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System Design
Project
Ensure the interoperability of environments and defined efficiency.
Implementation
Do with POC, accreditations, certifications and in compliance with QoS and PMI.
Maintenance
Ensure SLA and technological and financial synergies.
Improvement
Continuous improvement model, which ensures innovation and better operational and financial efficiency.
Intelligent Transport Systems (ITS) are fundamentally based on data collection, which are processed and analyzed in order to allow the most optimized traffic management possible.
The data collected may originate from equipment installed in the infrastructure or, in the near future, from communication between vehicle and infrastructure.
Traffic Control Center
The nerve center of these systems, because it is in this place that all data is stored and analyzed, to be used in Traffic Management in real time. It is also in the Traffic Control center that warning messages are implemented to drivers, in order to allow them greater safety and ability to decide on the route to be taken.
Driver Information Systems
Variable Message Panels (PMV)
The Variable Message Boards are the most visible part of the system. It is for the PMV that every driver pays attention in order to obtain the information that will allow him to continue his journey with the least number of problems and in the shortest possible time. Placed in strategic locations on urban or suburban roads and offering the driver up-to-date information, they contribute, on the one hand, to the confidence that the driver gains in the route he has chosen, as he is prepared for the problems that will arise and can make decisions about the future itinerary in good time; on the other hand, it contributes to the prevention and reduction of traffic congestion.
Meteorology Systems
With real-time monitoring of atmospheric conditions and the state of the pavement, these systems make it possible to predict potential problems, such as ice on the pavement, at a distance, allowing timely action by the infrastructure management entities.
Closed Circuit Television (CCTV) Systems
This system can be made up of a set of fixed cameras and mobile cameras (PTZ), thus integrating into the traffic management system, collecting images to aid in the action of operators.
Automatic Vehicle Counting and Classification Systems (CAV)
Counting and classifying vehicles on a road is a fundamental part of managing traffic on any road. It is through the analysis of the data collected that the volume of traffic on each section, the levels of congestion, as well as average speed values and others will be determined.
Automatic Incident Detection Systems (IDS)
The DAI system aims to strengthen the capacity of the CCGT and rationalize its resources through the use of automatic incident detection systems. The types of incidents to be detected by the video surveillance system, among others, may be: (1) Traffic congestion situations; (2) Accidents and vehicle stoppages on traffic lanes; (3) Misuse of the berm and/or emergency ramps; (4) Circulation in reverse; (5) Detection of People on the road.
Solution architecture – align technologies, standards and operational efficiency.
Ensure the interoperability of environments and defined efficiency.
Do with POC, accreditations, certifications and in compliance with QoS and PMI.
Ensure SLA and technological and financial synergies.
Continuous improvement model, which ensures innovation and better operational and financial efficiency.
