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Adaptive Error Concealment With Radial Basis Neuro-Fuzzy Networks For Video Communication over Lossy Channels

机译:随着径向基础的自适应错误隐藏,用于视频通信视频通信的视频通信

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Error is inevitable in data trans-receiving over communication channels and its concealment is indispensable for standard codecs to enhance their quality of services. In recently standard video codecs, error resilience is based on absolute spatial and temporal approaches being applied uniformly for several types of video sequences. In this paper, an adaptive error concealment method based on radial basis neuro-fuzzy networks is proposed. Simulation results show that the proposed algorithm can gain up to 5 dB compared to the standard median algorithm
机译:错误在通信通道上的数据转换中是不可避免的,并且其隐藏对于标准编解码器是不可或缺的,以提高其服务质量。在最近的标准视频编解码器中,错误弹性基于用于均匀应用的绝对空间和时间方法,用于若干类型的视频序列。本文提出了一种基于径向基础神经模糊网络的自适应误差隐藏方法。仿真结果表明,与标准中值算法相比,该算法可以获得高达5 dB的算法

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