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Welcome to the RINEX Wiki 👋
This is a serie of tutorials to help you get started with our applications.
We'll use real world applications to demonstrate the capabilities of our toolkit.
This serie focuses on applications and not the libraries themselves: if you're a developer, the online API are at your disposal.
If you encounter any troubles reproducing one of the examples or would like to participate or provide other examples, you can
- Open a new Issue on Github.com
- Open a Discussion
- Leave a message on Discord
- GNSS and Navigation 🧭
- Timing and Time transfer 🕙 🕐
- Radio communications 📡
- Atmosphere analysis 🌧️
- Open Data 💹
This wiki serie will explain what RINEX and GNSS data processing in general demands, we will focus on navigation, positioning and timing applications. We will discuss SP3 and other high end products that are typically required in precise and advanced applications.
The following pages depict what our RINEX-Cli application is capable of.
It is one command line application, that is fast and easy to deploy, without any GUI as of today.
We plan on developping a Graphical Interface once most of the opmodes have been accomplished.
RINEX-Cli is growing as some kind of Teqc + Anubis + RTKLib combination.
You will find options and operations that are similar to all three applications, if you are familiar with them.
Like Teqc we propose modes to investigate the data quality prior PPP resolution.
Like RTKLib we integrate a complete PVT solver that is most likely easier to tweak and operate.
Our examples involve GPS, Galileo and BeiDou (worldwide constellations), we will also try to demonstrate similar capabilities with QZSS and IRNSS.
This toolbox would not be possible without the incredible ecosystem available to the Rust community 🦀 :
