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The Video Streams Prediction Based on Adaptive Kalman Model

机译:基于自适应卡尔曼模型的视频流预测

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In order to improve the rate of bandwidth utilization and achieve dynamic bandwidth allocation, in this paper, the video stream predication model of Kalman filter is improved according to linear prediction of future frames. The Kalman filtering owns a minimum mean square error estimate when the observed variables and noise are jointly Gaussian noise. Noise reduction is applied, and then the technology of scene change is added. The method proposed strengthened the correlation of data, and improved the prediction accuracy. Finally, packet loss was predicted according to network conditions. Experimental results show that the predictive efficiency have been greatly improved through the improvement of Kalman filter for video stream model.
机译:为了提高带宽利用率,实现动态带宽分配,根据未来帧的线性预测,对卡尔曼滤波器的视频流预测模型进行了改进。当观察到的变量和噪声共同为高斯噪声时,卡尔曼滤波拥有最小均方误差估计。应用降噪,然后添加场景更改技术。提出的方法加强了数据的相关性,提高了预测精度。最后,根据网络状况预测了数据包丢失。实验结果表明,通过改进视频流模型的卡尔曼滤波,大大提高了预测效率。

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