Using holographic coding to improve image transmission speed

The article discusses the problem of reducing the transmission speed of images and any other digital data in mobile networks when errors occur. The decrease in speed is explained by a different approach to the issue of data transmission quality in communication networks and in IP networks - if in communication networks a very small, but non-zero probability of error is acceptable, then in IP networks the TCP protocol ensures guaranteed delivery, and the data packet is delivered either without errors, or a connection failure is detected. The solution to the problem is to increase the noise immunity of the communication channel and reduce the probability of error at the decoder output to 0.000001. This requires a method of noise-resistant coding with a much greater correction capacity compared to the known codes used in communication networks. This method is the holographic coding method. When using it, the average speed of information transmission increases, the load on channels with retransmitted packets decreases, and freeing up channels will make it possible to do without additional frequency resources and an increase in the number of base stations. To ensure that the redundancy of the holographic code does not reduce the transmission speed in channels with good communication quality, it must be turned on only in those channels where a drop in speed of more than 10 times is recorded.