Description: 一个基于Matlab的人工免疫算法％Immune Algorithm based on the immune network model for function f(x1,x2) optimum-Matlab-based artificial immune algorithm Immune Algorithm based on the immune network model for function f (x1, x2) optimum Platform: |
Size: 5120 |
Author:tangkezong |
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Description: 这是一个有关于基于支持向量机和人工免疫的新结合算法的论文。搞这方面的可以看看！-This is a support vector machine based on artificial immune algorithm new combined paper. Engage in this area can look at! Platform: |
Size: 419840 |
Author:zang |
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Description: 一个用于matlab平台的人工免疫算法程序，可用于各种工程技术方法的仿真分析-A matlab platform for artificial immune algorithm procedure can be used for a variety of engineering and technical methods of simulation analysis Platform: |
Size: 2048 |
Author:cherishes |
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Description: 人工免疫交叉算法等，适用于基础开发于应用等-Artificial Immune cross-algorithm, applicable to the infrastructure development in the application Platform: |
Size: 10240 |
Author:靳超 |
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Description: 一个用matlab开发的人工免疫系统仿真程序-Using matlab to develop an artificial immune system simulation program Platform: |
Size: 78848 |
Author:lixiao |
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Description: 这是一个人工免疫算法的matlab工具箱。该工具箱可以根据不同的优化函数形式设置来用人工免疫算法来寻优-This is an artificial immune algorithm matlab toolbox. The toolkit is based on different settings to optimize the function of the form of artificial immune algorithm with excellent来寻 Platform: |
Size: 683008 |
Author:孙磊 |
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Description: 人工免疫克隆选择算法是一种比较新型的智能算法，其基本算法结构与遗传算法是类似的，以下源码是为网络节点分组调度问题而设计的算法。-Artificial immune clonal selection algorithm is a relatively new type of intelligent algorithms, the basic algorithm structure and the genetic algorithm is similar to, the following source code for the network node designed for packet scheduling algorithms. Platform: |
Size: 1024 |
Author:张望 |
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Description: 浙江大学一篇博士论文《人工免疫算法及其在电力系统中的应用研究》，希望对大家有用-Zhejiang University, doctoral dissertation, " Artificial immune algorithm and its application in power system research" , we hope to be useful ~ ~ Platform: |
Size: 2895872 |
Author:xionggj |
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Description: 人工免疫算法：基本免疫算法基于生物免疫系统基本机制，模仿了人体的免疫系统。基本免疫算法从体细胞理论和网络理论得到启发，实现了类似于生物免疫系统的抗原识别、细胞分化、记忆和自我调节的功能 。如果将免疫算法与求解优化问题的一般搜索方法相比较，那么抗原、抗体、抗原和抗体之间的亲和性分别对应于优化问题的目标函数、优化解、解与目标函数的匹配程度-Artificial immune algorithm: the basic immune algorithm is based on the basic mechanisms of biological immune system, mimicking the body s immune system. Basic immune algorithm inspired by the somatic theory and network theory, similar to the antigen recognition of the biological immune system, cell differentiation, memory and self-regulating function. If the immune algorithm for solving optimization problems in a general search method, compared to the affinity between antigen, antibody, antigen and antibody correspond to objective function optimization problems, optimal solution, match of the solution with objective function Platform: |
Size: 402432 |
Author:jax |
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Description: 一个基于Matlab的人工免疫算法，不错的东西，希望大家多多交流，相互提高-An artificial immune algorithm based on Matlab, good things, and hope that more exchanges with each other to improve Platform: |
Size: 5120 |
Author:asceleven |
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Description: 基于信息熵的免疫算法，是人工免疫算法的改进研究，用Matlab编写-Immune algorithm based on information entropy, to improve the research of artificial immune algorithm, written using Matlab Platform: |
Size: 10240 |
Author:仲伟伟 |
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Description: This paper presents an Artificial Immune System approach for solving generation scheduling problem of a
Genco comprised of thermal and wind energy systems. Wind–thermal scheduling problem determine the
time of instant to start up and shut down the generating units over a scheduled time period, while satisfying
the ‘system’ and ‘generator’ constraints including minimum up/down time ramp rate limits of
thermal units and wind power constraints. In this work, the impact of wind energy on short term generation
scheduling problem is analyzed through the adaptive search which is inspired the Artificial
Immune System. The effectiveness of the proposed approach is demonstrated through a Genco consis-This paper presents an Artificial Immune System approach for solving generation scheduling problem of a
Genco comprised of thermal and wind energy systems. Wind–thermal scheduling problem determine the
time of instant to start up and shut down the generating units over a scheduled time period, while satisfying
the ‘system’ and ‘generator’ constraints including minimum up/down time ramp rate limits of
thermal units and wind power constraints. In this work, the impact of wind energy on short term generation
scheduling problem is analyzed through the adaptive search which is inspired the Artificial
Immune System. The effectiveness of the proposed approach is demonstrated through a Genco consis Platform: |
Size: 891904 |
Author:yangs |
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Search - artificial immune