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并行人工免疫系统的塔式主从模型

ower-like Master-Slave Model for Parallel Artificial Immune System

中文摘要英文摘要

本文提出了并行人工免疫系统的塔式主从模型(Tower-like Master-Slave Model,TMSM)及其驱动算法(Parallel Immune Memory Clonal Selection Algorithm, PIMCSA)。TMSM是粗粒度的两层并行人工免疫模型,其设计体现了分布式的免疫响应和免疫记忆机制。PIMCSA用疫苗的迁移代替了抗体的迁移,兼顾了种群多样性的保持和算法的收敛速度。对函数优化问题和TSP问题的仿真结果表明,PIMCSA无论在求解精度还是在运行时间上都有很好的表现。

his paper presents a towerlike master-slave model (TMSM) for parallel artificial immune systems. Based on TMSM, the parallel immune memory clonal selection algorithm (PIMCSA) is also proposed. TMSM is a two level coarse-grained parallel artificial immune model with distributed immune response and distributed immune memory. In PIMCSA, vaccines are extracted and migrated between populations rather than antibodies as has been done in parallel genetic algorithms, it is a good balance between the diversity maintenance of populations and the convergent speed of the algorithm. Experimental results on the function optimization and TSP problems show that PIMCSA achieves good performance in terms of both solution quality and computation time.

戚玉涛、刘芳

计算技术、计算机技术生物工程学

并行人工免疫系统克隆选择函数优化SP

Parallel artificial immune systemclonal selectionfunction optimizationSP

戚玉涛,刘芳.并行人工免疫系统的塔式主从模型[EB/OL].(2010-02-01)[2025-08-10].http://www.paper.edu.cn/releasepaper/content/201002-28.点此复制

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