Maximum diffusion of news in social media with the approach of reducing the search space

M. Karian
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Abstract

Identification of nodes that spread influence is an important aspect of social network analysis. These nodes are used for maximizing influence. Influence maximization (INMAXI) is basically NP-Hard. This issue, with large-scale data, faces many challenges such as accuracy and efficiency. This paper offers a new approach in this area, named RSP (Reducing search space in INMAXI). The RSP algorithm uses centralities and shells of social networks for selecting super-spreaders. The nodes in the shortest path are of great importance in the RSP algorithm. Unlike other algorithms, this algorithm does not ignore low-degree nodes. Experiments indicate that the RSP algorithm works better than RNR, MCGN, LMP, and LIR on influence spread and maintains the quality of the results in every way.
通过减少搜索空间的方法,在社交媒体上最大限度地传播新闻
识别传播影响的节点是社会网络分析的一个重要方面。这些节点用于最大化影响。影响最大化(INMAXI)基本上是NP-Hard。对于大规模数据,这一问题面临着准确性和效率等诸多挑战。本文在该领域提出了一种新的方法,称为RSP (reduce search space in INMAXI)。RSP算法利用社会网络的中心性和外壳来选择超级传播者。在RSP算法中,最短路径上的节点非常重要。与其他算法不同,该算法不忽略低度节点。实验表明,RSP算法在影响传播方面优于RNR、MCGN、LMP和LIR算法,并在各方面保持了结果的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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