This paper introduces the design of a 41 GHz mmWave system dedicated for high-speed
train communications between train and trackside. A novel frame structure is provided for the …

More people prefer to using rail traffic for travel or for commuting due to its convenience and
flexibility. As the record of the maximum speed of rail has been continuously broken and …

Train stations, as one of the most significant buildings on a high-speed railway (HSR), have
been rarely studied for their millimeter-wave (mmWave) propagation characteristics. This …

Passengers in a high-speed train (350 km/h) experience very poor multimedia services and
discontinuous connections due to the much more and simultaneous handovers in the …

Wireless communication has been a fundamental part of railway operation, control, and
service systems for decades. In the era of 5G and beyond, the railway communication …

The shortage and congestion of lower spectra motivate the exploration of the broadband
and underutilized mmWave to be used in future public mobile communications, and …

High‐speed train (HST) communications at millimeter‐wave (mmWave) band have received
a lot of attention due to their numerous high‐data‐rate applications enabling smart rail …

Applications of millimeter-wave (mm-wave) to high mobility wireless communication
scenarios such as high speed trains (HSTs) have been discussed. In the HST scenarios, not …

Metro is important public transportation in reducing traffic congestion, protecting the
environment, and moving more people efficiently. Due to ever-increasing demands on high …

This report presents performance evaluation of a prototype of a millimeter-wave-based
communication system in tunnel environments. The prototype could give 500 Mbps of data …