GPS is the short-form of Global Positioning System. It is a system which provide accurate Altitude, Latitude, Longitude, UTC time and many more information, which are taken from 2, 3, 4 or more satellite. To read data from GPS, we need some Microcontroller and we already interfaced GPS with Arduino and with Raspberry Pi. We have selected G7020 GPS …
How to interface GPS receiver with 8051 (AT89C52)? GPS receiver is an electronics device capable of receiving Global Positioning System (GPS) signals to decide the device’s location on Earth. Today GPS receiver is popular in vehicles and other navigation equipment. As we know that GPS is free to use there is no subscription charge for that. Consider if …
Interfacing GPS Receiver with 8051 Microcontroller -AT89C52 Using Pic Read More »
For our final project, we built a self-driving car that takes in inputs for a final destination and drives itself from its initial location to the final destination. The idea for this final project requires an LCD to display the location that the car is already at and allows a user to input coordinates for …
Earlier this year I have bought on the flea market a used car GPS system, an Amstrad gp1000. (Un)fortunately it was so badly damaged, that it could not be repaired, so I thought I would reuse some parts from it. Then came the idea of building a portable GPS logger system. The receiver runs perfectly …
A while back I picked up a Spark Fun 128×64 LCD and an Ada fruit 66-channel GPS module to have a go at making a GPS clock. The great thing about setting the time and date via GPS is that I won’t have to put any buttons on the clock. It’ll set itself, and appear …
GPS Clock Assembly, Part III January 10, 2015 Filed in: GPS | Arduino | Electronics | Clocks | Laser Cutting Pinoco was hit with the holiday rush, so it took a few extra weeks to get my new batch of laser cut acrylic. I nailed it this time. Right away I could tell the engraving …
You’re in a crowded street with many high buildings around you and you find your car position on Google maps is wrong. That’s usual, right? This is caused from (fake/distorted) GPS signals reflected from the high buildings around you which make your GPS receiver do some wrong calculations. So be careful don’t always listen to …
2018 Will Mark A Milestone in GPS Technology with 30-centimeter Accuracy Read More »
In IoT and digital age, location-based services applications are widespread: starting from Google maps to anti-loss devices and not ending with location-based marketing. The most common technologies used for user location identification are: GPS, WiFi and Beacons (a custom BLE profile). Location-based (geo fencing) marketing is a new way to enhance the personal experience while …
GPS vs. Beacons vs. Wi-Fi: Three Location Identifier Technologies Read More »
At Sonnet Labs, a group of avid outdoor enthusiasts aim to democratize mobile communication with technologies that enable smartphones to send text messages, image data, and GPS locations without Internet connectivity, cellular coverage, or satellite reception. No need for cellular grid with Sonnet Therefore, they launched their product, Sonnet, the smartphone walkie-talkie! Sonnet is a wireless …
Sonnet Off-Grid Device, The Smartphone Walkie-Talkie Read More »
Story In this tutorial we will demonstrate how GPS data can be collected from a serial GPS module. We are using an An doer u-Blox NEO-6M GPS module, which has excellent GPS capabilities. One of the NEMA sentences that it collects includes the GPGGA sentence which provides essential fix data. We’ll show you how to …
Collecting GPS Data Using GPS Module With Windows IoT Read More »
