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Utilizing Particle Swarm Optimizations on student grouping problem

机译:利用粒子群算法解决学生分组问题

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Particle Swarm Optimization (PSO), a meta-heuristic algorithm proposed by Eberhart and Kennedy for solving computational optimization problems, has been applied to several fields including scheduling problem, electromagnetism, constructing student groups in education, etc. Meanwhile, various versions of PSO with superior improvements have been brought up gradually with the goal of eschewing premature convergence. In this paper, couples of PSO for solving the student composition problem were examined. In addition, for the sake of verifying that optimal solutions are acquired accurately and easily compared with the PSOs, an integer programming optimizer named CPLEX was took advantage of. The results indicated that the PSOs did realize a better performance in fitness acquisition and time processing than CPLEX no matter both in student grouping of small cases and the real data of 61 students.
机译:粒子群优化(PSO)是由Eberhart和Kennedy提出的一种用于解决计算优化问题的元启发式算法,已应用于调度问题,电磁学,在教育中构建学生群体等多个领域。同时,各种版本的PSO与为了避免过早收敛,已经逐步提出了卓越的改进。本文研究了用于解决学生组成问题的PSO夫妇。此外,为了验证与PSO相比是否可以准确,轻松地获取最佳解决方案,我们利用了一个名为CPLEX的整数编程优化器。结果表明,无论是在小病例的学生分组还是在61名学生的真实数据上,PSO均在健身适应和时间处理方面实现了比CPLEX更好的性能。

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