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THE OPERATIONAL PICTURE OF ITS MODULE
The ITS operational picture on the Transflow platform provides a comprehensive real-time display of all aspects of the urban road transport complex, including monitoring of transport and passenger flows, parking space, weather conditions, environmental situation and road incidents. This module integrates data from various ITS subsystems and platform modules, allowing dispatchers to effectively manage traffic and respond to emergencies.
- Integrating data from various instrumental and reference sources to ensure centralized management and coordination of all ITS elements, providing a sufficient level of understanding of the current traffic situation.
- Providing dispatchers with multimodal and interactive information display in a single information space to ensure an effective decision-making process and response to changes in the road situation.
- Providing advanced algorithms for aggregating, processing, and analyzing data to form the basis for operational planning and optimization of traffic flows and infrastructure.
- Providing real-time traffic assessments to identify congested routes.
- Providing tools for analyzing traffic intensity, speed, and density to optimize the operation of road traffic management systems.
- Analyzing historical and real-time data to identify areas with a higher accident rate.
- Monitoring speed compliance: using speed detection technologies to ensure compliance with speed limits and reduce accidents related to speeding.
- Monitoring weather conditions to assess their impact on road safety and traffic flow, with the ability to adjust traffic management strategies.
- Visual monitoring of air quality and environmental conditions around roads to promote public health.
- Real-time display of information on travel information signs, dynamic information signs, zone control panels, and in navigation apps.
- Prediction and warning of traffic congestion. Using predictive algorithms to analyze potential traffic jams and proactively inform drivers and traffic controllers.
- Visualization of passenger demand for public transport and assessment of vehicle movement conditions to optimize public transport schedules and routes / operational adjustment of traffic control modes.
- Monitoring and management of pedestrian flows: monitoring and managing pedestrian crossings and pedestrian movement to ensure safety and efficient flow.
- Providing a transport planning tool that uses the collected data to determine infrastructure improvement needs, plan effective improvements and extensions.
- Visualizing current road closures and changes in traffic patterns to assess and minimize the impact on traffic parameters.
Interactive display of the urban road network
Visualization of all elements of the urban road network and infrastructure elements (traffic safety and road management systems) in real time.
Analysis of traffic flow parameters
Visual display of speed, traffic density, and direction of main traffic flows.
Monitoring weather conditions
Displaying weather and environmental parameters on the urban road network: temperature, precipitation, visibility, and their impact on road traffic.
Identification and display of road incidents
Car accidents, speeding violations, places where vehicles gather, pre-congestion situations, incidents from the VIS.
Warning about upcoming traffic congestion
Analysis and forecasting of traffic flow parameters to prevent congestion.
Adjustment of control modes
The ability to send commands to adjust the operation of the system in real time directly from the ITS operational picture.
Advantages of the module
- Centralized information spaceОбъединение всех оперативных данных из инструментальных подсистем ИТС в единое информационное пространство для преодоления фрагментации информационных потоков.1
- Multi-level integration and data enrichmentDeep integration and enrichment of data from disparate sources ensures the extraction of new useful information and enables a comprehensive analysis of traffic.2
- InteroperabilityProviding tools for managing adjacent systems from a single «window» to ensure management of a unified end-to-end process.3
- Forecasting and responseИспользование собственных научных достижений в области обработки и анализа больших данных для точной оптимизации дорожного движения4
- Decision supportAccelerating and simplifying the decision-making process through the use of tools for modelling the handling of abnormal situations.5
- Improved coordinationSince all the data is available in one place, it ensures better coordination between different services and departments involved in traffic management.6