In the literature, I have seen path-loss models, e.g., air-to-ground (ATG). Such models obtain received power by using: Pr=Pt-PL. However, none of these models provide the method to obtain 'H'.
I am interested to obtain 'H' using UAV communication environment. For instance, 'H' must be the combination of line-of-sight (LoS) and non-LoS (NLoS) components.
Dear Muhammad Karem Shehzad,
I suggest you to see links and attached files on topic.
https://www.sciencedirect.com/topics/computer-science/propagation-channel
https://ec.europa.eu/research/participants/documents/downloadPublic?documentIds=080166e5be052370&appId=PPGMS
http://www.diva-portal.org/smash/get/diva2:1129315/FULLTEXT01.pdf
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Best regards
Thank you very much, Mohamed. All the material has been very useful for me. I have got the answer to my question. Keep helping the research community :)
Mohamed-Mourad Lafifi
Muhammad Karam Shehzad
I suggest you check the paper attached on this topic (Zeng, Fanhui, et al. "UAV-assisted data dissemination scheduling in VANETs." -- Eq(3), Eq(4), and Eq(5)). Specifically, the average path loss can of the UAV link can be modeled by combining the LoS and NLoS links, which is: L=P_{LoS}/d^a+\epsilon*P_{NLoS}d^a (Eq(5)), where P_{L}=1/(1+Eexp(-D[\theta-E])) (Eq(5))denotes the probability of the LoS link.
Thanks a lot, Zemin Sun. The referred paper did help a bit. The answer to my question is available in Equation (1) of this paper: TutorialonUAVs_ABlueSkyViewonWirelessCommunication.pdf
However, the path-loss model can be used from your referred paper. Moreover, subsection, named 'channel model', of the paper: Achievable Rates of UAV-Relayed Cooperative Cognitive Radio MIMO Systems did answer my question too.