Autonomous Cars

Current autonomous travel technologies rely greatly on a combination of digital cameras and graphics processing units designed to render graphics for video games. The...

As electric and autonomous vehicles take on more driving tasks, understanding exactly how a car behaves at any given moment becomes critical. One of...

As cyber-physical systems (CPS), such as autonomous vehicles, robotic systems, smart grid and unmanned aerial vehicles are becoming more complex, they also grow increasingly...

Ground-penetrating radar may soon be the sensor that makes cars autonomous in all weather conditions. Developed at MIT Lincoln Laboratory, the technology has proven...

The autonomous vehicle industry has advanced more slowly than many sensor companies anticipated when they built their business strategies over the past decade. As...

A driverless all-terrain vehicle equipped with GPS and cameras trained to recognize animals is soon to join the security fleet at the Edmonton International...

Researchers at the Technical University of Munich (TUM) have developed autonomous driving software which distributes risk on the street in a fair manner. The algorithm...

Autonomous vehicles require a clear view of stationary and moving objects on or around it. Lidar is one of the driving forces that help...

Soon, trams equipped with enhanced security features will be active on the streets of one of the biggest cities in Europe, St. Petersburg. Innovative...

As we all know, driving has its own set of rules and etiquette. Whether it’s merging or giving way, or not driving into a...

Attend the seventh Conference and Exhibition on Unmanned Systems and Robotics - AUS&R 2019.Register!Representatives from government, leading defense industries, military, security forces and law...

The application of autonomous vehicles has grown dramatically in recent years. Two major functions of autonomous vehicles are positioning and path planning. An indoor...

Long-haul routes are well suited for self-driving trucks because they are normally accomplished with driving teams of two. Haulage operators find that driving teams...

A new study finds that driverless cars can actually slow down travel time through intersections if they are not connected to each other. "There are...

Traffic-sign recognition is one of the key tools required for autonomous vehicles. Thanks to road-sign standardization, this technology is well-suited to machine-learning and deep-learning...

While many cars on the road today already have some elements of autonomous assistance, such as enhanced cruise control and automatic lane-centering, the real...

Automation in vehicles is set to improve people’s lives, by improving road capacity and simply freeing up time that would have been previously spent...

Thanks to their accelerated technological development and their endless applications, unmanned systems on the ground, air, and sea currently attract the highest interest both...

For the first time in Israel, a public demonstration of the Thunder B UAV will be held at the forthcoming fifth AUS&R Unmanned Systems...

A military-derived high-resolution radar system will enable fully autonomous vehicles when it goes into production vehicles in 2020. The ICON Radar system uses advanced...

Autonomous vehicles and mobile robots rely on cameras, LiDAR and other sensors to navigate safely. These systems perform well within direct line of sight,...

A driverless car technology is being developed for battlefield use. The US Army plans to run convoys with just one or two human drivers...