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A new approach of obtaining reservoir operation rules: Artificial immune recognition system

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Title: A new approach of obtaining reservoir operation rules: Artificial immune recognition system
Authors: Wang, Xiao-Lin1 wangxiaolin_cug@163.com, Cheng, Jin-Hua1, Yin, Zheng-Jie2, Guo, Ming-Jing1
Source: Expert Systems with Applications. Sep2011, Vol. 38 Issue 9, p11701-11707. 7p.
Subjects: Computer simulation of immune system, Pattern recognition systems, Immune recognition, Data mining, Association rule mining, Radial basis functions, Distribution (Probability theory), Water-supply engineering
Abstract: Abstract: Artificial immune recognition system (AIRS) was employed in this paper as a new approach of data mining to extract operating rules on a case of water-supply reservoir, and the comparisons were performed between the operating rules obtained by the system and those by RBF. Further statistics about distance distributions between the acquired operating rules and training or testing samples are made to indirectly illuminate the impacts on the performances or behaviors of AIRS from three aspects of different affinity functions, training (testing) sample spatial distribution and supplementary samples in high nonlinear space of operation decision. The results indicate that AIRS can effectively extract water-supply operating rules and enrich the reservoir operation researches. [Copyright &y& Elsevier]
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Database: Engineering Source
Description
Abstract:Abstract: Artificial immune recognition system (AIRS) was employed in this paper as a new approach of data mining to extract operating rules on a case of water-supply reservoir, and the comparisons were performed between the operating rules obtained by the system and those by RBF. Further statistics about distance distributions between the acquired operating rules and training or testing samples are made to indirectly illuminate the impacts on the performances or behaviors of AIRS from three aspects of different affinity functions, training (testing) sample spatial distribution and supplementary samples in high nonlinear space of operation decision. The results indicate that AIRS can effectively extract water-supply operating rules and enrich the reservoir operation researches. [Copyright &y& Elsevier]
ISSN:09574174
DOI:10.1016/j.eswa.2011.03.055