METHOD FOR COGNITIVE QUASI-OPTIMAL TRANSMISSION OF DIGITAL COMPRESSED IMAGES OVER DEEP SPACE COMMUNICATION CHANNELS WITH ADAPTATION OF PACKET SIZE TO EFFECTIVE THROUGHPUT Russian patent published in 2024 - IPC H04N19/65 H04B7/185 H04L43/823 

Abstract RU 2821327 C1

FIELD: transmission of digital images.

SUBSTANCE: invention relates to transmission of digital compressed images over a noisy communication channel. This technical solution is intended to maximize the quality of a digital compressed frame-by-frame stream of images transmitted over deep space communication channels taking into account the available set of compression algorithms and signal-code structures by applying a full enumeration of the pre-approximated quality characteristics of all possible versions of constructing a transmission system by an indicator in the form of a measure of the peak ratio of the maximum brightness level of a pixel to the root-mean-square error of comparing the reference and distorted images, taking into account the current noise level when selecting the optimal packet size by the criterion of minimum transmission time. Ability of this method to work with any radio communication channels and signal-code structures used in them when compressing digital images by any methods provides wide "industrial applicability", which is also expanded by the possibility of implementing the proposed method on programmable logic integrated circuits (PLIC) or standard computers used to form a digital frame-by-frame stream of images.

EFFECT: high quality of transmitting digital compressed images over a noisy communication channel.

1 cl, 1 dwg

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RU 2 821 327 C1

Authors

Zhukov Aleksandr Olegovich

Ivanov Konstantin Alekseevich

Bondareva Marina Konstantinovna

Kobozev Sergej Mikhajlovich

Okunev Evgenij Vladimirovich

Omelyanenko Vladimir Vladimirovich

Shamatov Oleg Gatyltanovich

Dates

2024-06-21Published

2023-11-14Filed