The Significance of Sensor Diversity in Self-Driving Cars Members Public

Discover why sensor diversity is crucial for the development of self-driving cars and how it impacts the future of autonomous vehicles.

James Davis
Article

Next-2Digits Project Focuses on Advancements in Graphene-Based Sensors and Imagery Members Public

The Next-2Digits project, in collaboration with GrapheneEU, aims to develop the next generation of sensors and imaging technology using graphene. This consortium of 11 European companies is committed to advancing expertise in graphene and disseminating knowledge to various stakeholders.

James Davis
Article

Fusing Aerial and Mobile LiDAR Data for Efficient Mapping Projects Members Public

Discover how Caltech Group revolutionizes large-scale mapping projects by combining aerial and mobile LiDAR data.

James Davis
Article

The Democratization of 3D Scanning Members Public

Recent advancements in technology have made 3D scanning more accessible to engineers, construction specialists, and field workers. By democratizing the acquisition, organization, and sharing of 3D data, these advancements have revolutionized the way professionals collaborate and solve issues.

James Davis
Article

How Apple's New Spatial Camera Works Members Public

Apple's iPhone 15 Pro introduces what they have called a "spatial camera", leveraging the power of LiDAR technology to redefine 3D video capture.

James Davis
Hardware

A new study models how rainy conditions affect LiDAR sensors Members Public

According to researchers, the ability of autonomous vehicle LiDAR sensors to detect objects at a distance is proven to be less effective in heavy rain.

James Davis
Research

Goldfish acquires driving skills using LiDAR Members Public

Israeli researchers have discovered that goldfish are capable of terrestrial navigation after teaching them to drive LiDAR-equipped robotic vehicles.

James Davis
Research

The congressional rail safety push: how Lidar is making a difference Members Public

The Lidar Coalition advocates for the use of lidar technology to improve rail safety, such as track inspection, obstacle detection, terrain mapping, and grade-crossing improvements.

James Davis
Lidar Coalition