Model of important user determination in OSN by genetic programming

Chi Pong Chan, I. Tanev, K. Shimohara
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Abstract

Online social network (OSN) has become a popular platform of information sharing and communication in the past decade. Regarding the trend, identification of influential spreaders or important users inside OSN is a common approach of improving the message diffusion efficiency. In this research, the objective is to develop a model of simulating the determination of influential spreaders with respect to a special user in OSN. The model would be a multi agent system. It consists of an environment which demonstrates an OSN and each agent inside the model represents a user in OSN. In order to simulate the identification of important users, understanding the way that OSN users estimate important users is essential because the determination task in the model has to been simulate with this strategy. A trial experiment was performed for investigating the possibility for using genetic programming to obtain the strategy of determining important users in OSN. The result shows that the strategy can be achieved by genetic programming and the research can be continued with further extensions.
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基于遗传规划的OSN重要用户确定模型
近十年来,在线社交网络(Online social network, OSN)已成为一种流行的信息共享和交流平台。从趋势上看,识别OSN内部有影响力的传播者或重要用户是提高消息扩散效率的常用方法。在这项研究中,目标是建立一个模型来模拟确定在OSN中一个特殊用户的有影响力的传播者。该模型将是一个多智能体系统。它由一个演示OSN的环境组成,模型中的每个代理代表OSN中的一个用户。为了模拟重要用户的识别,理解OSN用户估计重要用户的方式是必要的,因为模型中的确定任务必须使用此策略进行模拟。研究了利用遗传规划获得OSN中重要用户确定策略的可能性。结果表明,该策略可以通过遗传规划实现,研究可以进一步扩展。
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