发请批注,Hooke NETHOOK end the war platform version 2.3, the second development, please endorsement
games
- 二次开发虎克对战平台 二次开发虎克对战平台-Secondary development of the secondary development of Hooke Hooke war platform against platform
求解药代动力学参数的混合人口迁移算法
- 摘要：针对传统方法优化药代动力学参数时精度不高的缺陷，将Hooke-Jeeves 算法与人口迁移算法有机融 合，使两者取长补短，既提高了算法的精度，又加快了算法的收敛速度。将混合人口迁移算法用于血管外给药 二室模型参数优化的实验之中，不仅比传统的残数法效果要好，而且比Hooke-Jeeves 算法或人口迁移算法更 优，精度更高。多次实验表明：算法具有良好的可靠性和稳定性，是一种较好的解决药代动力学参数的方法。
Hooke-Jeeves
- 用Matlab编写的用Hooke-Jeeves方法求函数极小点程序-Written with Matlab using Hooke-Jeeves method of procedure demand function minimizer
hooke
- hooke算法的自我编写的小小的程序能够用来计算问题的最优值-hooke
cultural
- 文化算法的MATLAB实现。实验结果表明该算法具有良好的性能。-MATLAB implementation of cultural algorithms. Experimental results show that the algorithm has good performance.
hooke-jeeves
- 优化算法中直接搜索法，Hooke-Jeeves算法-Direct search optimization method, Hooke-Jeeves Algorithm
Tahvil
- Hooke And Jeeves Using Line Searches nonlinear optimization
Hooke
- java algorithm of network sysytem
hooke-jeeves_C
- hooke-jeeves的学习代码 c编写-hooke-jeeves learning code c to write
hkjvs
- Hooke and Jeeves search optimization fortran solution
hookeandjeeves
- Hooke and Jeeves Search Method Matlab m file
hkjeeves
- Hooke-Jeeves Directional Search Method
optimization
- many optimization methods(BFGS Method / Golden section search method / Hooke & Jeeves direct search method / Simplex method)
hooke
- hooke code hooke code hooke code -hooke code hooke code hooke code hooke code hooke code
Hooke-and-Jeeves
- A simple optimization algorithm example :Hooke and Jeeves method
hooke
- hooke-jeeves模式搜索法具有很好的求解最优解的功能,本算法是Mark G. Johnson 编写的，大家可以参考学习-Nonlinear Optimization using the algorithm of Hooke and Jeeves
Hooke
- The elapsed time of Nelder and Mead simplex method seems to be larger than Hooke and Jeeves method but, it reached the solution in just 2 iterations which is remarkably less than the previous method. From Tables 1 and 2 it can be said that the optimi