The commercially available L5-only GNSS solution includes machine-learning algorithms to leverage increased L5 signal-ranging precision in challenging signal […]
The open-source release of FGI-GSRx software receiver widens its user base and offers researchers, students and developers a […]
A new platform will detect and characterize GNSS spoofing operations using artificial intelligence and commercially available data Geospatial […]
Oculii’s patented adaptive AI software increases resolution of existing RF radar silicon up to 100X Ambarella Inc. has […]
A new receiver for GPS and other GNSS improves time-synchronization accuracy in areas with severe reception conditions, such […]
Swift Navigation and Carnegie Robotics LLC (CRL) have released their second joint product, Duro Inertial. Duro Inertial is a […]
StepInside and partner Flowscape to help Sweden HQ team easily find available workspace and colleagues The Senion StepInside indoor […]
Monitoring Water Level with GNSSA receiver can selectively acquire scattered signals and the resulting measurements can be interpreted to reveal certain characteristics of the source of the scattering. This article discusses the design and application of a GNSS instrument that uses scattered signals for monitoring the level and roughness of inland and coastal water surfaces for the betterment of planet Earth.
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