Standards and Data Formats
A complete set of GNSS Format examples with descriptions can be found at gAGE pages.
More details about Interfaces and Protocols can be found through NAVIPEDIA pages.
IERS Conventions: They define the standard reference systems to be used by the IERS. More information available at IERS web page.
Receiver INdependent EXchange (RINEX)
The RINEX format covers three different ASCII files: Observation, Navigation and Meteorological files
Release Notes can be accessed from here
Latest version 3.03 full paper is available here
Long Filename Creation: Recommendations on the new naming scheme for the RINEX 3 files can be found here
Information about previous RINEX versions can be found here
Extended Standard Product 3 Orbit (SP3):
IONosphere-map EXchange format (IONEX): Latest version can be download from here
RINEX Clocks: Common standard to exchange of postprocessed satellite and receiver clock offsets data. Format description can be downloaded from here.
RINEX-type Exchange File for GEO SBAS Broadcast Data: This contains the binary data broadcasted by some Space-Based Augmentation Systems (SBAS) like EGNOS and, WAAS collected in a specific time interval. Detailed information on the format can be found here.
Two Line Elementt (TLE): Format encoding a list of orbital elements of an Earth-orbiting object for a given point in time, the epoch. A description of the format can be found though the link.
Networked Transport for RTCM via Internet Protocol (NTRIP): It enables the mobile RTK GPS receiver (rover) to access data from the RTK base station over the internet to achieve 1cm accuracy. The protocol can be downloaded from here.
NAVIPEDIA GNSS tools can be accessed from here
RTKLIB is an open source program package for GNSS positioning. Please visit the RTKLIB website for more information.
GPSTk provides a C++ open source library and a suite of applications for GPS processing problems. Please visit the GPSTk website for more information.
GAMIT, GLOBK and TRACK form a comprehensive suite of programs for analyzing GNSS measurements primarily to study crustal deformation. Please check the following link for further information.
GNSS-Inferred Positioning System and Orbit Anlysis Simulation Software. More details can be found here.