The sensor uses frequency modulated continuous wave (FMCW) technology, which is made to enable instant velocity at each point ...

Advancements in combining sensors enabling intelligent, distributed processing and standardized communication of object data.

Demystifying how autonomous vehicles work by introducing a high-level architecture for how these systems operate ...

We recently published a list of Top 11 Trending AI News And Wall Street Ratings. In this article, we are going to take a look ...

China's biggest EV maker BYD this week unveiled a leap into driverless systems with its "God's Eye" system as it continues to ...

The report explores how advanced remote sensing, AI, and cloud-based data systems can revolutionize the measurement, ...

Adolphi, C. and Sosonkina, M. (2025) Machine Learning and Simulation Techniques for Detecting Buoy Types from LiDAR Data.

Scientists from the French research organisation CEA-Leti presented three papers at Photonics West 2025 detailing the institute’s latest R&D successes to improve chemical detection, high-speed ...

But what separates the SUPER from other much faster racing drones capable of 100+ mph (160+ km/h) that can turn on a dime is that the SUPER runs on AI and has 3D LiDAR onboard. That is ...

Architecture MSci integrates the development of architectural design skills with an understanding of the complex social and technical environments in which buildings are produced. The programme ...

Sensors like RoboSense's EM4, with 1080 laser beams, SPAD architecture, and 26M points per second, or Hesai's AT1440, are marvels of LiDAR technology. With the sheer number of sensors available ...