Urban and suburban transport intelligent management. Textbook

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The textbook focuses on existing and promising information technologies in transport, specifically automated control of the transportation process. It covers the functional part of information systems and complies with the State Educational Standard and the discipline "Information technologies in mainline transport". The content of the textbook aligns with the standard program for the discipline, taking into account new developments and the introduction of information systems in transport.

Chapter 1, titled "Internet of Things", explores the concept of the Internet of Things in modern society. It discusses how the transport services market and the need for quality provision of services has led to the complexity of making rational management decisions. To address this, modern technical means, automation systems, and digital technologies are required. One potential solution is distributed intelligent network management based on cyber-physical systems. Cyber-physical systems integrate computing with physical processes. The chapter also introduces the main technologies for supporting cyber-physical systems, including IoT technology, embedded systems, ubiquitous computing technology, and special network exchange technologies.

Overall, the textbook aims to provide a comprehensive understanding of information technologies in the context of transport, with a focus on automated control and the use of modern technologies to optimize management decisions.

Читать бесплатно онлайн Urban and suburban transport intelligent management. Textbook - Pavel Minakov, Vadim Shmal

ISBN 978-5-0059-3137-5

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Introduction

The authors of the textbook focused on the consideration of existing and promising information technologies in transport from the standpoint of automated control of the transportation process, focusing on the description of the functional part of information systems, which fully complies with the State Educational Standard and the discipline «Information technologies in mainline transport».

The main content of the textbook corresponds to the standard program for the discipline «Information technologies in trunk transport», taking into account new developments and the introduction of information systems in transport. The content of the textbook corresponds to the plan approved by the methodological commission of the specialty «Railways operation».

1 INTERNET OF THINGS

1.1 Internet of Things in modern society

Modern conditions of the transport services market, the growth of requirements for the quality of their provision, the optimization of the consistency of technological processes to ensure intermodal transport lead to an increase in the complexity of making the most rational management decisions in an operational environment. There is a need for the use of modern technical means, automation systems and digital technologies. One of the options may be distributed intelligent network management based on the use of cyber-physical systems.

Cyber-physical systems (CPS) are the integration of computing with physical processes.

The main technologies for supporting cyber-physical systems include: Internet of Things (IoT) technology, embedded systems (embedded system), Ubiquitous computing technology, special network exchange technologies.

The current trend towards the use of digital technologies for the successful implementation of the «digital economy», «digital transport» and «digital railway», as well as the transition to the organization of the work of production processes of technological enterprises to the «Industry 4.0» mode within the framework of the fourth industrial revolution involves the construction of basic processes using an ecosystem that includes basic technologies:

– Internet of Things (IoT);

– Big Data;

– Artificial Intelligence (AI);

– Robotics;

– Blockchain;

– Virtual and Augmented Reality (VR, AR);

– Digital doubles;

– 5 G;

– Additive technologies, etc.

The Internet of Things technology is actively developing both in everyday life and in the transport industry. With the help of this technology, the amount of operational information about the functioning of the main processes is significantly increased, which is an incentive for the development of data processing, transmission, storage and processing systems in order to develop optimal solutions.

The life cycle of this technology includes: collecting information through the development of sensor technologies to obtain operational data (allows the user to understand various parameters of the object or process under study and evaluate their mutual influence), using scalable and secure storage based on cloud services and building optimal technology for processing and analyzing large amounts of data using modern digital technologies.

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