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The promise of automated vehicles (AVs) is undeniable: safer roads, increased efficiency, and improved accessibility. But how do we transition from pilot programmes to widespread adoption? In a recent article for Oxa Technologies, Dr. Nikolas Thomopoulos explores this question, and delves into the challenges and opportunities associated with scaling up AV use, offering valuable insights for industry leaders and policymakers alike. What are your thoughts on scaling AVs? Share your perspectives in the comments below, and be sure to read Dr. Nikolas' insightful piece: https://lnkd.in/eRBfzkEF #AV #TRANSPORTatSurrey #FutureOfMobility #SHTM #Sustainability

Automated vehicles (AVs) are changing the way we travel, promising safer roads and smoother traffic. But there have been some bumps along the road, with a few accidents highlighting the need for better safety measures. One big concern is making sure AVs work safely even when things get tricky, like in uncertain environments. A new study has come up with a Safe Motion Planning and Control (SMPAC) framework that tackles this head-on. Combining different theories helps AVs navigate through uncertainties and stay safe. Real-world tests have shown it works well, offering a brighter future for autonomous driving. With AV technology moving fast, this research is a big step toward making automated transportation safer and more reliable. #AutomotiveIndustry #AutonomousVehicle #Technology https://lnkd.in/eq4HMMB3

SLAM plays a big role in autonomous mobile robotics and unmanned systems. Contact GESAR INC for training on autonomous robotics/unmanned systems and/or autonomous robotics/unmanned systems for your specific application. #unmannedsystems #ugv #uas #uav #robotics

Autonomous systems have the capability to make decisions that can save lives without any human intervention. However, these systems must first learn through simulations before being tested in real-world situations. DARPA's recent research is aiding UAVs in learning at a faster and more efficient pace. #AutomotiveIndustry #AutonomousVehicles #eAuto https://lnkd.in/eUzZBrNK

Automated vehicles (AVs) are changing the way we travel, promising safer roads and smoother traffic. But there have been some bumps along the road, with a few accidents highlighting the need for better safety measures. One big concern is making sure AVs work safely even when things get tricky, like in uncertain environments. A new study has come up with a Safe Motion Planning and Control (SMPAC) framework that tackles this head-on. Combining different theories helps AVs navigate through uncertainties and stay safe. Real-world tests have shown it works well, offering a brighter future for autonomous driving. With AV technology moving fast, this research is a big step toward making automated transportation safer and more reliable. #AutomotiveIndustry #AutonomousVehicle #Technology https://lnkd.in/erPTgVbi

Autonomous systems have the capability to make decisions that can save lives without any human intervention. However, these systems must first learn through simulations before being tested in real-world situations. DARPA's recent research is aiding UAVs in learning at a faster and more efficient pace. #AutomotiveIndustry #AutonomousVehicles #eAuto https://lnkd.in/ee6HUG3v

Autonomous systems have the capability to make decisions that can save lives without any human intervention. However, these systems must first learn through simulations before being tested in real-world situations. DARPA's recent research is aiding UAVs in learning at a faster and more efficient pace. #AutomotiveIndustry #AutonomousVehicles #eAuto https://lnkd.in/dRK98geh

Automated vehicles (AVs) are changing the way we travel, promising safer roads and smoother traffic. But there have been some bumps along the road, with a few accidents highlighting the need for better safety measures. One big concern is making sure AVs work safely even when things get tricky, like in uncertain environments. A new study has come up with a Safe Motion Planning and Control (SMPAC) framework that tackles this head-on. Combining different theories helps AVs navigate through uncertainties and stay safe. Real-world tests have shown it works well, offering a brighter future for autonomous driving. With AV technology moving fast, this research is a big step toward making automated transportation safer and more reliable. #AutomotiveIndustry #AutonomousVehicle #Technology https://lnkd.in/e-cBZPSn

Autonomous systems have the capability to make decisions that can save lives without any human intervention. However, these systems must first learn through simulations before being tested in real-world situations. DARPA's recent research is aiding UAVs in learning at a faster and more efficient pace. #AutomotiveIndustry #AutonomousVehicles #eAuto https://lnkd.in/dcSMbFNn

Autonomous systems have the capability to make decisions that can save lives without any human intervention. However, these systems must first learn through simulations before being tested in real-world situations. DARPA's recent research is aiding UAVs in learning at a faster and more efficient pace. #AutomotiveIndustry #AutonomousVehicles #eAuto https://lnkd.in/didgXEHp