Autonomous Robot ChallengeThe amazing VIKINGS team’s robot autonomous navigation relies on several sensors: odometry prediction, fused with Ellipse-A inertial sensor information, then c
Formula Student: the crucial role of the IMU/GNSSSeveral driverless and electric teams who integrated SBG IMU/GNSS in their race cars describe what the key elements to success in Formula Student are.
Hyperloop ChallengeHyperXite, the team from the UCI university, participated to the second Hyperloop competition and ranked #1 of All-American Hyperloop team, and #2 in the world
University of Tennessee: Angle of attack determination using inertial navigation system data from flight tests
Technical University of Darmstadt: Direct georeferencing of a multi-sensor platform for mobile mapping applications and damage detection
Chalmers University of Technology: Design and evaluation of a software architecture and software deployment strategy
Autonomous Robot ChallengeThe amazing VIKINGS team’s robot autonomous navigation relies on several sensors: odometry prediction, fused with Ellipse-A inertial sensor information, then c
Formula Student: the crucial role of the IMU/GNSSSeveral driverless and electric teams who integrated SBG IMU/GNSS in their race cars describe what the key elements to success in Formula Student are.
Hyperloop ChallengeHyperXite, the team from the UCI university, participated to the second Hyperloop competition and ranked #1 of All-American Hyperloop team, and #2 in the world
University of Tennessee: Angle of attack determination using inertial navigation system data from flight tests
Technical University of Darmstadt: Direct georeferencing of a multi-sensor platform for mobile mapping applications and damage detection
Chalmers University of Technology: Design and evaluation of a software architecture and software deployment strategy
