Application of the method of successive approximation for image compression
DOI:
https://doi.org/10.34185/1562-9945-5-161-2025-18Keywords:
information compression, resolution, numerical matrices, image partition blocks, method of successive approximation, multiplicative form of image representationAbstract
The transmission of large volumes of information requires significant power and storage capacity of power sources, which are limited. For these reasons, the operational lifetime of interplanetary stations and other robotic systems is restricted. To extend the missions of the Voyager-1 and Voyager-2 spacecraft, as well as to enable the transmission of large amounts of data from robotic systems to the planets of the Solar System — the Moon, Mars, and Venus - it is necessary to use data compression.
The operation of such a wide range of machines and mechanisms has shown that the main limitation on their operating time is the limited capacity of power sources. The duration of their functioning is proportional to the volume of transmitted information, including images. Clearly, this requires reducing the operating time of the transmitter, which is the main mode of energy consumption.
Thus, the problem of extending the operational lifetime of such systems is directly related to reducing the data transmission time. This, in turn, can be achieved by reducing the data volume - that is, through compression.
References
Larionov H.I. Otsiniuvannia konstruktyvnykh parametriv ankernoho kriplennia. Dnipro-petrovsk: Natsionalna metalurhiina akademiia Ukrainy, 2011.–286s.
Larionov H.I. Pro vplyv hlybyny rozrobky ta poperednoho navantazhennia na shchil-nist roztashuvannia ankeriv. Metody rozviazuvannia prykladnykh zadach mekhaniky defor-mivnoho tverdoho tila. Dnipropetrovsk: Vyd-vo «Nauka i osvita», 2008.–Vyp.9 – S. 115 – 128.
Krukovskyi A.P. Metody rascheta ankernoi tsepy. Problemy obchysliuvalnoi mekhani-ky i mitsnosti konstruktsii. Dnipropetrovsk: Vyd-vo «Nauka i osvita», 2005.–Vyp.9 – S. 92 – 99.
Yeromin O., Larionov G., Kulikov A., Fedak M., Krenicky T., Gupalo O., Myanovskaya Y. Method of Sequential Approximation in Modelling the Processes of Heat Transfer and Gas Dynamics in Combustion Equipment. MDPI: Applied sciences, 2022.–18c.
Larionov H.I., Voloshko V.L. Pro odyn pidkhid do stysnennia zobrazhen iz zastosuvan-niam protsedury aproksymatsii. Tezy KhVIII Mizhnarodnoi naukovo-praktychnoi konferentsii (Dnipro, 12-13 hrudnia 2024 r.) – D.: UDUNT. – S.62
Downloads
Published
Issue
Section
License
Copyright (c) 2026 System technologies
This work is licensed under a Creative Commons Attribution 4.0 International License.
