Measurements and analysis of large-scale fading characteristics in curved subway tunnels at 920 MHz, 2400 MHz, and 5705 MHz
Wave propagation characteristics in curved tunnels are of importance for designing reliable
communications in subway systems. This paper presents the extensive propagation …
communications in subway systems. This paper presents the extensive propagation …
A hybrid ray-tracing/vector parabolic equation method for propagation modeling in train communication channels
In recent years, various techniques have been applied to modeling radio-wave propagation
in railway networks, each one presenting its own advantages and limitations. This paper …
in railway networks, each one presenting its own advantages and limitations. This paper …
A Gaussian beam approximation approach for embedding antennas into vector parabolic equation-based wireless channel propagation models
Vector parabolic equation (VPE) methods have been widely applied to the modeling of radio-
wave propagation in tunnel environments, offering high computational efficiency and fidelity …
wave propagation in tunnel environments, offering high computational efficiency and fidelity …
Application of polynomial chaos to quantify uncertainty in deterministic channel models
ACM Austin, N Sood, J Siu… - IEEE transactions on …, 2013 - ieeexplore.ieee.org
A non-intrusive formulation of the polynomial chaos method is applied to quantify the
uncertainties in deterministic models of the indoor radio channel. Deterministic models …
uncertainties in deterministic models of the indoor radio channel. Deterministic models …
Error analysis and comparative study of numerical methods for the parabolic equation applied to tunnel propagation modeling
Parabolic equation (PE) methods have been widely applied to the modeling of wireless
propagation in tunnel environments. However, the relevant literature does not include …
propagation in tunnel environments. However, the relevant literature does not include …
Integrating physics-based wireless propagation models and network protocol design for train communication systems
Physics-based wireless propagation modeling and network protocol design have evolved
over decades as orthogonal areas in communication systems research. This fragmented …
over decades as orthogonal areas in communication systems research. This fragmented …
Measurement and analysis of extra propagation loss of tunnel curve
Wave propagation experiences extra loss in curved tunnels, which is highly desired for
network planning. Extensive narrow-band propagation measurements are made in two …
network planning. Extensive narrow-band propagation measurements are made in two …
Advances in computational modeling of EMC/EMI effects in communication-based train control (CBTC) systems
Communication-based train control (CBTC) systems are aimed at providing control and
signaling for rail transportation. These operate in environments that include tunnel and open …
signaling for rail transportation. These operate in environments that include tunnel and open …
Calibration of a 3-D ray-tracing model in railway environments
A three-dimensional ray-tracing model is calibrated using measured data from railway
environments. First, the input geometry is extracted by systematically adding incremental …
environments. First, the input geometry is extracted by systematically adding incremental …
Simulation and analysis of propagation characteristics for tunnel train-ground communications at 1.4 and 40 GHz
T Zhou, H Li, R Sun, Y Wang, L Liu, C Tao - IEEE Access, 2019 - ieeexplore.ieee.org
This paper focuses on the analysis of propagation characteristics for train-ground
communication (TGC) systems in tunnel scenarios at both low frequency and millimeter …
communication (TGC) systems in tunnel scenarios at both low frequency and millimeter …