Global Navigation Satellite Systems Engineering, Policy, and Design
At Xponential 2024 in San Diego, Inside GNSS sat down with Jamie Marraccini, CEO of Inertial Labs, to discuss the company’s advanced solutions for GNSS vulnerability and their role in enhancing navigation for UAS operations in GNSS-denied environments.
By Inside GNSS
uAvionix has been awarded a Broad Agency Announcement (BAA) contract by the Federal Aviation Administration (FAA) to expand C-Band frequency management for Uncrewed Aircraft Systems (UAS) Command and Control (C2) communications across regional operations.
By Inside GNSS
Scientific Systems has announced the advancement of ImageNav™, an image-based navigation software designed for use in environments where GPS signals are compromised.
By Inside GNSS
UAV Navigation-Grupo Oesía has announced the launch of its GNSS-Denied Navigation Kit, a new development aimed at improving autonomous navigation capabilities for unmanned aerial systems (UAS) in environments where GNSS signals are unreliable or absent.
By Inside GNSS
Domo Tactical Communications (DTC) and Inertial Labs, Inc. have announced a partnership to create an integrated navigation solution for uncrewed systems.
By Inside GNSS
The latest safety award for Rivian is an Insurance Institute for Highway Safety for the R1S as a Top Safety Pick+ for 2023. It accomplishes this and other safety advances with its Driver+ ADAS (advanced driving assistance system), which integrates a set of sensors along with driver attention, GNSS, and IMU modules. At AutoSens Detroit 2023, Abdullah Zaidi, Engineering Lead and Senior Manager at Rivian, presented his take on the state and near future of ADAS sensors including the benefits of adding lidar and the importance of better localization sensors for Level 3 systems.
By Kevin Jost
Santa Clara, CA-based startup Anello Photonics has announced a GNSS INS module that it says is the world’s smallest optical gyro inertial navigation system for GPS-denied navigation and localization. It is powered by the company’s optical gyroscope technology and AI-based sensor fusion engine, the combination engineered to deliver high-accuracy positioning and orientation for applications in the agriculture, construction, robotics, and autonomous vehicle space.
By Kevin Jost
Earlier this year, FocalPoint Positioning announced a collaboration with General Motors on the possible application of the UK GPS software company’s Supercorrelation software in future vehicles, including potential enhancements and operational expansion of its Super Cruise hands-free ADAS (advanced driving assistance system) and its upcoming higher-tech sibling Ultra Cruise.
By Kevin Jost
For passenger car companies developing advanced driver assistance and automated driving systems, absolute positioning is critical to the overall solution. However, providing cost-effective systems is key for high-volume applications from price-conscious automotive OEMs.
By Kevin Jost
CAMBRIDGE, UK—FocalPoint, the UK software company which provides next generation positioning solutions for mobiles, wearables and vehicles, has announced a strategic investment from GM Ventures, the venture capital arm of General Motors, and a collaboration with GM to explore the application of next generation GPS technologies to the automotive market.
By Inside GNSS
Kodiak Robotics, Inc. has been on a bit of a roll lately, developing automated solutions for long-haul truck routes in the southern parts of the U.S.
By Kevin Jost
A factor-graph optimization-based GNSS positioning method uses GNSS pseudorange and Doppler observations to estimate position, velocity, and receiver clock biases. Added constraints on past and current graph nodes of the graph using time-difference observations of the GNSS carrier phase improve the accuracy, and a robust optimization method excludes multipath outliers. Experimental results reduce horizontal positioning error from 5 to 10 meters to 1.37 meters.
By Inside GNSS
The concept of autonomous driving has generated a lot of interest and attention in the past decades as it is believed to provide numerous benefits for individuals and society: increased road safety, reduced traffic congestion, accidents and death, and saving time and pollution on commuting. There is a lot of ongoing work on this topic, much research and many experiments have been conducted on how to make cars learn the environment, make human-like decisions and drive on their own.
By Inside GNSS
