We take part in Automotive World 2019 held from January 16 to 18, 2019 at Tokyo Big Sight.Our booth is E44-35.
2019.01.08We take part in Automotive World 2019 held from January 16 to 18, 2019 at Tokyo Big Sight. Our booth is E44-35. During the exhibition, we will give a presentation as follows: Title:OTSL’s approach to autonomous driving technology Presentation:COSMOsim ― 3D Real-time automotive sensor simulator framework ― Processes to design technology for autonomous driving Venue:The east fall 2F in Tokyo Big Sight / East-B Schedule:January 16th 15:00-16:00/January 17th 16:200-17:20 We look forward to seeing you at the presentation and/or our booth.
OTSL is a member of the Association for Standardization of Automation and Measuring Systems(ASAM)
2018.11.16We became a member of the Association for Standardization of Automation and Measuring Systems(ASAM) in November 2018. Together with ASAM, we would like to help autonomous driving simulation interface standardized. ASAM’s website: https://www.asam.net/
OTSL Completes 3D Real-time Sensor Simulator Product Lineup Aimed at Realizing Zero-Blind-Spot Autonomous Driving Simulation
2018.10.17– Worldwide Simultaneous Release of 3 Products, New Infrared Simulator Enabling World’s First Dynamic Real-time Simulation, Camera Simulator, and Ultrasonic Simulator – OTSL Inc., a short-distance wireless system and embedded system developer and distributor, has enhanced its 3D real-time sensor simulator product lineup for autonomous driving, COSMOsim, and released on October 17th three new types of simulators–worldwide simultaneously–for infrared/uBolometer(*), camera, and ultrasonic sensors to be used for automotive manufacturers, system component suppliers (vehicle sensor manufacturers), and semiconductor manufacturers. (*) u=micro Last year, OTSL released Advanced Millimeter Wave Radar Simulator (AMMWR Simulator) and Advanced Laser Radar/LIDAR Simulator (ALR Simulator), entering the business of real-time simulators for autonomous driving. This time OTSL adds Advanced Infrared/uBolometer Simulator (AIRB Simulator), Advanced Camera Image Sensor Simulator (ACIS Simulator), and Advanced Ultrasonic Simulator (AUS Simulator) to its simulator product lineup, offering a total of five types of simulators that can be used for all sensor systems for autonomous driving. “Expectations towards autonomous driving are growing worldwide, creating higher demand for high-performance simulators that can verify safety and accuracy in environments that closely match real driving conditions,” said Shoji Hatano, CEO, OTSL. “OTSL’s simulator product lineup for autonomous driving provides an integrated platform that allows you
Exhibition information
2018.06.02OTSL will participate in the following exhibitions. ▶ JUN. 5-7: Autonomous Vehicle Technology World Expo 2018. in Stuttgart, Germany http://autonomousvehicletechnologyworldexpo.com/de/index.php ▶ JUN. 28,29: China Autonomous Driving Testing Technology Innovation Conference 2018. in Shanghai, China http://en.autonomous-driving-testing-conference.com/ ▶ JUL. 9-12: Automated Vehicles Symposium 2018. in San Francisco, U.S.A http://www.automatedvehiclessymposium.org/home
OTSL to Exhibit at AutoSens 2018 in U.S. and Autonomous Vehicle Technology World Expo 2018 in Germany
2018.05.14– Set to Demonstrate Simulators of Millimeter Wave Radar and LIDAR Specialized for Autonomous Driving; Also to Exhibit for Reference Infrared and Camera-based Simulators under Development – OTSL Inc., a short-distance wireless system and embedded system developer and distributor, announced on May 14 that it will be participating in two major upcoming exhibitions: AutoSens 2018, an automotive sensor exhibition to be held in the United States (Detroit, Michigan) on May 14-17, 2018; and Autonomous Vehicle Technology World Expo 2018, an autonomous driving technology exhibition to be held in Germany (Stuttgart) on June 5-7, 2018. In September 2017, OTSL released both the Advanced Millimeter Wave Radar Simulator (AMMWR Simulator), the world’s very real-time simulator specialized for millimeter wave radar, and the Advanced Laser Radar Simulator (ALR Simulator), a LIDAR-based simulator. These releases marked the company’s official intent to compete in the autonomous driving simulator industry. The AMMWR Simulator generates a virtual 3D image from millimeter wave radar data by converting calculated values into a visual format, including calculations on the irradiated area, angle, distance, reflected wave intensity, and velocity relative to other target objects. By creating driving scenarios and adopting a game engine for the video animation, OTSL succeeded in
Previous<< 1 2 3 4 5 6 7 8 >>Next