Virtual Streets

Virtual Streets is a cutting edge traffic cabinet and traffic flow simulator. Utilizing the SDLC serial interface of the controller, Virtual Streets monitors the controller status and virtually triggers controller inputs. Additionally, Virtual Streets is a Hardware in the Loop (HIL) Simulation System that uses a traffic simulator to generate real-time vehicle simulated data and provides real-time Measures of Effectiveness (MoE) analytics. The Virtual Streets MoE module aggregates simulated vehicle position and speed data to provide metrics such as travel time, volume, delay, travel time index and density. 

Description

Virtual Streets is an ideal tool for performance investigation of different traffic control algorithms and configurations such as traffic signal priority, traffic responsive control or adaptive control.     

The following are the key advantages of Virtual Streets:

  • Support of 16 phases and 64 detectors 
  • Support of multiple intersection corridor/grid HIL simulation
  • Testing the traffic controller configuration without requiring a traffic cabinet
  • Before and after study of the controller configuration with simulated traffic
  • Performance verification of Central Traffic Control System
  • Before and after study of advanced traffic control algorithms and configurations such as Traffic Signal Priority and Adaptive Control.     
  • Verification of corridor/grid performance

 

Virtual Streets
Virtual Streets
Virtual Streets
Virtual Streets

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