Оглавление
- INTRODUCTION
- 1 BASIC PRINCIPLES OF INNOVATION AND INVESTMENT ACTIVITY IN THE CONTEXT OF REFORMS
- 2 GOALS AND OBJECTIVES OF CREATING INTELLIGENT TRANSPORT SYSTEMS (ITS) IN RAILWAY TRANSPORT
- 2.1 The main development directions
- 2.2 Current issues of ITS development
- 2.3 Development of intelligent train operation management technologies
- 2.4 Goals and objectives of ITS creating in railway transport
- 3 MODERN SCIENTIFIC AND METHODOLOGICAL APPROACHES TO THE ITS CREATION IN RAILWAY TRANSPORT
- 4 AUTOMATED DISPATCH CENTERS AS INTEGRATED INTELLIGENT TRANSPORTATION PROCESS MANAGEMENT SYSTEMS
- Конец ознакомительного фрагмента
- Главная
- Vadim Shmal
- 📚 Книги
- Intelligent transport systems development
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- 2.4 Goals and objectives of ITS creating in railway transport2.4 Goals and objectives of ITS creating in railway transport
2.4 Goals and objectives of ITS creating in railway transport
The goals of creating intelligent railway transport systems are to reduce the transport losses of the population and transport costs in the sphere of economy, business and services, to intensify economic and social processes, to improve traffic safety, to improve the environmental situation, to reduce the negative impact of the human factor on the quality of management, to increase the attractiveness of railway transport for passengers and cargo owners. Achieving these goals involves solving a large number of tasks. These, in particular, include:
■ improving the efficiency of using the existing railway network by more evenly distributing railway rolling stock in time and space;
■ improvement of technological, informational and social components of traffic safety;
■ providing managers at all levels with the necessary information to make operational and strategic decisions based on modeling and assessing the impact on the transport system of new and modernized transport facilities;
■ formation of a rapid response scheme of transport services, which allows to quickly take measures in case of emergencies, adverse weather conditions, etc.;
■ creation of monitoring systems for transport infrastructure and traffic conditions, allowing to assess the state of the transport system in real time and predict its changes.