The integration of these technologies and concepts, particularly AI-powered services, is anticipated to yield immediate advancements in the digitalization of railway transportation, enhancing
Request PDF | Artificial intelligence in rail transit wireless communication systems: Status, challenges and solutions | With the continuous evolution of communication technologies such as
This paper introduces the framework of urban rail intelligent transportation system (URITS), and four key technologies are described: dispatch command and operations management,
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In the field of rail transit, the intelligent management of train operations is becoming crucial for enhancing operational eficiency and safety. The application of key technologies such as digital
This study presents the design and validation of a closed-loop control platform for rail transit construction. The platform integrates multi-source data, enables real-time prediction, and...
This paper analyzes the current situation of urban rail transit operation and scheduling, expounds the method of passenger flow statistics and early warning, studies the methods and strategies for
With the development of urban rail transit, the demand for information transmission for intelligent operation, safety assurance, convenient passengers and other services has increased.
In our vision of the future, rail transportation is not only digital and highly automated – it is also safely, securely, and seamlessly linked to other environmentally friendly modes of transportation.
Urban Rail Transit Systems (URTS) have increasingly become the backbone of modern public transportation, attributed to their unparalleled convenience, high efficiency, and commitment to
In rail transit scenario, the rail transit wireless communication channel is often severely affected by Doppler shift due to the movement of train. This leads to signal fading and distortion,
At present, China''s rail transit has also become the forefront of the applica-tion of advanced technologies, such as information, intelligence, energy conser-vation, safety, environmental
In this paper, through the analysis of the current situation of rail transit operation and maintenance, an intelligent operation and maintenance platform for RTPSS is pro-posed, which has two major
As rail transit continues to develop, expanding railway networks increase the demand for sustainable energy supply and intelligent infrastructure management.
The study includes a thorough review of related work in intelligent transportation systems, followed by a detailed description of the proposed methodology, focusing on the technical
The study proposed an IoT-based system for mass passenger rail transit that relied on information sharing, real-time sensing, and intelligent analysis. It was found that the proposed
Digital Twin (DT) technology is revolutionizing the railway sector by providing a virtual replica of physical systems, enabling real-time monitoring, predictive maintenance, and enhanced
As the core of HSR transportation command, the intelligent CTC system is a new HSR dispatching command system that integrates the widely
Section 3 presents related work on AI applications in several transport sectors, in particular rail transport, intelligent transport, energy, water, transport and telecommunications
The network command center integrated information platform which has important functions in the operation coordination, resource sharing, and emergency decision is the main
This article delves into the intelligent operation system of rail transit from two aspects: train operation situation and passenger flow, analysing its significant role in enhancing operational
This paper mainly studies the smart urban rail transit based on big data analysis and application.
In our vision of the future, rail transportation is not only digital and highly automated – it is also safely, securely, and seamlessly linked to other environmentally friendly modes of transportation.
While improving system performance and reducing system risk, intelligent applications demand a large amount of computing power. However, it is challenging to provide simultaneously all
This paper conducts an in-depth exploration of the efficient utilization of network resources and the intelligent operation and maintenance management mechanisms within a railway
The aim of this special issue is to present a collection of high-quality research papers on recent developments, current research challenges and future directions in the use of control,
As a vital component of intelligent transportation, rail transit plays a crucial role in driving smart cities forward by directing its development towards
The emergence of rail-based passenger transport into an intelligent transportation system (ITS) calls for a railway infrastructure and operating procedures that can adapt to passenger demand in real time.
System Rail transit needs intelligent communication and monitoring (or detection and control) to realize the safe and stable operation of trains. This is not only an impor-tant condition for the sustainable
To achieve the objectives, new measures need to be conducted, including the development of advanced technologies for intelligent dispatching command, coping with new requirements with the
Abstract.With the rapid advancement of smart city construction, it is imperative for rail transit to adopt innovative approaches and explore new ideas to facilitate the intelligent development of
Learn how smart stations using real-time data and analytics improve urban rail transport, enhance travel experience, and streamline passenger flow for safety.
To contribute to the improvement of railway transportation, we developed a prototype of an intelligent emergency management system. The aim is to support the operator tasks of a control centre in the
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