Przemek Lopaciuk’s Post

Just finished testing a new system for #autonomous vehicles. Using the latest advances in computer vision, the system is able to process high frame rate input at different driving speeds while running on low power. As of now, detection works for standard road occurrences such as cars, buses, trucks, traffic lights... Future iterations will include more image feature detections and even higher processing capabilities. #AI #ML #automotive #automation #computervision

Congestion in Florida continues to be on the rise. Watch this video from Josh Pederson on how Florida is approaching transportation projects. 

[News Release- 30 Apr 2024] Venti Technologies, a world leader in AI-powered autonomous vehicle logistics, announced that Founder & CEO Heidi Wyle, PhD, will deliver remarks about the power of autonomous vehicles to revolutionize the transport of goods in ports, terminals, and industrial yards at the Port & Terminal Technology Conference & Exhibition USA on April 30 2024, at the Savannah International Convention Center in Savannah, Georgia.   “This conference is an important venue to share Venti’s experience in harnessing the power of artificial intelligence to revolutionize the movement of goods through logistics and industrial yards and hubs,” said Ms. Wyle. “Venti has already demonstrated the speed, accuracy, safety and cost savings that can be gained by utilizing autonomous vehicles in these environments, and we look forward to sharing our insights with conference attendees.”   She added, “The technology is strong, and we have handed over a fleet to our partner who is operating it 24/7. As one example of the technology’s power, our self-driving 60-foot-long trucks operate with one-inch positional accuracy.” #VentiTechnologies #AutonomousVehicles #AIinLogistics #ArtificialIntelligence #PortTechnology #IndustrialAutomation #TransportationTech #Innovation #LogisticsRevolution #SupplyChain #PortOperations #AutonomousTransport #IndustryConference #TechnologyLeadership #FutureofTransport #SavannahGeorgia #ConferenceSpeaker #TechInnovation #CEOInsights #PortTechConference #smartport #smartcity

HBK's newest white paper provides an in-depth look at how custom strain gauge load cells can enhance Autonomous Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) in intralogistics environments. 💡This sensor technology enables: ✔ Real-time load monitoring to prevent tipping accidents ✔ Precise picking by robots based on measured weight ✔ Overload protection to avoid vehicle damage ✔ Optimized routing from integrated load data With over 70 years of expertise in sensor manufacturing, HBK engineers fully customized load cell solutions tailored to the unique needs of AGV/AMR OEMs. 👉 Don't miss this opportunity to take your warehouse operations to the next level: https://lnkd.in/dK2QV-jF #HBK #EmpowerTheInnovators #SmartSensor #SupplyChain #LoadCells #SensorTechnology #CustomSensors #Partnership #WarehouseAutomation #Intralogistics #Manufacturing

Where will automated vehicles be introduced first? is a question that has long been answered: controlled environments. Automated vehicles are omnipresent in our daily lives, carrying raw materials in mines, goods in factories and people at airports. Granted, all those applications are different to what automotive and tech-companies are trying to achieve: introducing automation into an completely uncontrolled environment. If it feels like a moonshot to go from a well-regulated completely controlled application of an Automated People Mover shuttling between two terminals at an airport to a hardly-regulated autonomous vehicle trying to navigate the streets of San Francisco surrounded by pesky pedestrians and bicyclists with all their unexpected maneuvers, you are right! And that's why it requires those huge investments and they/we are still not there yet... In 2016 (!) 2getthere introduced the below logic for incrementally increasing the complexity automated vehicles would need to be able to deal with. Still this appears like the most likely path to safe and profitable applications. Environments where there is (a degree of) control of the 4 key factors complicating operations, should be the first to be able to benefit from automated operations - whether they do, completely depends on how quick an industry is to embrace a new opportunity. Long story short: airside operations are a good example of a semi-controlled environment. There is a degree of control of all the factors determining complexity and given the shortage of staff and the effects on their health, an absolute necessity to automate. Reach out to Usher AI to learn more on the possibilities of automated vehicles in relation to A-SMGCS. #innovation #automatedvehicles #airportoperations

Check out this video where Associate Vice President Josh Pedersen discusses the future of transportation in Florida. #Transportation #Florida #FutureOfTransportation #Innovation #CivilEngineering #Sustainability #Mobility #UrbanPlanning #SmartCities #TransportationTrends

🔧 Key Concepts for Safety🔧 In the world of autonomous systems and critical technology, ensuring safety during failure is essential. Here’s a quick breakdown of four important terms: 1. Fail-Operational: The system continues to perform its core functions, with at least nominal performance, even in the event of a failure—while maintaining a safe state.   2. Fail-Degraded: The system operates with reduced performance after a failure but still maintains a safe state, ensuring minimal impact on functionality.   3. Fail-Safe: In the event of failure, the system stops performing specified functions and shifts to a safe state, preventing further risk. 4. Fail-Unsafe: A system is fail-unsafe if it cannot maintain a safe state after a failure, posing a potential risk to safety and functionality. These concepts are vital in industries like autonomous vehicles, aerospace, and critical infrastructure to ensure safety and reliability under all conditions. 🔒 #SafetyFirst #AutonomousVehicles #SafetyEngineering

Check out the latest article by counsel Oliver Wilson and associate Micaela Boström providing key insights into the newly UK Automated Vehicles Act 2024. Entered into force on May 20, the act creates a regulatory system that balances road safety with the advancement of cutting-edge #autonomousvehicle technology, set to revolutionize our transportation landscape.   Key points: 🔹 Safety principles ensure automated vehicles match or surpass human driving standards. 🔹 Authorizations will cover specific self-driving features and various automation levels. 🔹 A robust framework defines key concepts and roles, including "user-in-charge" and "no-user-in-charge" features.   With secondary regulations to follow, this Act is a significant step towards a future where autonomous vehicles enhance road safety and #transportation efficiency.   #weMOVEyou #futureofmobility

Can technology help prevent accidents and keep drivers safe? Learn more: https://hubs.ly/Q02-W7yF0 In-cabin monitoring systems are enhancing driver and passenger safety by tracking attention, emotions, and behavior—detecting distractions, fatigue, and even medical emergencies in real-time. These systems are vital in reducing accidents caused by driver errors and improving the overall driving experience. With iMerit’s in-cabin data annotation solutions powered by Ango Hub, automakers can ensure these systems are accurate, reliable, and ready for the future of autonomous vehicles. Learn how data annotation is key to the safety of tomorrow's transportation. #AutonomousVehicles #DriverMonitoringSystem #InCabinMonitoring #DataAnnotation

Understand how each era of industrial revolution has transformed the transportation industry. From the days of bullock carts to the rise of autonomous vehicles, each wave of innovation has opened up new possibilities. Learn more about us: https://lnkd.in/d_DqgEzv #IndustrialRevolution #Transportation #AutonomousVehicles #Industry40 #Innovation #Technology #axlACADEMY