Global Navigation Satellite Systems Engineering, Policy, and Design
This research analyzes the wide-area 2022 Texas GPS jamming incident using data from airborne receivers through Automatic Dependent Surveillance – Broadcast (ADS-B) and ground receivers at Continuous Operating Reference Stations (CORS).
By Inside GNSS
The new blockchain-based, decentralized CORS reference network provides low-cost access to triple-frequency full-constellation correction signals for centimeter accuracy, while also allowing users to earn financial rewards for contributing qualified CORS data back to GEODNET.
By Renee Knight
Experimental and simulation results from Starlink, OneWeb, Orbcomm and Iridium LEO satellite constellations are presented, demonstrating the efficacy and tremendous promise of the proposed LEO-agnostic blind opportunistic navigation frameworks.
By Inside GNSS
The Joint Research Centre of the European Commission tested seven advanced alternative sources of positioning navigation and timing (A-PNT) platforms through a performance assessment campaign, proving there are viable alternatives to GNSS available in the commercial market today.
By Inside GNSS
Using atmospheric polarization for GPS-denied navigation
By Inside GNSS
In today’s world of GNSS-contested environments and the emergence of multi-sensor fusion capabilities, there is a demand for filters that can navigate without the aid of GNSS. This article evaluates a complementary navigation filter designed to steer a sUAS autopilot in GNSS-contested environments.
By Inside GNSS
Learning GNSS positioning corrections for smartphones using Graph Convolution Neural Networks.
By Inside GNSS
A look at algorithms developed for the real-time detection and localization of GNSS interference sources, and an investigation into last year’s disruption at Dallas-Fort Worth International Airport.
By Inside GNSS
Inside GNSS’ upcoming webinar, “Understanding Latency for PNT Application Development,” delves into the critical topic of data rate and latency for position, navigation and timing, a key element for PNT systems in a number of fields.
By Inside GNSS
Leveraging tight coupling of GNSS with terrestrial radionavigation and inertial sensing provides robust PVT for unmanned aerial vehicles, but additional layers will be required for autonomous UAM.
By Inside GNSS
Identifying multipath reflectors for validating ray tracing in urban canyons.
By Inside GNSS
A: While GPS satellite faults have always been infrequent, they have become rarer in the past decade due to the maturity of the GPS constellation and its Operational Control Segment (OCS). Lessons learned from past GPS satellite failures have also aided the development of newer GNSS constellations such as the European Galileo.
By Inside GNSS
