Performance-Aware Mobile Community-Based VoD Streaming Over Vehicular Ad Hoc Networks


Leveraging the event of mobile communication technologies and increased capabilities of mobile devices, mobile multimedia services have set new trends. To support high-quality Video-on-Demand (VoD) in mobile wireless networks, using virtual community-primarily based approaches to balance the efficiency of content sharing and maintenance value of performance-aware solutions has attracted increasing analysis interest. In this paper, we propose a unique Performance-aware Mobile Community-based VoD streaming answer over vehicular unplanned networks (PMCV). PMCV depends on a newly designed mobile community detection scheme and an innovative community member management mechanism. The former employs a novel fuzzy ant-inspired clustering algorithm and an innovative mobility similarity estimation model to group together the mobile users with similar behavior in terms of playback and movement into mobile communities. The latter introduces the role and task of members, member be a part of and leave, collaborative store and search for resources, and replacement of a broker member. Simulation-primarily based testing shows how PMCV outperforms another state-of-the-art answer in terms of performance.

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