利用免疫进化算法(IEA),借助遗传和接种疫苗操作将基于打分和基于约束的两类Bayesian网结构学习方法有机地结合在一起,提出一种新的Bayesian网结构学习方法.通过与基于遗传算法的Bayesian网结构学习方法EGA(Expectation&Genetic A l...利用免疫进化算法(IEA),借助遗传和接种疫苗操作将基于打分和基于约束的两类Bayesian网结构学习方法有机地结合在一起,提出一种新的Bayesian网结构学习方法.通过与基于遗传算法的Bayesian网结构学习方法EGA(Expectation&Genetic A lgorithm)的对比试验表明,所提出算法的收敛速度更快、学习得到网络的精度更高.展开更多
Bayesian networks are compact representation of joint probabilistic distribution. Independence is soul of Bayesian networks because it enables to save storage space,to reduce computational complexity and to simplify k...Bayesian networks are compact representation of joint probabilistic distribution. Independence is soul of Bayesian networks because it enables to save storage space,to reduce computational complexity and to simplify knowledge acquisition and modeling. In this paper,we discuss three kinds of independences in Bayesian networks :conditional independence,context-specific independence and causal influence independence.展开更多
文摘利用免疫进化算法(IEA),借助遗传和接种疫苗操作将基于打分和基于约束的两类Bayesian网结构学习方法有机地结合在一起,提出一种新的Bayesian网结构学习方法.通过与基于遗传算法的Bayesian网结构学习方法EGA(Expectation&Genetic A lgorithm)的对比试验表明,所提出算法的收敛速度更快、学习得到网络的精度更高.
文摘Bayesian networks are compact representation of joint probabilistic distribution. Independence is soul of Bayesian networks because it enables to save storage space,to reduce computational complexity and to simplify knowledge acquisition and modeling. In this paper,we discuss three kinds of independences in Bayesian networks :conditional independence,context-specific independence and causal influence independence.