Parkhomenko M. Method for increasing encoding bit rate of dynamic video resource in information and telecommunication systems

The importance of applying the concept of remote video information support using stationary and mobile technological platforms for the management systems of critical infrastructure objects is substantiated. It is shown that in the process of information provision of objects management systems KIF There is a contradiction between the following requirements for the quality of provision of dynamic video service in distance mode, and on the other hand, limited throughput capabilities of modern wireless ICS. The necessity of representing the sequence of predicted frames in the form of aggregates of frames-spline tensors, consisting of a dynamic sequence of aggregates of the parameters of structural splines of spectral-differentiated blocks, is argued. The main stages of creation of a structural-combinator approach for encoding the dynamic sequence of predicted personnel are described on the basis of representation of aggregates of positional coordinates of frame-plot tensors in multi layer base space. The main components of the construction of the model assessment of the structural-combinatorial representation of the positions of positional coordinates of the frame-plot of the sequence of predicted personnel in a multi layer space are provided. The development of the method of dynamic coding of decomposed positional coordinates of the glovial tensor of the sequence is described В-Р frames based on a two-pole mixed milthy encoding in the direction of their frames, taking into account: the detection of structural constraints simultaneously in two directions relative to the boundaries of dynamic ranges. The main stages of creation of the technological conception of integration of processing methods are taught В-P frames in information technology processing and transferring dynamic video resources.