2008Unpublished venueRequires access

A New Model for Predicting the Characteristic of RF Propagation in Rectangular Tunnel

Jia Minghua, Zheng Guoxin, Wenli Ji

Open publisher page 7 citations

Abstract

This paper presents a new model based on the geometrical-optical theory and the uniform theory of diffraction (GO-UTD) for predicting the characteristic of RF propagation in rectangular tunnel. It transforms three-dimensional (3D) propagation model of radio signal in tunnel to two-dimensional (2D) propagation model, which could be easily tackled. Simulation results compared with another prediction model (wireless insite) show that this model can accurately predict the narrow band propagation characteristic of radio signal in rectangular tunnel. Moreover, it reduces the computational complexity greatly and improves the efficiency of prediction.

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What this paper is about

This paper presents a new model based on the geometrical-optical theory and the uniform theory of diffraction (GO-UTD) for predicting the characteristic of RF propagation in rectangular tunnel. It transforms three-dimensional (3D) propagation model of radio signal in tunnel to two-dimensional (2D) propagation model, which could be easily tackled. Simulation results compared with another prediction model (wireless insite) show that this model can accurately predict the narrow band propagation characteristic of radio signal in rectangular tunnel. Moreover, it reduces the computational complexity greatly and improves the efficiency of prediction.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper presents a new model based on the geometrical-optical theory and the uniform theory of diffraction (GO-UTD) for predicting the characteristic of RF propagation in rectangular tunnel. It transforms three-dimensional (3D) propagation model of radio signal in tunnel to two-dimensional (2D) propagation model, which could be easily tackled. Simulation results compared with another prediction model (wireless insite) show that this model can accurately predict the narrow band propagation characteristic of radio signal in rectangular tunnel. Moreover, it reduces the computational complexity greatly and improves the efficiency of prediction.

Key concepts: Radio propagation, Radio propagation model, Radio signal, Wireless, Radio frequency, SIGNAL (programming language), Computer science, Diffraction

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