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Mobility’s latest technologies In the news Driverless racing. Hairpin turns, squealing breaks, last-minute maneuvers: Can race cars driven by AI systems match the excitement of conventional racing? Autonomous racing offers the thrill of a high-speed chase while making autonomous vehicles (AVs) safer, reflects a robotics expert. Racing AVs on circuits such as the Indianapolis Motor Speedway requires the vehicles to adapt quickly to changing road conditions in a high-stakes environment. Research that goes into this effort paves the way for safer AVs on public streets. [Conversation] Software on wheels. In 2023, US consumers bought a record 1.4 million electric vehicles (EVs). This surge in sales marks a critical shift to an electrified future, one in which EVs are reshaping the auto industry and redefining the car itself. With auto companies introducing about 40 new models since 2022, EVs are becoming more affordable, an analyst notes. As EVs evolve into high-tech gadgets, automakers are struggling to acquire new tech skills, manufacturing capabilities, and talent. [Atlantic] https://lnkd.in/eTXGn_UP

Autonomous auto racing is not just about speed and competition, it's also driving advancements in AI and autonomous vehicle safety. The Indy Autonomous Challenge and similar competitions are showcasing the potential of AI in controlling vehicles at high speeds. But these races are also refining algorithms and enhancing machine perception and decision-making capabilities, contributing to the development of safer driverless cars on public roads. From small-scale educational projects to high-speed, competitive races, autonomous auto racing is paving the way for a safer, more efficient future of transportation. I need to say though, for the feel of speed and everything what goes with it, I rather drive (and shift gears) myself, but do not mind being driven for commute. What are your thoughts? #autonomousautoracing #AI #safety #transportation #IndyAutonomousChallenge https://lnkd.in/gyTfMXTi

You wouldn’t think high-performing race cars could teach a thing or two for everyday vehicles but surprisingly there are some interesting takeaways that can be used. This example from autonomous racing cars is a prime example. The same autonomous systems can be implemented and reworked to function for the modern vehicle that you and I drive. They can be programmed to meet expectations for certain driving conditions, navigation, or just ordinary conditions for street traffic. The AI and advanced machines aren’t just exclusive to the race track. They have a chance to be used on every run-of-the-mill street or highway. #AI #Cars #CarTechnology #Driving #Automotive

Meet the Autonomous Indy Racers, These fully autonomous vehicles race at speeds in excess of 140mph while overtaking and outmaneuvering each other to gain position. Using AI, sensors and intensive algorithms how can this programming be utilized to improve safety models in self-driving technologies. #AutonomousDriving #AutonomousRacing #SelfDriving #AI https://lnkd.in/gYnX-HbB

What autonomous race car driving can teach us about making better AVs. http://f-st.co/ypagzqh

Indy Autonomous Challenge reveals improved and faster race car at CES 2024: Filed under: Motorsports,CES,Technology,Autonomous Vehicles,Racing Vehicles Continue reading Indy Autonomous Challenge reveals improved and faster race car at CES 2024 Indy Autonomous Challenge reveals improved and faster race car at CES 2024 originally appeared on Autoblog on Tue, 9 Jan 2024 12:17:00 EST. Please see our terms for use of feeds. Permalink |  Email this |  Comments #car #cars #awesome

🏎 Racing Towards the Future >> A Glimpse of Tomorrow's Roads Having witnessed the captivating display of cutting-edge automotive technology at the recent CES show, I couldn't help but be enthralled by the glimpse of the future embodied in the autonomous race car on full exhibit. 🔮 Seeing the sleek contours in person, the experience provided an up-close encounter with the pinnacle of autonomous excellence. 🕹 Technological Marvels: Sensors and Computing Power At the heart of these autonomous race cars lies a symphony of sensors, meticulously designed to navigate the complex dynamics of a race track. Lidar, radar, and high-resolution cameras work in tandem, providing real-time data to the onboard computing systems. This data is processed at unprecedented speeds, enabling split-second decisions for optimal racing performance. 🚀 The computing power behind these autonomous vehicles is nothing short of extraordinary, allowing the race car to adapt to ever-changing conditions and strategically maneuver through the racecourse. 🤖 🦾 Laying the Groundwork for Everyday Technology Beyond the thrill of the race, the technological innovations in autonomous race cars hold immense promise for everyday life. The precision and efficiency required for high-speed racing translate into advancements that will soon find their way into civilian vehicles. Enhanced safety features, adaptive cruise control, and improved collision avoidance systems are just the tip of the iceberg. 🚗 As autonomous race cars push the boundaries of what's possible on the track, they pave the way for a future where similar technologies enhance the safety and convenience of our daily commute. 🌟 The research and development invested in these high-performance machines will undoubtedly accelerate the timeline for integrating autonomous features into consumer vehicles, revolutionizing the way we experience transportation. The Indy Autonomous Challenge sets a formidable stage, pushing teams to develop not just fast, but safe and reliable autonomous race cars. The stringent regulations underscore the importance of innovation in navigation, control, and overall autonomous performance. 🛠️ Indy Autonomous Challenge and similar ventures not only captivate racing enthusiasts but also serve as a crucible for technological innovation. 🚗 As these autonomous race cars race towards the future, they are simultaneously steering us into an era where the benefits of autonomous technology become an integral part of our everyday lives. The track is not just a proving ground for speed but a testing arena for technologies that will shape the future of transportation, making it safer, more efficient, and perhaps a little more thrilling. 🌟🚀 Participating universities include Georgia Institute of Technology, Kennesaw State University, Kettering University, Purdue University and more. Reilly Brennan Danny Stillion GAMUT #autonomousvehicles #autonomousdriving #automotivetechnology

🏎️ Indy Autonomous Challenge 2024 Pushing the Limits of Driverless Racing 🤖 🚀 The Indy Autonomous Challenge 2024 is back, pushing the boundaries of autonomous vehicle technology through high-speed, driverless racing. This groundbreaking competition brings together the brightest minds in robotics, AI, and engineering to showcase the future of autonomous driving. Discover how this unique event is accelerating innovation, refining AI capabilities, and redefining the possibilities of autonomous mobility on the race track and beyond. 🌐🏁 📖 Read the full article on Highways Today: https://lnkd.in/etZc7ewj #ConstructionNews #HighwaysToday #IndyAutonomousChallenge #DriverlessRacing #AutonomousVehicles #AIInnovation #SmartMobility #FutureOfTransport #Robotics #HighSpeedAutonomy

🏎️ Since 2021 The Indy Autonomous Challenge (IAC), presented by Bridgestone, has been setting records and driving the future of autonomous racing, with teams from top universities competing globally. At Goodwood, they aim to set a new autonomous world record, demonstrating the potential of AI-driven vehicles. The IAC has been a trailblazer in autonomous racing, setting a remarkable land speed record of 192.2 mph! This year’s event highlighted the world’s fastest autonomous racecar, the AV-24, as it tackled the iconic Goodwood Hillclimb. 🏎️ Developed with a Dallara chassis from the Indy NXT series and cutting-edge tech, the AV-24 was piloted by the PoliMOVE Autonomous Racing Team-MSU team from Politecnico di Milano and Michigan State University, with support from the Unimore Racing team from Università degli Studi di Modena e Reggio Emilia. This event marks IAC’s UK debut, promising a unique challenge and an exciting showcase of innovation. Sara Correa (She/Her), Chief Marketing Officer for Bridgestone in the EMEA region, emphasised the importance of collaboration in advancing autonomous technologies: “What really matters is working together to collaboratively develop and advance the future of mobility. Don’t miss the FOS TECH programme, featuring the latest in automotive tech, alternative fuels, augmented reality and more. 👀 #GoodwoodFOS #IndyAutonomousChallenge #FutureOfMobility #AI #Robotics #AutonomousVehicles

In January 2024, Point One Navigation was selected to provide cutting-edge Real-Time Kinematic (#RTK) corrections technology for the world’s fastest autonomous racing cars at the Consumer Electronics Show (#ces2024) in Las Vegas. Our Polaris RTK network delivers centimeter-accurate location services that make autonomous racing at high speeds possible. Indy Autonomous Challenge (IAC) race cars often exceed 180 mph and require precise location data for safe high-performance racing. The IAC chose Point One Navigation based on our proven record in delivering precise location data to many companies through its RTK technology. Our innovative RTK technology is now available for a wide range of autonomous applications. This includes drones, robots, delivery robots, construction and farm equipment, and autonomous cars and trucks. The same high-precision technology that powers the fastest autonomous racing cars is now available to industries seeking reliable and high-precision navigation solutions throughout North America and most of Europe. And as you can see in the video, team members participating in the Indy Autonomous Challenge praised Point One Navigation’s technology. Students are the purest kind of innovators, pushing the envelope of what’s possible. Many of our team members participated in the Defense Advanced Research Projects Agency (DARPA) Grand Challenge while in school, providing invaluable experience and insight that enabled the innovation that makes Polaris the leading RTK network globally. By providing our RTK technology to the innovators of IAC free of charge, we’re investing in the next generation of innovation. We’re excited to lead the way in providing cutting-edge RTK solutions for autonomous vehicles, with the Indy Autonomous Challenge at CES 2024 serving as a testament to our commitment to pushing the boundaries of precision navigation technology. “We’re proud to be selected by the Indy Autonomous Challenge to provide our RTK positioning technology for ALL of the autonomous racing cars at the Consumer Electronics Show (CES) 2024 IAC Racing event,” said Aaron Nathan, CEO of Point One Navigation. “These are the fastest autonomous racing cars in the world and they highlight the capabilities of our RTK solution and demonstrate our commitment to advancing innovation in the autonomous vehicle industry.” Gary Passon, AI Racing Tech founder and Autonomous Motorsports Principal at University of California, Berkeley shared, “As with any competition, we want to win. Point One’s RTK technology is not only incredibly accurate but also remarkably easy to integrate and use. It has been an essential component in optimizing our vehicle’s performance and has increased our ability to compete at such high speeds.”