Global Navigation Satellite Systems Engineering, Policy, and Design
The new NavGuide GPS receiver from BAE Systems, an assured-positioning, navigation and timing (A-PNT) device, will serve as a field-installable replacement for the Defense Advanced GPS Receiver (DAGR), providing the warfighter with access to assured M-Code PNT data.
By Renee Knight
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
Orolia Defense & Security, a Safran Electronics & Defense company, has announced at the Institute of Navigation’s 2023 Joint Navigation Conference that it will re-brand under a new name, Safran Federal Systems, following its 2022 acquisition by Safran, a global aerospace and defense company.
By Inside GNSS
Microchip’s 5071B is a compact commercial timing product offering ease of deployment across multiple industries
By Inside GNSS
Australia and New Zealand recently signed a $187.4m AUD contract with Inmarsat for the company to provide the Southern Positioning Augmentation Network (SouthPAN) satellite service from one of its three new I-8 satellites.
By Inside GNSS
Low Earth orbit (LEO) constellations offer a new avenue for assuring PNT. With satellites closer to the Earth, they provide stronger signals and improved positioning accuracy with rapidly changing geometry. They complement GNSS resiliency, security and precision for PNT, making LEO an attractive alternative PNT option for the industry to pursue.
By Inside GNSS
The Spirent simulator emulates Xona navigation signals and enables robust, accurate testing before full satellite constellation deployment
By Inside GNSS
Galileo Second Generation (G2) has officially entered into its Orbit Validation development phase.
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
When a plane attempts to land at the airport in poor visibility, signals from the instrument landing system (ISL) will help safely guide the aircraft to the ground. Such terrestrial air landing systems must be tested to ensure the navigation they’re providing is reliable.
By Renee Knight
