Search Results for "gps java"

i-Blue 747 / i-Blue 757 / Qstarz BT-Q1000 / i.Trek Z1 / Konet BGL-32 / Holux M-241 / ... control SW (for Java Phones, PalmOS, WinCe (PPC), Java platforms, Windows, Linux, and MacOS). Compatible with most MTK GPS Chipset based loggers.

Java Midlet to use OpenStreetMap data on a J2ME ready Mobile. Displays a moving map using external or internal GPS, shows the street name on which you are. There is Navigation support for car drivers, bicyclists and pedestrians plus many more ...

Lets you monitor your GPS-phone. You have full control of your own data. Both client software (for phones) and server software is free open source, so you might set up your own server or use the default one at opengeotracker.org

This application will help you when you are drunk. It will send a SMS with your location to a pre configured number. You only need to have a cell phone with GPS and Java.

Light Weather is a free weather forecast application for mobile devices. It uses minimal internet traffic (up to 10kb per request) to retreive the weather data from the web service provided by http://www.worldweatheronline.com/.

!!! Project servers were closed in the beginning of 2012 because the project was not actual anymore (massivity using Android and iOS devices instead of "simple" mobile phones). But source codes are always available as usual !!! A simple mobile j2me/web application that provides positioning of mobile devices connected to GSM/UMTS network or via GPS and lets you share location info by SMS or email. This project also contains GeoSignature Server j2ee application.

LoroDux is planned to be a OSM and Java based multi platform navigation software for mobile devices for blind and visually impaired persons. Release of first alpha version was September 10, 2010. http://wiki.openstreetmap.org/wiki/LoroDux

A java application that shows speed, direction and position in mobile phones that has a built in gps. Primary for use in boat or car, but hiking is fine too. To install just download the newest gpspal_x_x_x.jar file and send it to your phone.

NOTE: There is no longer a downloadable desktop app. The project is in the cloud now. See hipergeo.net and google play->hipergeo, still very beta, but up and running. The Walking Tools Reference Platform APIs provide support for GPS and GPX data processing for locative art practices (such as geo-annotation, drawing and narrative), in addition to telematic geospatial performances and other experimental practices with mobile phones. Among the resources are flexible, functional Android...

GPS-equipped cell phone works as bluetooth NMEA-183 GPS receiver

A universal navigation system for most kind of mobile phones, smartphones, portables and laptops for different kind of navigation: car/bicycle/pedestrian navigation, geocaching and maybe more.

Program dla Symbiana, pobierający pozycję GPS i wyświetlający mapy.

Mobile phone tool for high-precision GPS tracking (supports only external BlueTooth GPS receiver).

CloudGPS is J2ME map application with following features: multiple maps, unlimited cache, show your location using GPS, geocoding and turn-by-turn navigation, record and replay NMEA, based on OpenStreetMap and CloudMade.

Open Source GPS Tracking System. It allows to use mobile phones with J2ME support as mobile trackers and see its tracks on Google Maps online. There is a web RESTful API for GPS data input. See details on http://redmine.wannatrak.com

...(See also: https://github.com/tlaukkanen/mobile-trail-explorer ) Mobile Trail Explorer is an application where user can view and record tracks using the mobile phone and GPS device. Recorded tracks can be exported in KML or GPX format. KML file can be viewed in Google Earth application. Mobile Trail Explorer is mainly targeted for recording biking, hiking etc. trails. Software runs on Java platform so it is supported by many mobile phones. It is required that mobile phone supports Bluetooth connections (JSR 82) for GPS and File connection (JSR 75) for exporting trails to kml files. ...

GPS to the localisation of pedestrians involves inaccuracy due to different factors. This project implement different algorithms or approaches that compensate the low accuracy of GPS for pedestrians.