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Video communication VANETs has many applications, such as emergency video transmission or inter-vehicle entertainment. However, delivering video to high mobile vehicles faces challenges such as packet
loss due to intermittent connectivity and channel variations. Thus, designing a reliable approach for video streaming over such harsh scenarios is needed. Hence, we propose a reliable approach based on random practical network coding and source coding. This approach integrates the benefits of network coding with Multiple Description Coding to achieve robust streaming over VANET. Furthermore, we propose a redundancy
controller based on fuzzy inference system to adjust the amount of redundant packets based on vehicular traffic density and SNR of the channel. Simulation shows the proposed approach achieves better protection
against packet loss, application layer throughput and video quality.
CitationGonzalez, A.J. [et al.]. Fuzzy redundancy adaptation and joint source - network coding for VANET video streaming. A: International Conference on Wired/Wireless Internet Communications. "9th International Conference on Wired/Wireless Internet Communications". Vilanova i la Geltrú: Springer-Verlag, 2011, p. 458-469.
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