Open AccessThe video processing features research in computer systems and special purpose networks
Author(s) -
Ю.І. Шевяков,
Volodymyr Larin,
є.л. Казаков,
Ахмед Абдалла
Publication year - 2020
Publication title -
sistemi ozbroênnâ ì vìjsʹkova tehnìka
Language(s) - English
Resource type - Journals
eISSN - 2518-1580
pISSN - 1997-9568
DOI - 10.30748/soivt.2020.64.16
Subject(s) - binary number , frame (networking) , coding (social sciences) , algorithm , data compression , mathematics , binary code , inter frame , binary data , block (permutation group theory) , differential (mechanical device) , computer science , reference frame , arithmetic , statistics , geometry , telecommunications , engineering , aerospace engineering
For a typical low complexity video sequence, the weight of each P-frame in the stream is approximately three times smaller than the I-frame weight. However, taking into account the number of P-frames in the group, they make the main contribution to the total video data amount. Therefore, the possibility of upgrading coding methods for P-frames is considered on preliminary blocks' type identification with the subsequent formation of block code structures. As the correlation coefficient between adjacent frames increases, the compression ratio of the differential-represented frame's binary mask increases. The compression ratio of the differential-represented frame's binary mask varies from 3 to 21 depending on the correlation coefficient between adjacent frames. The most preferable method for constructing the compact representation technology of the binary masks of frames represented in a differential form is the approach. This is based on the identification and description of the lengths of one-dimensional binary series. A binary series is a consecutive binary elements sequence with the same value. In this case, sequences of identical binary elements are replaced by their lengths.