Autonomous vehicles are getting better at sensing their surroundings, but even they still need to be able to directly see a hazard to react to it. Now, a Stanford team is developing a laser-based system that may allow driverless cars to see around blind corners.
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After a year of development, design firm Moment Factory has successfully realized GRiD, a large-scale, real-life version of Pong. The game uses LiDAR to track player movements, letting teams of two act as paddles on a giant projected game board.
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The ruins of a gigantic Mayan city have been discovered under the blanket of the Guatemalan jungle, by bouncing lasers through the trees to reveal thousands of previously-unknown structures in a process the research team calls "digital deforestation."
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Toyota will bring its Platform 3.0 automated driving platform to the Consumer Electronics Show (CES) in Las Vegas next week. The new platform is designed over a Lexus LS 600h and comprises long-range sensors over 360-degrees.
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In what promises to be a big step forward in 3D vision systems for autonomous vehicles, Velodyne has announced a new 128-channel LiDAR sensor that boasts the longest range and highest-resolution on the market.
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The mesosphere is the layer of our atmosphere that separates us from the cold, dark vacuum of space. Yet, according to NASA, it is little understood. The space agency plans to fix that with the world's first space-based LiDAR system designed to make sodium particles glow.
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The Cadillac CT6 is good, but it lags in the technology stakes compared to the semi-autonomous showoffs you can buy from Mercedes and BMW. The car has taken a baby step towards matching its European rivals with the new Super Cruise system.
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A new instrument developed by NASA could function as “a rover’s sense of smell” to aid the search for alien life. Using lidar, a light-based system like radar, the instrument can detect organic particles that indicate living organisms, and even determine how recently that life may have been present.
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Self-driving cars have to be able to "see" where they're going, and one way to do that is by using a LiDAR sensor. Velodyne has announced a new sensor, the Puck Hi-Res, that it says allows vehicles to see farther and with more clarity.
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A new Ford and MIT research project is aimed at improving ride-hailing services by predicting the movement of pedestrians. LiDAR sensors and cameras will be used to identify pedestrians and their movements around a location, allowing vehicles to be dispatched to areas that are predicted hot-spots.
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