Propagation Channel Synthesis for Near-Ground Device-to-Device Wireless Communication Systems
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Liao, Xipei
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Abstract
Device-to-Device (D2D) communications has garnered a lot of interest in
recent years as a possible solution to overcome the limitations of existing
infrastructure-based wireless communication. A procedure for synthesizing propagation channel realizations for near-ground D2D wireless system is established in this thesis. Propagation channel responses i.e. Channel Transfer functions were generated based on classic wireless propagation channel parameters,
including distance, pathloss, frequency band, delay window, shadowing,
delay dispersion, etc. A validation procedure was performed to ensure that
the synthesized channel accurately reflects the measured channel by comparing the delay dispersion statistics obtained from the synthetic and the empirical data with a 0.08 maximum deviation based on the Kolmogorov-Smirnov test statistic, showing a good fit. This model provides a means to generate several channel realizations than can be actually measured.
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Undergraduate Research Option Thesis