engleski

Wireless Link Modeling using Complex FIR Filters

This paper presents a method for wireless link modeling, based on complex coefficient finite- impulse-response (FIR) digital filters. The complex coefficients of the proposed FIR model representation allow easy, unconstrained least- squares estimation of the target transfer function in the frequency domain, which is performed using the Moore-Penrose matrix pseudoinverse. With the reduction of FIR models, a time-gating effect can be obtained, which is not restricted to the usage of the equidistant samples in the frequency-domain measurements.

wireless link modeling, FIR models, time-gating, VNA measurements, digital filters

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