A Method for Compressing the Spectrum of a Wideband Signal Using Overlapping Pulses
https://doi.org/10.35596/1729-7648-2026-24-1-37-44
Abstract
A hardware and software model for constructing data transmission signal parameters in a noisy environment has been developed. Approaches to increasing the throughput of information channels, applied in specialized scientific and practical research, are analyzed. A scheme for identifying quasi-harmonic and rectangular signals for modification into a common group signal is presented. Experimental confirmation of the stability of the computational process when modeling digital streams using overlapping quasi-harmonic signals is obtained. The fundamental principles of calculating the basic components of a channel pulse enable the design of devices with high data throughput.
About the Authors
V. Domenicof
Belarusian State University of Informatics and Radioelectronics
Belarus
Belarus
Domenikof Vitaly - Postgraduate
220013, Minsk, P. Brovki St., 6
Tel.: +375 17 209-54-66
A. Saperov
Belarus
Anatoly Saperov - Cand. Sci. (Tech.), Pensioner
N. Ulasuk
Belarusian National Technical University
Belarus
Belarus
Nikolaj Ulasuk - Head of the Department of Technical Support and Maintenance of Office Equipment
Minsk
A. Strogova
Belarusian State University
Belarus
Belarus
Alexandra Strogova - Cand. Sci. (Tech.), Associate Professor, Deputy Head of the General Directorate of ScienceHead of the Department of Organization and Support of Innovative Activities
Minsk
References
1. Sopyanik V. Kh., Grinevich A. M., Zhamoidin A. A., Kakuro A. V. (2002) Integrated Automated System for Technological Control of Turbogenerators. Energetika. Proceedings of the CIS Higher Education Institutions and Power Engineering Associations. (3), 27–31 (in Russian).
2. Trubitsyn L. M. (1986) Transmission of an Analog Signal by Overlapping Pulses. News of Higher Education Institutions. Instrumentation Engineering. (6) (in Russian).
3. Saperov A. G., Trubitsyn L. M. (1990) Calculation of the Shape of an Interference-Resistant Pulse for the Transmission of Two-Position Signals. News of Higher Education Institutions. Energy. (7) (in Russian).
4. Domenicof V. P., Sapiorau A. G. (2019) Software and Mathematical Complex “ARM-Workstation Impulse Designer” 2005 Year. The National Center of intellectual Property Republic of Belarus.
5. Saperov A. G., Krot N. F. (2001) Binary Code Compression and Decompression and Parallel Compression and Decompression Processor. United States Patent, US 6, 256, 652 B1, Date of Patent Jul. 3.
6. Saperov A. G., Trubitsyn L. M. (1989) Device for Transmitting Binary Code. Copyright Certificate (USSR) 1513628, H03M13/00, 1987. Bulletin of Inventions No 37.
7. Saperov A. G. (2016) The Method for Repeated Compressing of Data and the Multiprocessor Convertor. WIPO|PCT. Application for Utility Patent. International Publication Number WO 2016/185254 A1. International Publication Date Nov. 24.
8. Saperov A. G., Krot N. F. (2002) Binary Code Compression and Decompression and Parallel Compression and Decompression Processor. Japanese Patent. Patent No 3313733. Date of Patent May 31.
9. Saperov A. G., Krot N. F. (2001) Binary Code Compression and Decompression and Parallel Compression and Decompression Processor. South Korea Patent. Patent No 0313290. Date of Patent Oct. 18.
Review
For citations:
Domenicof V., Saperov A., Ulasuk N., Strogova A. A Method for Compressing the Spectrum of a Wideband Signal Using Overlapping Pulses. Doklady BGUIR. 2026;24(1):37-44. (In Russ.) https://doi.org/10.35596/1729-7648-2026-24-1-37-44
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