What is the SYZAR Traffic Management System?
Integration of road traffic safety devices
The Integrated Traffic Management System (SYZAR) is an innovative computer system designed for integrating road traffic safety devices, such as control, measurement, monitoring, and surveillance devices, to generate the necessary information for highway management to ensure safety and efficiency. This solution integrates various distributed, centralized modules, and external systems at different levels.
Characteristics of the Integrated Traffic Management System (SYZAR)
Road Traffic Safety
The system also includes independent user applications that assist in performing tasks for which the system as a whole is designed. The system adheres to the FRAME architecture (European ITS Framework Architecture). The key characteristics of the FRAME architecture are its modularity, flexibility, and comprehensiveness. The proposed methodology for working with the FRAME architecture enables the user to precisely define and describe the set of functionalities of the ITS system that will be implemented in a specific area.
Benefits
Effective utilization of the transportation network
Increased efficiency in managing traffic flow during congestion and emergency situations
Full and comprehensive integration of all road traffic safety devices
Immediate information for the operator in the event of a road incident.
Automatic implementation of Variable Traffic Management Procedures.
System Components
Data Access
System Functionality
Multi-Platform Integration
Key functions of the SYZAR system include traffic analysis: collecting and analyzing data from vehicle classification points, traffic volume measurement, and speed measurement; traffic control: managing lanes and vehicle speed using traffic signals, variable message signs, and signs with variable content; road monitoring: automatic detection of road incidents, visual surveillance; maintenance support: infrastructure maintenance planning support, traveler information: providing information about travel conditions through various information channels (mobile application, RDS, www), weather analysis: processing meteorological information.