Abstract

The paper presents the results of comparative studies of the transport management application blockchain technology. The accuracy of the use Quick Road System (QRS) in intelligent transport systems (ITS) may be the service of getting free passage is shown. This service is aimed at creation of decentralized network of road lane sharing in real time. Based on model studies it was found that, depending If a driver is in a hurry or wants to get priority in using the speed lane, then, having established a special status, he shares his place in the lane with other vehicles moving along the same route by exchanging incentives through the blockchain with other private car owners. The paper estimates the probability of with the development of Internet of Things (IoT) technology, the number of connected devices in ITS is growing extremely fast. Therefore, the optimal use of large arrays of collected data is the main focus of research and the Internet of Vehicles (IoV) is one of the most targeted branches of integration of the existing IoT technologies with the growing transport needs in order to solve the problem of intellectual traffic.

Highlights

  • Blockchain technology in planning and management of transport systems has great potential for use in the creation of self-sufficient and decentralized intelligent transport systems (ITS) [1]

  • The optimal use of large arrays of collected data is the main focus of research in various fields

  • Huge efforts have been made from an academic and from an industrial point of view; the Internet of Vehicles (IoV) is one of the most targeted branches of integration of the existing Internet of Things (IoT) technologies with the growing transport needs in order to solve the problem of intellectual traffic

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Summary

Introduction

Blockchain technology in planning and management of transport systems has great potential for use in the creation of self-sufficient and decentralized intelligent transport systems (ITS) [1]. Decentralized characterization of a blockaded system allows for a concept that proves the level of security In this case, it is more reliable to share personal data only with users, and more data will be collected, leading to an intelligent monitoring system. In order to make real-time monitoring and control of traffic more effectively coordinated, it is possible to link the individual rating to the road behaviour so that each person can benefit from safe driving. None of the rules of road traffic crashes can strictly force the creation of a more favourable road environment, but efforts should certainly be made by the public and the social environment Through such monitoring and management of intelligent road traffic, accurate measures could be taken against those who are used to dangerous driving.

Parallel transport management
Quick Road System
Blockchain-based ITS security
Conclusions
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