Global Navigation Satellite Systems Engineering, Policy, and Design
Earlier this year, FocalPoint Positioning announced a collaboration with General Motors on the possible application of the UK GPS software company’s Supercorrelation software in future vehicles, including potential enhancements and operational expansion of its Super Cruise hands-free ADAS (advanced driving assistance system) and its upcoming higher-tech sibling Ultra Cruise.
By Kevin Jost
Recent bipartisan legislation aims to make satellite communication and PNT services more available to farmers.
By Brett Davis
For passenger car companies developing advanced driver assistance and automated driving systems, absolute positioning is critical to the overall solution. However, providing cost-effective systems is key for high-volume applications from price-conscious automotive OEMs.
By Kevin Jost
The ESA-funded SSRoverDAB+ project delivered its final results in June 2023.
By Peter Gutierrez
Safran Electronics and Defense (France) is leading the ACHILE consortium (‘Augmented capability for high-end soldiers’), aimed at designing advanced soldier systems with enhanced capability suites. In June, 2023, the European Commission awarded ACHILE a €40-million grant, making it one of the main projects funded under the European Defense Fund 2021.
By Peter Gutierrez
Using atmospheric polarization for GPS-denied navigation
By Inside GNSS
GMV NSL Ltd and Thales Alenia Space have presented the results of the NAVISP EL1 034 project, ‘AI-Enabled Baseband Algorithms For High-Fidelity Measurements’ (AlnGNSS). Using selected AI-enabled algorithms, the project demonstrated some significant improvements in PVT performance compared to conventional GNSS PVT methods. However, the overall impact of AI was not substantial.
By Peter Gutierrez
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
Offshore applications can now rely on higher accuracy and faster convergence through Apex PRO Correction Services from Hexagon | Veripos.
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
