An open source GNSS software-defined receiver
Contributor: Marcus Alagar
Currently, certain essential signal-processing functions, called kernels here, in volk-gnssdr, the Vector-Optimized Library of Kernels for GNSS-SDR,...
Contributor: PedroPereira
This project aims to implement a Vector Tracking Loop (VTL) architecture in GNSS-SDR, a widely used open-source software-defined GNSS receiver....
Contributor: Víctor Castillo
The goal is to implement a functional GNSS receiver that uses INS measurements to improve the position, velocity and time solutions. This will...
Contributor: Jorge Iglesias
The future of satellite navigation is in sampling the signal directly from the antenna to the signal processing unit. To carry out this great feat,...
Contributor: Juan Alfaro
The main goal of this project, is to implement in a sofware-defined GNSS receiver (GNSS SDR), EGNOS/WAAS signals. They are both satellite-based...
Contributor: Víctor Castillo
The goal is to implement a functional GNSS receiver that is capable of introducing measurements from another sensor into the GNSS receiver chain....
Contributor: Joan Bernabeu
My proposal consists on completing BeiDou’s B1C Software-Defined Radio code-base implementation, helping with the development of the code as well as...
Contributor: SeonwooKim
I suggest a deep-learning-based approach to analyze the physical characteristics of GNSS signals and detect abnormal sequences, and consequently...
Contributor: Eric Sánchez
In this GSoC I aim to potentially implement in the GNSS-SDR receiver the following antispoofing techniques: Auxiliary Peak Tracking (APT), Output...
Contributor: harshadms
This project involves implementation of various anti-spoofing techniques in GNSS-SDR. These techniques include consistency checks to verify and...
Contributor: Haoqing Li
With Global Navigation Satellite System (GNSS) being popular in position-based applications with high accuracy, our growing dependence on GNSS within...
Contributor: Piyush Gupta
Currently, the GNSS receiver supports GPS, Galileo, GLONASS and BeiDou signals. It is only compatible with Galileo E5a signals. Since the two types...
Contributor: Lucas Ventura
The current implementation of the GNSS-SDR is a hard correlation scheme with a known scheme. The goal of this project is to implement and validate an...
Contributor: Andrew Kamble
The current version of GNSS-SDR supports GPS, GALILEO, GLONASS and BeiDou Global Navigation Satellite System signals. Right now in BeiDou signals,...
Contributor: glamountain
Carrier synchronization in standard, mass-market GNSS receivers typically utilizes well understood locked-loop architectures. The performance...
Contributor: Gerald LaMountain
This document, submitted to the GNSS-SDR open-source software defined radio project as part of the 2018 Google Summer of Code (GSoC) program,...
Contributor: Sara Hrbek
This project will add processing capability of the BeiDou B1I signals into the GNSS-SDR platform. The addition of BeiDou B1I signals will increase...
Contributor: Dong-Kyeong Lee
The current GNSS-SDR platform is a software defined receiver that supports GPS, GLONASS, and GALILEO GNSS signals. It also partially supports Beidou...
Contributor: Álvaro Cebrián Juan
My objective for the Google Summer of Code (GSoC) 2018 is to develop a Graphical User Interface (GUI) to monitor the GNSS-SDR status complying with...
Contributor: Sergi Segura Muñoz
The main objective of this proposal is to get a working implementation of the GNSS-SDR software receiving and processing BeiDou B1l signals. Some...
Contributor: Usman Haider
A proposal for developing GUI for generating configuration files for GNSS-SDR receiver. The project will deliver a friendly and intuitive GUI for the...
Contributor: Damian Miralles
Add code to support GLONASS processing in the GNSS-SDR platform
Contributor: Antonio Ramos de Torres
During last decades Global Navigation Satellite Systems (GNSS) have increasingly become a fundamental tool for high accuracy positioning purposes....
Contributor: Gabriel Araujo
Expanding the receiver to GLONASS signals will help the community to research and implement new algorithms for multi-constellation and new estimation...
Contributor: Shashanka Joisa
The currently available tracking technique in GNSS-SDR includes three parameters(code phase, Doppler shift, carrier phase). The GNSS-SDR technique...
Contributor: Ajith Peter
In the modern day, GNSS Receivers form the heart of numerous systems - positioning, navigation, time-keeping, synchronisation of communication...
Contributor: Enric Juan
Implementation of the signal tracking algorithms for BeiDou open service signals (B1I), following the examples already implemented for GPS L1 C/A and...
Contributor: hoernchen
I'm proposing to implement a GNSS-SDR Android port with a QT/QML GUI.
