Driving Simulator in a Connected Vehicle Environment

By Forest Elliott
Slide 1: Title slide presenting Driving Simulator in a Connected Vehicle Environment by Forest Elliott

Slide-1

Forest Elliott

Slide 2: Project overview showing connected vehicle technologies and applications

Slide-2

Project

  • Connected vehicles
  • Collision prevention
  • Speed advisory
  • Stop light notification
Slide 3: Project components including driving simulator and communication systems

Slide-3

Project

  • Driving Simulator
  • VISSIM
  • ARADA OBU (on board unit)
  • RSU (road side unit)
  • Econolite Traffic Controller
Slide 4: Process overview showing the driving simulator development approach

Slide-4

Process

● Driving Simulator

Slide 5: Technical implementation details using Unity and VISSIM communication

Slide-5

Process

  • Unity - Coded in C#
  • Communicates with VISSIM
Slide 6: Process showing ARADA OBU communication system implementation

Slide-6

Process

● Arada OBU communication

Image showing command prompt with code

Slide 7: Future work plans for RSU-OBU connection and traffic controller communication

Slide-7

Future Work

  • Establish connection between RSU and OBU
  • Establish communication between traffic controller and RSU
Slide 8: Bibliography and references for the connected vehicle research project

Slide-8

Bibliography

"The Business Model For Connected Vehicles." Ariasystems.com, 2016, www.google.com/imgres?imgurl=https://www.ariasystems.com/blog/wp-content/uploads/2016/07/connected-car-iot.jpg&imgrefurl=https://www.ariasystems.com/blog/interview-business-model-connected-car/&h=1283&w=2500&tbnid=3EFze4V0YXlKNM:&q=connected+vehicles&tbnh=160&tbnw=312&usg=__AaipzVEnLosBXzc1cU4cUiw4QA0%3D&vet=12ahUKEwj98ujDksfcAhUovlkKHfnoCWoQ_B0wG3oECAwQEw..i&docid=R-wJ27PQcw2P6M&itg=1&sa=X&ved=2ahUKEwj98ujDksfcAhUovlkKHfnoCWoQ_B0wG3oECAwQEw

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Additional Information
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