k > > q > r > q...Microsoft PowerPoint - Ppt0000003.ppt[èª ã ¿å ã å ç ¨] Author saiki...

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Model and Study Traffic Simulation Masao KUWAHARA (Professor) (TEL 022-795-7492 [email protected]) Capacity : 4 to 6 students First Lecture : 3rd Quarter, 11 th of October (Thu) 16:30 - (Following lecture time will be decided at the first lecture) Place : Room 407, Civil Engineering and Architecture Building, 4 th Floor We are surrounded by various transport related sensors! Probe Car GPS Mobile Infrared Beacon Traffic Detector AVI Bus Card Suica Various simulation models are available: Models for large, middle and small areas Models based on the fluid approximation, individual vehicle objects AVENUE SOUND Specific Tasks 1.Observe real traffic flow 2.Modeling vehicle movements 3.Develop a traffic simulation model 4.Validate the model developed 5.Study fundamentals of traffic flow 6.Monitoring traffic flow using the model and sensing data

Transcript of k > > q > r > q...Microsoft PowerPoint - Ppt0000003.ppt[èª ã ¿å ã å ç ¨] Author saiki...

  • Model and Study Traffic Simulation

    Masao KUWAHARA (Professor)(TEL 022-795-7492 [email protected])

    Capacity : 4 to 6 studentsFirst Lecture : 3rd Quarter, 11th of October (Thu) 16:30 -

    (Following lecture time will be decided at the first lecture)Place : Room 407, Civil Engineering and Architecture Building, 4th Floor

    We are surrounded by various transport related sensors!

    Probe Car

    GPS Mobile

    Infrared Beacon

    Traffic Detector

    AVI

    Bus Card

    Suica

    Various simulation models are available: •Models for large, middle and small areas•Models based on the fluid approximation, individual vehicle objects

    AVENUE

    SOUND

    Specific Tasks1.Observe real traffic flow2.Modeling vehicle movements3.Develop a traffic simulation model4.Validate the model developed5.Study fundamentals of traffic flow6.Monitoring traffic flow using the model and sensing data