... the open-source glide computer
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Updated
Nov 11, 2025 - C++
... the open-source glide computer
GPSBabel: convert, manipulate, and transfer data from GPS programs or GPS receivers. Open Source and supported on MacOS, Windows, Linux, and more. Pointy clicky GUI or a command line version...
LoRaWAN GPS Tracker for Coverage Mapping
This is an IOT Based Surveillance Car that can be controlled and tracked globally as well as its data can be accessed globally. The camera on the front of the car can also be monitored globally. It can go anywhere where a sim connection is available.
The Soldier Health Monitoring and Position Tracking System allows the military personnel to track the current GPS position of a soldier and also checks the health status including body temperature and heartbeat of a soldier.
Arduino based GPS datalogger for creating GPX files which can be used in Google MyMaps and other GPS Software.
Low cost Multi-GNSS system that has 3 UbloxNeo-M8N modules in one unmanned ground vehicle.
Arduino Code for integration of GSM module, GPS module, and various sensor to implement smart car features
A smart IoT-based waste management system for efficient and automated waste collection and real-time monitoring of detritus levels.
An Arduino project for implementing an Accident Alert System
fastgps is a GPS software receiver written in c++, which aims to be fast. Like all software receivers, fastgps performs all signal processing in software, which allows for easy tweaking at all stages: correlation, acquisition, and navigation.
In this repository you can find how to make your own GPS tracker that can be monitored over the internet
An Arduino-based GPS tracking solution. Uses one Arduino as the GPS tracker and the other to display the GPS location.
Yahboom GPS Module support BDS GPS GLONASS QZSS for Drone and ROS Robot
A C++ Telegram bot for interfacing with a GPS tracker, using LibTelegram
Shore-to-Sea Directional Communication via GPS Tracking
A Smart Automobile featuring bluetooth, voice control, automatic navigation using sonar, camera, gps navigation
Arduino project to track bicycles using LoRa network.
This program extracts data from two sensors: SparkFun 9DoF Razor IMU M0 and SparkFun GPS-RTK-SMA Breakout - ZED-F9P. The extracted data is then combined into a single message and sent via a radio transmitter.
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