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- Title
Design and Implementation of Cost-effecive Public Bicycle Sharing System based on IoT and Access Code Distribution.
- Authors
Bajracharya, Larsson; Jongmun Jeong; Mintae Hwang
- Abstract
In this paper, we design and implement a public bicycle sharing system based on smart phone application capable of distributing access codes via internet connection. When smartphone user uses the application to request a bicycle unlock code, server receives the request and sends an encrypted code, which is used to unlock the bicycle at the station and the same code is used to return the bicycle. The station's hardware prototypes were built on top of Internet devices such as raspberry pi, arduino, keypad, and motor driver, and smartphone application basically includes shared bike rental and return functionality. It also includes an additional feature of reservation for a certain time period. We tested the implemented system, and found that it is efficient because it shows the average of 3-4 seconds delay. The system can be implemented to manage multiple bikes with a single control box, and as the user can use a smartphone application, this makes the system more cost effective.
- Subjects
BICYCLE sharing programs; INTERNET of things; SMARTPHONES; INTERNET; PROTOTYPE (Linguistics)
- Publication
Journal of the Korea Institute of Information & Communication Engineering, 2018, Vol 22, Issue 8, p1123
- ISSN
2234-4772
- Publication type
Article
- DOI
10.6109/jkiice.2018.22.8.1123