Smartphone-Based Connected Bicycle Prototype Development for Sustainable Multimodal Transportation System

 

 

Principal Investigator Achilleas Kourtellis, PhD
Final Report (DOI) Download final report
TRID View TRID entry
Policy Brief Available soon

Abstract

The project’s goal is to develop a proof of concept prototype connected bicycle and demonstrate that the technology works and can provide a connection between a bicycle and the road environment. The specific objectives are to:

(1) Conduct a comprehensive literature review regarding peer techniques of connected bicycle and transferrable techniques from connected vehicles and autonomous vehicles.

(2) Identify critical information (i.e., position, acceleration/declaration, direction, speed, etc.) and system configuration requirements (i.e., wireless bandwidth, global positioning system (GPS) resolution, tactile and/or acoustic warning system, etc.) for B2X (bicycle-to-everything) communication in a sustainable multimodal transportation system.

(3) Identify and/or develop the information transmission mechanism for B2X communication in a sustainable multimodal transportation system; and

(4) Develop a proof-of-concept prototype for a smartphone-based connected bicycle using identified hardware (i.e., sensor, transmitter, smartphone, bicycle anti-theft system, etc.) and software (i.e., smartphone system configuration, mobile application and user interface, etc.) components.

Grant DTRT13-G-UTC56
USF # 79063-17
Funding Amount $105,001
Project Start Date 1/1/18
Expected Date of Completion 5/31/19
Performing Organization Center for Urban Transportation Research- National Center for Transit Research
Sponsor Organization Office of the Assistant Secretary for Research and Technology- University Transportation Centers Program -Department of Transportation
Project Manager Robert L. Bertini Ph.D
Principal Investigator Dr. Achilleas Kourtellis