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This paper consists of a survey of various engineering, computational biology, medicine, etc applications based on the intelligent computation, and also a summary of the recent techniques such as still swarm intelligence, artificial immune systems, business intelligence, etc. Intelligent computation can be powerful tools in a wide variety of practical applications.
Both natural computing and fuzzy method exhibit human-like mental processing. Natural computing is the field of research that works with computational techniques inspired in part by natural systems. Fuzzy method is an alternative to traditional notions of set membership and logic, and it occurs in many applications of engineering, science and medicine. This paper presents a survey of recent advances...
This paper consists of a survey of various e-business, e-marketplaces, graphics and imaging processing, pattern recognition, computer vision, access control, authentication, authorization, etc. applications based on the intelligent computing, and also a summary of the recent techniques such as still artificial neural networks, swarm intelligence, artificial immune systems, fractal geometry, artificial...
Based on artificial immune theory, a new model of active defense for analyzing the network intrusion is presented. Dynamically evaluative equations for self, antigen, immune tolerance, mature-lymphocyte lifecycle and immune memory are presented. The concepts and formal definitions of immune cells are given, the hierarchical and distributed management framework of the proposed model are built. Furthermore,...
Classification is a major task in the gene sequence analysis. Based on the general principle of artificial immune system, this paper first constructed a classifier which inducted antibody-antigen identification, immune colonel reproduction, hypermutation, affinity mature and the network suppression, by simulating how the antigens stimulate the immune network and how the immune network responds. Then,...
In this paper, a gene immune detection algorithm with complement operator in the artificial immune system is proposed. Such problems as gene detection, immune memory and niching strategy in the algorithms are discussed. Application on the area of anomaly detection is considered. Shown by simulation experiments, the algorithm joined vaccine operator and complement operator improves the problem of hole...
Based on the inspiration of immune system, a new multi-objective optimization algorithm is presented. The proposed approach adopts a cluster mechanism in order to divide the population into subpopulations for the stage of selection and reproduction. In the immune clonal selection process, a hybrid hypermutation operator is introduced to improve the variety of antibodies and affinity maturation, thus...
Inspiring by biological immune principles, many immune detection algorithms in the area of artificial immune system are introduced. In this paper, such problems as immune memory, immune match and niching strategy in the algorithms are discussed. The idea of scheme match and complement operator are proposed. The experiments that are in the area of virus detection and intrusion detection are made. Shown...
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