An open source bike computer based on Raspberry Pi Zero (W, WH, 2W) with GPS and ANT+. Including offline map and navigation.
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Updated
Jul 4, 2024 - Python
An open source bike computer based on Raspberry Pi Zero (W, WH, 2W) with GPS and ANT+. Including offline map and navigation.
Calculates the geometry, masses, centers of mass, and the moments of inertia of the bicycle rider system.
Observatoire du Plan Vélo
Autonomous bicycle algorithms
Membership sign-in web application for the Bridge City Bicycle Co-operative.
Python3 library for working with the Philadelphia Indego Bike Share API
Data Analysis of Bicycle Manufacturing Company Using Python, SQL and Power BI
strategic transport modelling framework for Active Transport (i.e. cycling and walking modes) as well as emerging micro-mobility modes
Locations and real-time occupancy of Helsinki city bike stations
A DIY, python-based framework to set up a server and exchange TCP packets with a chinese GPS+SIM (2G) device whose communication protocol is derived from something called GT06. Based on petGPS (https://github.com/tobadia/petGPS), with additional fixes to the geolocation API and a simple webinterface.
RESTful API wrapping bycycle.core
Locations and real-time occupancy of city bike stations
Bike Control using DDPG algorithm
A machine learning project that uses Toronto Police bicycle theft data to predict whether a bicycle has been stolen or recovered. Features are extracted and different models are trained to predict with varying accuracy.
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