James Northrup’s Post

To my drone colleagues. I am considering commercializing a CU Boulder tech that uses AR for human-drone teleoperation. The big question is who (what customer segment) has a problem that this technology can solve. If you have thoughts, please put in the comments. From the sofware perspective here are some of the validated pipelines: - Using Augmented Reality (AR) to Communicate the Internal State of the Robot: including visualizing the robot's direction, path, speed, and plan. - Using AR to Assist the Operator in Controlling the Robot: Involves showing how each input affects the robot, making it easier for the operator to control. - Using AR to Help the Operator See the Robot's Sensor Outputs. #drones

Seoul-based Mobiltech Co.,Ltd., an AI-based #geospatial information service startup, supplies 3D spatial information, hardware and software for #smartcities. A few years ago, the company faced a tough challenge: creating a tool that could synchronize and calibrate data across multiple sensors, specifically #GPS, #LiDAR and camera. Find out how Trimble's products enabled them to create an immersive 3D city that provides services for city management, as well as infrastructure for the introduction of autonomous shuttles, delivery robots and unmanned trucks. https://bit.ly/3uYDj7x #digitaltransformation #sensortech #AI

"📝 Innovative Modular Robot Takes Flight 🤖✈️ "Discover the Gravity-Defying Dragon and its Potential Applications" 🚀 Modular Marvel: The Dragon is a groundbreaking modular robot with the ability to shape-shift mid-flight, ushering in a new era of versatility and adaptability in robotics. 🌀 Flight Dynamics: Each Dragon module boasts two ducted fan thrusters that can dynamically adjust thrust in both roll and pitch directions, allowing for exceptional maneuverability. 🤝 Interconnected Power: The modules are ingeniously connected through powered hinge joints, enabling seamless coordination and transformation during operations. 💡 Multifaceted Utility: Thanks to its high degree of freedom, the Dragon can swiftly adapt its configuration to perform various tasks, such as navigating tight spaces and engaging in aerial manipulation. ⚙️ Challenges Ahead: Despite its prowess, the Dragon faces hurdles like its substantial weight, limited 3-minute flight time, and the intricacies of control systems, presenting exciting opportunities for further innovation. 🎓 Inventive Origin: The Dragon is the brainchild of Moju Zhao at the University of Tokyo, showcasing the potential of academia in pushing the boundaries of robotics, AI, and drone technology. Dragon is a gravity-defying modular robot with incredible potential, offering unique solutions to complex challenges in diverse fields such as robotics, artificial intelligence, and drones. Its innovative design and adaptability pave the way for exciting possibilities in the future. 🚁🤖🔬 🌟 Track the Trend: Stay ahead of the curve and explore the possibilities, follow me on Linkedin.com/in/psmahesh ⛷❄🏂🌄 "Credits: 🌟 All rights and credits for the content presented are reserved for their respective owners. 📚 For attribution or content removal requests, please contact me. 📩 Only used for Academic Learning/Sharing good work purpose, giving due credit to respective owner 📚 Thank you, and God bless. 🙏"

When it comes to 5G, it's all about the use cases. T-Mobile's 5G use case library showcases the impact of 5G on productivity, safety, and efficiency. From aerial drones revolutionizing site inspections to autonomous robots tackling repetitive tasks, the possibilities are limitless. 👷On-site Worker Safety 💸Real-time Loss Prevention 🚗Traffic Management 🤖Autonomous Mobile Robots 🔧AR-Enhanced Field Service 🎥Video Production 🛰️Drone Site Inspection 🌐Enhanced Connectivity for Critical Applications Explore the possibilities, embrace innovation, and stay ahead in the dynamic landscape of connectivity! Learn More👉 https://bit.ly/3Oli72D T-Mobile For Business #TFBPartner #5G #AR #VR #drones

Robotics, 3D/XR, and flying cars are no longer futuristic fantasies, they're the daily grind (or should we say "glide") in Ron Kijan's visionary 2064. Imagine!! Buildings that dance with your mood, augmented reality painting your walk with interactive art, and holograms shimmering from every corner. Your AI co-pilot anticipates your every need, while robots handle the mundane, freeing you to unleash your creativity. Look up! Drone fleets weave through the skies, delivering hope and scaling skyscrapers like futuristic spiders. And soaring alongside them? Flying cars, their windshields morphing into real-time traffic maps and holographic tourist guides. This isn't just sci-fi; it's the dawn of a future where robots save lives, drones deliver hope, and flying cars conquer traffic jams. But with great tech comes great responsibility. What excites you most about it? Will AI be our ultimate assistant or biggest competitor? Share your thoughts and anxieties in the comments below! Video: @Ron Kijan #future #technology #innovation #robotics #tech #flyingcar

Interesting to see how drones represent a new frontier in the art of sky spectacles, offering boundless possibilities for innovation and expression. One thing that can to my mind is the future possibility of using drones to expanding advertisements, enriching our skies with new dimensions of marketing.

Ever thought about playing ping pong with a drone? ---- There’s no time to lose before everyone can use AI effortlessly. Be a pioneer, be the first to master it. Join the 30K+ AI enthusiasts in the AI Fire Community to get daily AI tutorials, awesome prompts, and the latest AI news to sharpen your AI skills —> https://lnkd.in/gkVK7AJ5 ---- It sounds strange, but check out this Quadrocopter Juggling Balls. Researchers at ETH Zurich have created a system where a drone juggles a ball with a special "racket" attachment. This isn't just a party trick. It helps improve how drones interact with objects and control their movements. The project explores how drones can predict object movement and react, with uses in human-robot collaboration and advanced drone maneuvers. I must say, they're pretty skilled.

Did you know CartoVid can ingest videos from virtually any source, regardless of how they were captured? We seamlessly handle footage from dashcams, helicopters, drones, and even cellphones. This means you can use CartoVid to analyze data from a wide range of perspectives, giving you a more complete picture of what's happening in your organization. Talk to our experts about bringing CartoVid's agnostic processing power to your enterprise! Request a demo today. #CartoVid #videoanalytics #AI #machinelearning #innovation #businessintelligence

You can think of using your Deep learning algorithms or data to build algorithms and develope new use cases while save development and inspecttion time! New Use Case for Spectro-AI Deep4Drone: Autonomous FOD & Thread Detection Inspections! 🔍 We’re excited to introduce a new use case for EDeep4Drone, specially designed for Foreign Object Debris (FOD) detection and thread inspections! Whether you're using DJI Mavic 3, DJI M300, DJI Matrice M350, or the DJI Dock 2 for round-the-clock autonomous operations, #Deep4Drone delivers efficient and seamless monitoring capabilities. 🔩 Beyond FOD, our solution can now detect specific objects like screws, bolts, and thread anomalies on critical surfaces, providing even more inspection coverage! 🔍 Why Use #Deep4Drone for FOD? #Deep4Drone is equipped with a local AI processing unit, allowing all algorithms to run on-site for real-time detection. This ensures fast, private, and reliable operation, even in the most sensitive environments. No need for cloud dependencies! 📡 Easily Integrates with Your Systems The platform is built for effortless integration into your existing control room system, delivering actionable insights straight to your current workflow, helping to optimize inspection operations. 🌍 Versatile Drone Compatibility Don’t have a DJI drone? No worries! As long as you can provide the live camera stream via RTSP/RTMP, HDMI, or USB, our FOD and thread inspection solution can work with any drone! ✈️ 💡 Fully Customizable & Extensible Do you have specific objects in mind to detect? Need metal fragment or thread safety detection? Our platform is customizable, and you can even upload your own AI models to integrate with our solution. Deep4Drone is ready to transform your FOD and thread inspection processes! 🛠️ For a demo or more details, feel free to reach out to us at info@spectroai.ai ✉️ #drone #inspection #FOD #AI #DJI #Dock2 #threadsafety #dronesolutions #autonomous #aviation #customAI #industrial #controlroomintegration #DJIM300 #DJIM350