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The optimal side-hulls's arrangement of trimaran with Serial -Niche Particle Swarm Optimization (SNPSO) method

机译:基于序列小生境粒子群优化(SNPSO)方法的最优三体船舷侧布置

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The comparative research on Particle Swarm Optimization (PSO) and the Serial -Niche Particle Swarm Optimization (SNPSO) to gain a optimal side-hulls's arrangement of trimaran. With stretched technology in object function, SNPSO improve the velocity of constringency and the efficiency of exploiture. Using the SNPSO in the arrangement of side-hulls, overcoming the disadvantage of losing the optimal arrangement in experiment research. The convergence results of PSO and SNPSO in the arrangement of side-hulls are accordant, but the SNPSO performs well than PSO in convergence and exploitation in numerical experimentation.
机译:对粒子群优化算法(PSO)和序列小生境粒子群优化算法(SNPSO)进行比较研究,以获得三体船的最佳舷侧布置。利用目标函数中的扩展技术,SNPSO可以提高收敛速度和漏洞利用效率。在船体布置中使用SNPSO,克服了实验研究中失去最佳布置的缺点。 PSO和SNPSO在船体布置中的收敛结果是一致的,但是在数值实验中,SNPSO在收敛和开发方面的表现都优于PSO。

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