2018Unpublished venueRequires access

Conformity-Aware Influence Maximization with User Profiles

Yiqing Li, Xiaoying Gan, Luoyi Fu, Xiaohua Tian, Zhida Qin, Yanhong Zhou

Open publisher page 9 citations

Abstract

Influence maximization (IM), aiming at selecting initial users as seeds to maximize the influence spread, has become a vital problem in social network applications such as viral marketing and friend recommendation. Existing IM diffusion models ignore the behaviors that users readily conform to the actions of others in the group, which leads to incomprehensive information propagation processes and biased spread results. In this paper, we propose a group-based influence maximization (GIM) algorithm to solve the IM problem over the conformity-aware diffusion model which utilizes different types of conformity behaviors based on user profiles and group profiling. Experimental results confirm the effectiveness and efficiency for our GIM algorithm against other baseline IM algorithms.

About this research paper

What this paper is about

Influence maximization (IM), aiming at selecting initial users as seeds to maximize the influence spread, has become a vital problem in social network applications such as viral marketing and friend recommendation. Existing IM diffusion models ignore the behaviors that users readily conform to the actions of others in the group, which leads to incomprehensive information propagation processes and biased spread results. In this paper, we propose a group-based influence maximization (GIM) algorithm to solve the IM problem over the conformity-aware diffusion model which utilizes different types of conformity behaviors based on user profiles and group profiling. Experimental results confirm the effectiveness and efficiency for our GIM algorithm against other baseline IM algorithms.

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Influence maximization (IM), aiming at selecting initial users as seeds to maximize the influence spread, has become a vital problem in social network applications such as viral marketing and friend recommendation. Existing IM diffusion models ignore the behaviors that users readily conform to the actions of others in the group, which leads to incomprehensive information propagation processes and biased spread results. In this paper, we propose a group-based influence maximization (GIM) algorithm to solve the IM problem over the conformity-aware diffusion model which utilizes different types of conformity behaviors based on user profiles and group profiling. Experimental results confirm the effectiveness and efficiency for our GIM algorithm against other baseline IM algorithms.

Key concepts: Conformity, Viral marketing, Maximization, Computer science, Profiling (computer programming), Baseline (sea), Expectation–maximization algorithm, Data mining

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