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The use of two-station ionosonde data for IONCAP/ASAPS model validation on transpolar two-hop, high-frequency skywave radio links

J. R. Katan, Robert I. Desourdis

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Abstract

Ionosonde data were taken from two high-latitude Arctic radio links in order to investigate two-hop high-frequency (HF) polar propagation. A comparison of the two-hop data measurements with both IONCAP and ASAPS predictions has validated the accuracy of the model for complex skywave radio links. Antarctica, High-Frequency Communications, IONCAP, Ionosonde, Ionospheric Propagation, Radio Link, Skyway Link, Telecommunications, Transpolar Link, Two-Hop Link.

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What this paper is about

Ionosonde data were taken from two high-latitude Arctic radio links in order to investigate two-hop high-frequency (HF) polar propagation. A comparison of the two-hop data measurements with both IONCAP and ASAPS predictions has validated the accuracy of the model for complex skywave radio links. Antarctica, High-Frequency Communications, IONCAP, Ionosonde, Ionospheric Propagation, Radio Link, Skyway Link, Telecommunications, Transpolar Link, Two-Hop Link.

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Available abstract

Ionosonde data were taken from two high-latitude Arctic radio links in order to investigate two-hop high-frequency (HF) polar propagation. A comparison of the two-hop data measurements with both IONCAP and ASAPS predictions has validated the accuracy of the model for complex skywave radio links. Antarctica, High-Frequency Communications, IONCAP, Ionosonde, Ionospheric Propagation, Radio Link, Skyway Link, Telecommunications, Transpolar Link, Two-Hop Link.

Key concepts: Ionosonde, Skywave, High frequency, Ionogram, Ionosphere, Radio propagation, Radio Science, Remote sensing

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The use of two-station ionosonde data for IONCAP/ASAPS model validation on transpolar two-hop, high-frequency skywave radio links — Research Paper | ScholarLens