Search Results for "api c#"

A small server-side application is dedicated to provide TCP-packets response and basic logging functionality from operating low cost commercially available GPS Vehicle Trackers such as Concox GT06N and perhaps others (GT06E and GT06F). The application is using POSIX API and intended to run on Unix, Linux and even Windows systems (cygwin environment). Currently it has been developed and tested on FreeBSD 14.3. Recently added limited support for VL103 series devices from Jimi IoT Co., Ltd..

...The project implements forward and inverse transformations (WGS→GCJ and GCJ→WGS) as well as a higher-precision inverse method (GCJ→WGS exact) that trades speed for sub-meter accuracy, and it includes a utility for computing geodesic distance in meters. It’s implemented (or ported) across many languages and platforms — you’ll find reference implementations in Go, C/C++/Obj-C, Java, JavaScript, Python, PHP, C#, Haskell, Rust, Swift, MATLAB and more — which makes it easy to drop into server, client, or mobile codebases. The README documents the API signatures and describes expected numeric accuracy (e.g., ~1–2 m for the standard inverse, <0.5 m for the exact inverse) and when to use each routine.

This project is for an iPhone/iPad viewer that is used to display FAA digital aviation charts. It also includes the support files necessary to prepare digital charts as downloadable tiles and a point of sale web site used by end users to obtain the charts. The viewer's features includes generating track points, which can be saved as GPX. The viewer can also be used to plot flights. The point of sale purchase system is Drupal based with a MySQL database. The remote device connects to...

openBmap collects data and provides open maps and statistics of all communicating objects: cellular antennas, wifi hotspots. All softwares from back-end to client are open-source under AGPL v3 license.

RGP: Red General de Posicionamiento (Project Number P022-06/E16 - Junta de Andalucía) -- General Network Positioning based on open software and hardware. This project is the development and test of the standard IEC-60870-5 application layer protocol

Many people have met the challenge of finding out their location, while not having a gps. We have developed a solution to this challenge. wLBS is the world's first completely open Wi-Fi geolocation system.