xBOT – A Versatile Robot to Assist Testing of Autonomous-Connected Vehicles

  • Labi, Samuel S. (PI)
  • Feng, Yiheng Y. (PI)
  • Liu, Henry H. (CoPI)
  • Brewer, Robin R. (PI)
  • Gritza, Konstantina K. (PI)
  • Peeta, Srinivas S. (PI)
  • Lakshmanan, Sridhar S. (PI)
  • Xiang, Weidong W. (CoPI)
  • Masoud, Neda N. (PI)
  • Al-qadi, Amad A. (PI)
  • Meidani, Hadi H. (CoPI)
  • Ouyang, Yanfeng Y. (CoPI)
  • Ozer, Hasan H. (CoPI)
  • Roesler, Jeffrey J. (CoPI)
  • Bills, Tierra T. (PI)
  • Flannagan, Carol C. (CoPI)
  • Peng, Huei H. (PI)
  • Fricker, Jon J. (PI)
  • Pradhan, Anuj A. (PI)
  • Gkritza, Konstantina K. (PI)
  • Yi, Ping P. (PI)
  • Li, Yongfu Y. (CoPI)
  • Kandiah, Ramanitharan R. (PI)
  • Lin, Brian B. (PI)
  • Mousas, Christos C. (PI)
  • Bao, Shan S. (PI)
  • Feng, Fred F. (CoPI)
  • Sinha, Kumares K. (PI)
  • Labi, Samuel S. (CoPI)
  • Miralinaghi, Mohammad M. (CoPI)
  • Liu, Henry H. (PI)
  • Mao, Morley M. (CoPI)
  • Chen, Sikai S. (CoPI)
  • Sinha, Kumares K. (CoPI)
  • Hampshire, Robert R. (PI)
  • Delaurentis, Daniel D. (PI)
  • Sun, Dengfeng D. (CoPI)
  • Chen, Sikai S. (PI)
  • Dietz, J J. (CoPI)
  • Sayer, James J. (PI)
  • Leblanc, David D. (PI)
  • Lin, Brian B. (CoPI)
  • Orosz, Gabor G. (PI)
  • Reed, Matthew M. (PI)
  • Peeta, Sninivas S. (PI)
  • Al-qadi, Imad I. (PI)
  • Bao, Shan S. (CoPI)
  • Pitss, Brandon B. (CoPI)
  • Molnar, Lisa L. (PI)
  • Shajie, Ethan E. (CoPI)
  • Richardson, Paul P. (CoPI)
  • Sozer, Yilmaz Y. (CoPI)
  • Yin, Yafeng Y. (PI)
  • Shen, Siqian S. (CoPI)
  • Feng, Yiheng Y. (CoPI)
  • Bullock, Darcy D. (PI)
  • Lasecki, Walter W. (CoPI)
  • Menassa, Carol C. (PI)
  • Kamat, Vineet V. (CoPI)
  • Brinkley, Julian J. (CoPI)
  • Li, Da D. (CoPI)
  • Awtar, S S. (PI)

Grant Details

Description

This project aims to develop a robot (xBOT) that is customized for testing autonomous-connected vehicles. The xBOT platform itself is an automated-connected and modified Segway Ninebot© with an external shell that allows it to behave, and be perceived, as a free-moving Pedestrian, Scooter, Bicycle, Motorbike, or full-sized Vehicle in actual street environments. The objectives of the project are to ruggedize the platform, provide a user-friendly interface to easily program the platform's motion, integrate the platform into the Mcity OS, allow the platform to communicate, and be synchronized, with other static and dynamic traffic elements, and achieve all this under a complete life-cycle cost of $10,000 per robot.
StatusActive
Effective start/end date05/1/1606/30/23

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