METHODS OF AUTOMATION OF SUPERVISORY CONTROL SYSTEM BASED ON THE URBAN PASSENGER TRAFFIC SOFTWARE EXPERTISE SYSTEM

Abstract

This article describes the overall structure of the urban passenger transport. The article presents the relevant statistical data prepared by the Ministry of Transport of the Russian Federation for «Transport of Russia» Information and Statistics bulletin for January–March, 2016 on transportation of passengers by public transport, and presents the dynamics of passenger traffic for common use public transport for 2014–2016 period in the form of the chart. The automated tools for preparation and monitoring of traffic schedules for public urban transport have been analyzed. Such systems as Fara-0080, PIKAS, PMT, SKAT and APAS have been reviewed. Techniques of supervisory control automation have been proposed on the basis of urban passenger transport expertise system with the use of scheduling theory algorithms. This work also presents the infological scheme for database data of automated manager, which was prepared with the use of CASE – the tool for automated building and design of ERwin databases. And also by way of experiment a simulation model of automated supervisory control of urban passenger traffic has been demonstrated in AnyLogic software environment.

Keywords

• urban passenger transport (upt)
• traffic operator
• automation
• transportation
• expertise system
• scheduling theory
• simulation
• erwin
• anylogic
• mec (wi mi)