IPG Automotive’s Post

💡Learn more about advanced #sensor simulation using VI-WorldSim! Sensor simulation plays a key role in the simulation of #ADAS and autonomous base scenarios. VI-WorldSim includes the ability to simulate sensors attached to vehicles. Built-in sensors include RGB camera, depth camera, instance segmentation camera, laser scanner, LiDAR, radar, ultrasonic, and virtual camera (ground truth definition). Check out our latest tutorial to learn more about advanced sensor simulation in VI-WorldSim! ▶️ For more information on VI-WorldSim and to request your demo license, please visit https://lnkd.in/d4dAY28 #vigrade #drivingsimulator #simulation #ZeroPrototypes

Our client, Scantinel Photonics, specialises in manufacturing highly compact LIDAR chips for the automotive industry. They approached us to create a video that would effectively explain their product to automotive manufacturers. The brief outlined the need to showcase how their system uses the Doppler effect to determine the relative velocity of objects in front of a vehicle, enabling advanced navigation, self-driving capabilities, and safety systems. This technology helps build an accurate and precise understanding of the 3D real-world environment. Additionally, they requested that the video include realistic driving scenarios, such as city driving, adverse weather conditions, and examples of accident and small obstacle avoidance, highlighting the high-resolution capabilities of their technology. They even wanted to incorporate light-hearted moments, like a family of hedgehogs safely crossing the road. We combined all of these elements into a narrative that begins with a moment of jeopardy, presenting a situation in the way viewers might typically expect it to unfold. The story then comes full circle, returning to the scene to show how it would play out differently with the assistance of Scantinel Photonics’ cutting-edge system. #3DAnimation #3DCGI #3DComputerGraphics #3DModelling #3DVideoProduction #Animation #Automotive #CorporateVideo #ExplainerVideo #VideoProduction

🚴♂️ Revolutionizing Motorcycle Safety with Advanced Rider Assistance Systems (ARAS) 🚴♀️ The world of two-wheelers is witnessing a transformative shift with the advent of Advanced Rider Assistance Systems (ARAS). These cutting-edge technologies are designed to enhance rider safety and elevate the riding experience. 🔍 Key Innovations: AI and Sensor Fusion: Real-time monitoring through radar, LiDAR, and cameras, integrated with AI for advanced safety features. V2X Communication: Enabling motorcycles to communicate with other vehicles and infrastructure for improved hazard detection. AR Helmets: Augmented Reality displays that provide essential information directly on the helmet visor. Advanced Stability Systems: Enhanced traction and stability control, ensuring better handling in diverse conditions. Predictive Maintenance: Real-time diagnostics to prevent potential issues before they become serious. The future of motorcycling is not just about the thrill—it's about making every ride safer and smarter. 🛡️🏍️ #MotorcycleSafety #ARAS #Innovation #AI #RiderAssistance #Ola #BharatCell #Technology

A spacious stadium is a nightmare for robots because it's hard for them to localize themselves due to the short distance of sensors. However, with the most advanced 3D Lidar sensor, CenoBots L50 and SP50 can see as far as 492 feet. Therefore, there would be no problems at all in employing CenoBots robots in such a challenging environment. #CenoBots #CommercialCleaning #CleaningRobots

Discover the future of construction with an autonomous excavator! Developed by ETH Zürich, this innovative machine uses LiDAR scanner, sensors, and RGB camera to build a retaining wall. Learn more about this impressive technology. #LiDar #RGB #MachineVision #VSD

Multiple radars and cameras, lidar, V2X, CAN and Ethernet, SIL and HIL, silmulation environments, automated testing… Lost in complexity? Let’s find out how Vector simplifies the development and test of your ADAS functions. Join Jens Buttgereit as he walks through the CANoe ADAS Feature Set for algorithm developers and testers  👇 #ADAS #AutomatedTesting #Simulation #Radar #Lidar #AutonomousDriving #SIL #HIL

3D LIDAR is probably one of the most useful sensors in the autonomy industry. However, can it be seen in mass-production vehicles? Probably not as they are very expensive. That's a great example of how the LIDAR output looks like #lidar #autonomy #robotics #sensors

Our new infographic compares the key features and advantages of traditional LiDAR vs. the new 3D solid-state LiDAR, from design and durability to field of view and manufacturing considerations. 🆚🤖 ➡️ View the full comparison: https://bit.ly/44BZAWH #LiDAR #3DLiDAR #sensors #sensortechnology #roboticprocessautomation

Here is some additional information about Unitree Go1.The Unitree Go1 is a versatile quadruped robot designed for various applications, including autonomous navigation and complex terrain traversal. It operates using a combination of high-performance sensors, advanced control algorithms, and powerful motors. The robot's onboard sensors, including LIDAR and cameras, help it perceive its environment and make real-time decisions. Its sophisticated control system allows for dynamic stability and agile movement, enabling it to navigate uneven surfaces and avoid obstacles. The Go1's design emphasizes robustness and adaptability, making it suitable for research, inspection, and exploration tasks.

The specific components that make up ADAS, such as sensors (like radar, lidar, and cameras), control systems, and human-machine interfaces. It explains the function of each component and how they work together to enhance vehicle safety.https://https://lnkd.in/g3HTfviZ