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2019•Unpublished venueRequires access

Multipath Radio Propagation in a UAV Test Range

Diptiman Biswas, Asif Rizwan, Anil Kumar B, Bharama Nayak, Shivappa Manjunath

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Abstract

Multipath takes place when a radio wave propagates and reaches to the receiver from many directions. It is a result of bouncing of electromagnetic radiation caused by the environments of the intended path of propagation and is unavoidable in a practical scenario. The impact of multipath propagation may lead to certain degree of undesirable signal distortion in the wireless data communication to a UAV. The paper discusses various constituents and parameters in a test range that influence the operation of several radio data links in different frequencies.

About this research paper

What this paper is about

Multipath takes place when a radio wave propagates and reaches to the receiver from many directions. It is a result of bouncing of electromagnetic radiation caused by the environments of the intended path of propagation and is unavoidable in a practical scenario. The impact of multipath propagation may lead to certain degree of undesirable signal distortion in the wireless data communication to a UAV. The paper discusses various constituents and parameters in a test range that influence the operation of several radio data links in different frequencies.

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Available abstract

Multipath takes place when a radio wave propagates and reaches to the receiver from many directions. It is a result of bouncing of electromagnetic radiation caused by the environments of the intended path of propagation and is unavoidable in a practical scenario. The impact of multipath propagation may lead to certain degree of undesirable signal distortion in the wireless data communication to a UAV. The paper discusses various constituents and parameters in a test range that influence the operation of several radio data links in different frequencies.

Key concepts: Multipath propagation, Radio propagation, Log-distance path loss model, Computer science, Wireless, Path loss, Distortion (music), Radio propagation model

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