Global Navigation Satellite Systems Engineering, Policy, and Design
Existing and future GNSS receivers must be able to operate reliably when multiple LEO PNT signals are present, with the opportunity for LEO PNT to become interoperable with GNSS MEO in the same way multi-constellation receivers use signals from different MEO GNSS systems today.
By Inside GNSS
How GNSS-reflectometry is transforming land-fast ice monitoring.
By Inside GNSS
A look at integrity and continuity concepts of a dual navigation architecture developed for civil aircraft during precision approaches.
By Inside GNSS
From IMU fundamentals to low-SWaP-C system design, experts explain how tightly integrated GNSS-INS is delivering resilient navigation when satellite signals are degraded, intermittent or denied.
By Renee Knight
The U.S. has fallen behind in both space-based and APNT. Now is the time to change that with new PNT policy and stronger governance.
By Dana A. Goward
Resilience, authentication, complementary systems and timing assurance were among the critical issues covered at this year’s Munich Space Summit, where colleagues from both sides of the Atlantic came together to help define what a resilient PNT future looks like.
By Peter Gutierrez
For the first time, the summit merged two meetings, the Munich Satellite Navigation Summit and the Munich NewSpace Summit, highlighting how NewSpace energy is starting to reshape Europe’s space model and PNT vision.
By Inside GNSS
At this year’s Munich Satellite Navigation Summit, Xona co-founder and CTO Tyler Reid did something that funding announcements rarely do on their own: he made the company’s case feel immediate.
By Peter Gutierrez
Launch provider swap underscores schedule priority for GPS III capability delivery as ULA investigates booster anomaly.
By Inside GNSS
A comprehensive look at various concepts related to CDF-overbounding, and a methodology for creating protection volumes that contain positioning errors with a high level of confidence.
By Inside GNSS
Reports of widespread GNSS interference in the Gulf and Strait of Hormuz region are coinciding with a sharp disruption in commercial shipping, turning the area into a real-world test of how resilient maritime navigation and monitoring are when satellite positioning becomes unreliable.
By Inside GNSS
The methods used to establish traceability of the timing data processed by a GNSS receiver to Coordinated Universal Time (UTC), and the role calibrating the delay in the user’s receiving and processing equipment plays in realizing this traceability.
By Inside GNSS
Authors develop and demonstrate a receiver agnostic, real-time signal cleaner that uses innovative, efficient algorithms as well as machine learning methods.
By Inside GNSS
