ВЫСОКОПРОИЗВОДИТЕЛЬНЫЙ ВЫЧИСЛИТЕЛЬНЫЙ КОМПЛЕКС ДЛЯ ИНТЕЛЛЕКТУАЛЬНОЙ ТРАНСПОРТНОЙ СИСТЕМЫ

Abstract

Relevance The relevance of this research project lies in the development of algorithmic support for routes in transport systems, which will allow efficient, efficient and rational management of the transport complex. The development of modern motor transport is already unthinkable without the use of intelligent transport systems (ITS). ITS is an intelligent system that uses innovative developments in the modeling of transport systems and regulation of traffic flows, providing end users with greater information content and safety, as well as qualitatively increasing the level of interaction of traffic participants compared to conventional transport systems. ITS, based on the interaction of one vehicle with another and the vehicle with the road infrastructure, should ensure high efficiency and safety of road traffic. ITS really increases the «time horizon», the quality and reliability of information about the immediate situation on the road, the location of other vehicles and road users, to ensure greater safety and mobility. Intelligent systems provide information about cars and their location on the road, information about road conditions, allow you to optimize and secure traffic on the road network, as well as speed up response to traffic incidents and accidents. Aim of research The aim of the study is to analyze and study current trends in the development of intelligent transport systems, as well as to review and study the principles and forms of collecting and transmitting information with its subsequent processing for use by the end user. The objectives of the research project are as follows. 1. Analysis of the basic principles of building high-performance computing systems for an intelligent transport system based on computing and telecommunication components for mass use; 2. Development of the architecture of a high-performance computing complex for ITS; 3. Development of algorithmic support for routes in transport systems. Research methods The research method is to analyze the basic principles of building high-performance computing systems for an intelligent transport system based on computing and telecommunications components for mass use. Results In the course of this research project, a system model of the information and computer complex of intelligent transport systems was developed, which includes functional and information models of the information and computer complex of the intelligent transport system, and algorithmic support for intelligent transport systems was developed, including: routes in transport systems, a routing algorithm based on vector criterion optimization.