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JBE, vol. 22, no. 5, pp.618-631, September, 2017


A Modification of The Fuzzy Logic Based DASH Adaptation Algorithm for Performance Improvement

Hyun-Jun Kim, Ye-Seul Son, and Joon-Tae Kim

C.A E-mail:


In this paper, we propose a modification of fuzzy logic based DASH adaptation algorithm(FDASH) for seamless media service in time-varying network conditions. The proposed algorithm selects more appropriate bit-rate for the next segment by the modification of the Fuzzy Logic Controller(FLC) and reduces the number of video bit-rate changes by applying Segment Bit-rate Filtering Module(SBFM). Also, we apply the Start Mechanism for clients not to watch the low quality videos in the very beginning stage of streaming service and add the Sleeping Mechanism to avoid any buffer overflow expected. Ultimately, we verified by using NS-3 Network Simulator that the proposed method shows better performance compared to FDASH. According to the experimental results, there is no buffer underflow/overflow within the limited buffer size, which is not guaranteed in FDASH on the other hand. Also, we confirmed that mFDASH has almost the same level of average video quality against FDASH and reduces about 50% of number of video bit-rate changes compared to FDASH in Point-to-Point network and Wi-Fi network.

Keyword: DASH, Fuzzy Logic, Segment Bit-rate Filtering Module(SBFM), Adaptive streaming

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