Adaptive wideband equalization for frequency dispersion correction in HF band considering variations in interference characteristics and ionosphere parameters

Paper presents the outcomes of the studies into the adaptive wideband equalization for frequency dispersion correction in HF band considering variations in interference characteristics and ionosphere parameters. The subject matter of the research were megahertz-bandwidth channels with single-hop F l...

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Bibliographic Details
Published in:ITM web of conferences 2019, Vol.30, p.15021
Main Authors: Ivanov, Dmitry, Ivanov, Vladimir, Ovchinnikov, Vladimir, Elsukov, Aleksey, Ryabova, Maria
Format: Article
Language:English
Subjects:
Algorithms
Bandwidths
Broadband
Continuous radiation
Equalization
F region
Frequency response
High frequencies
Interference
Ionosphere
Parameters
Propagation modes
Software radio
Wave propagation
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Summary:Paper presents the outcomes of the studies into the adaptive wideband equalization for frequency dispersion correction in HF band considering variations in interference characteristics and ionosphere parameters. The subject matter of the research were megahertz-bandwidth channels with single-hop F layer propagation mode. There are presented data on variations in the channel amplitude frequency response that are caused by the interference of magneto-ionic components (intramodal multipath). Test facility for carrying out full-scale experiments was developed with the use of Universal Software Radio Peripheral platform supported by the groundbreaking software-defined radio technology. Verification of the developed methods and algorithms was performed in the experiments on oblique sounding over the Cyprus-to-Yoshkar-Ola propagation path by the linearly frequency modulated continuous wave signal.
ISSN:2271-2097
2431-7578
2271-2097
DOI:10.1051/itmconf/20193015021