Global Navigation Satellite Systems Engineering, Policy, and Design
MEMS has moved into the high-end market, and the latest disruptor to take into account is silicon MEMS. That’s micro-electromechanical systems based in…
By Inside GNSS
A revolutionary accelerometer makes possible new levels of stability and control in UAV navigation, at lower cost for the inertial measurement unit package. A…
By Inside GNSS
We cannot simply test-drive our way to safety. Instead, innovative methods of demonstrating safety and reliability must come into play immediately. A free…
By Inside GNSS
A group of Stanford Ph.D. and Masters graduates, with work experience among them at SpaceX, Ford Motor Systems, Blue Origin, Booz Allen Hamilton…
By Inside GNSS
In three hours over two days, this special virtual workshop and professional learning experience rigorously investigates safety, integrity, standards and testing for precise…
By Inside GNSS
Order-of-magnitude advances in inertial technology seem to take place roughly every 20 years, and the industry is poised at such a point now….
By Inside GNSS
Since 2015, controlled reception pattern antennas (CRPAs) have come onto the market for civil applications where the need to counter increasing GNSS signal…
By Inside GNSS
Previously, controlled reception pattern antennas (CRPAs) were only in the military domain, and highly classified. The need to counter increasing GNSS signal jamming…
By Inside GNSS
Keeping a mapping drone at a safe distance from rugged vertical terrain during its mission requires intense planning and a GNSS-enabled technology called…
By Inside GNSS
Three different low-cost sensor integrations, covering vehicle navigation in a range of environments, will be covered in a February 12 webinar, “Automotive-Grade GNSS…
By Inside GNSS
For driverless vehicles, current GNSS meter-level positioning accuracy still serves for lane-level detection. However, hazardous misleading information poses a serious, disruptive and critical…
By Inside GNSS
There’s still time, barely, to sign up for this week’s webinar. Learn 3 key concepts for autonomous automotivery: lane level, antenna phase center…
By Inside GNSS
The antenna may qualify as the most overlooked element in high-precision positioning in automotive applications, which increasingly these days denote potentially autonomous applications….
By Inside GNSS
“The future of navigation is inertial plus . . . some other sensor,” states Michael Braasch at the opening of this month’s webinar….
By Inside GNSS
The complex and mission-critical needs of the autonomous vehicle market demand innovation at higher levels in several different sensors and in sensor integration….
By Inside GNSS
