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An Improved African Buffalo Optimization Algorithm for Collaborative Team Formation in Social Network

机译:社交网络中协作团队形成的改进非洲水牛优化算法

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摘要

Collaborative team formation in a social network is an important aspect for solving a real-world problem that requires different expert skills to achieve it. In this paper, we propose an improved African Buffalo Optimization algorithm integrated with discrete crossover operator conjointly with swap sequence for efficient team formation whose members can assist in solving a given problem with minimum communication cost. The proposed algorithm is called Improved African Buffalo Optimization algorithm (IABO). In IABO, a new concept of swap sequence applied to improve the performance by generating better team members that cover all the required skills. To the best of our knowledge, this is the first work that considers the African Buffalo Optimization algorithm for collaborative team formation in a social network of experts. A set of experiments have been done on two popular real-world benchmark datasets (i.e., DBLP and Stack Overflow) to determine the efficiency of the proposed algorithm in team formation. The results demonstrate the effectiveness of the IABO algorithm in comparison with GA, PSO and standard African Buffalo Optimization algorithm (ABO).
机译:社交网络中的团队协作团队是解决需要不同专家技能才能实现的现实世界问题的重要方面。在本文中,我们提出了一种改进的非洲水牛优化算法,该算法将离散交叉算子与交换序列结合在一起,以实现高效的团队形成,其成员可以以最小的通信成本帮助解决给定的问题。所提出的算法称为改进的非洲水牛优化算法(IABO)。在IABO中,采用了一种新的交换顺序概念,即通过培养覆盖所有必需技能的更好的团队成员来提高绩效。据我们所知,这是考虑非洲Buffalo优化算法用于专家社交网络中的团队协作的第一项工作。已对两个流行的现实世界基准数据集(即DBLP和Stack Overflow)进行了一组实验,以确定所提出算法在团队形成中的效率。结果表明,与GA,PSO和标准的非洲水牛城优化算法(ABO)相比,IABO算法的有效性。

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