HoloMem’s Post

Why #AutoMap's mobile laser scanner is the future of georeferenced data capture If you're still relying on traditional terrestrial scanning for capturing data of large and super-scale environments, it's time to consider the advantages of #AutoMap's #VellusX laser scanner. With the #VellusX, you not only get speed and precision, but also the added benefit of GPS-integrated georeferencing for your point cloud as well. Here’s why MLS is making waves: Speed & Efficiency: The #VellusX enables high-speed data capture, dramatically reducing field time and covering extensive areas without the hassle of traditional setup. GPS Georeferencing for Precision Mapping: Integrated RTK and PPK GPS allows MLS to capture precise georeferenced data, meaning every scan is automatically located in real-world coordinates. This feature is invaluable for applications that require accurate positioning, like construction, urban planning, and infrastructure monitoring. Rich Point Cloud Data: The #VellusX creates dense, high-resolution point clouds, delivering comprehensive 3D representation of your environment. Gain unparalleled spatial insight, allowing for detailed analysis and modeling of complex landscapes. Adaptability in GPS-Denied Areas: The #VellusX #WildcatSLAM technology is robust enough to capture data even in GPS-denied environments like tunnels, dense urban areas, under bridges and environments covered by trees. By utilising #WildcatSLAM, The #VellusX continues to deliver reliable data when GPS is unavailable, making it versatile across all types of terrain. Extended Coverage with Long Scanning Durations: #AutoMap's #VellusX can operate continuously for hours on a single scan, covering large areas without the need for constant setup and breakdown. This capability allows for uninterrupted data capture over extended regions, ideal for infrastructure projects, highways, and other large-scale applications. Adopting Mobile Laser Scanning isn't just a modern upgrade—it's a smarter way to capture the world with accuracy and efficiency. Let’s move into the future of data capture! #DataCapture #MobileLaserScanning #GeoreferencedData #PointCloud #Innovation #Surveying

Every city faces unique challenges. From managing resources to responding to emergencies or sending dispatch teams and responders. What if there was a way to handle all these seamlessly? Our CAD + EMOS solution simplifies city management by organizing & coordinating resources, improving communication during emergencies, and tracking everything from traffic to energy use. With a complete view of city operations, you can make quick, informed decisions to keep everyone safe. Explore how our CAD + EMOS can make a difference at NIRAsys.in #CAD #EMOS #PublicSafety #GovTech #AI #DataAnalytics #SmartCities

The rapid processing of data and immediate transmission of information to mechanical components, adjusting them to real-world conditions in an instant, is an incredible reality emerging from what was once a distant sci-fi concept. What's truly remarkable is that there's ample space for further improvement and advancement. #RealTimeTechnology #InnovationInAction #FutureTech #ContinuousImprovement

It's great to read in the article by Sophia Fox-Sowell that the City of Atlanta will be leveraging AI technology for urban infrastructure management. By installing AI-enhanced devices on water line valves they will be able to detect breaks in the city’s aging pipes. This initiative comes in response to recent water main incidents that caused significant disruptions across the city. By integrating AI to monitor and maintain essential services, the city aims to detect issues early and accurately, preventing costly damage and ensuring the continuous delivery of services to residents and businesses. Early detection of problems means quicker responses, reduced costs, and a more resilient water system. #AI #PublicSafety #Infrastructure #Innovation #SmartCities https://lnkd.in/eyC86m8f 

I’m thrilled to share my new book, Nature-Inspired Sensors, with you all! This book explores how natural biological systems inspire innovative sensor technologies, offering new ways to detect and analyze chemical and physical changes in our environment. It highlights their potential to revolutionize fields like healthcare and environmental monitoring. I hope it inspires you as much as it did me while editing it! https://lnkd.in/dR36-nUt #Innovation #SensorTechnology #Healthcare #EnvironmentalScience

Are you ready to ditch the delivery delays? Geospatial analysis helps businesses tap into real-time traffic insights and road conditions. From visualizing congested areas, predicting closures, and optimizing routes for faster deliveries – #geospatial tech helps enterprises do more. This translates to happier customers, increased driver efficiency, and a competitive edge in the logistics game. #ReimagineGeoTech with Redleaf Technologies.

🌍✨ 𝗘𝘅𝗰𝗶𝘁𝗶𝗻𝗴 𝗜𝗻𝘀𝗶𝗴𝗵𝘁𝘀 𝗳𝗿𝗼𝗺 𝗩𝗲𝘅𝗰𝗲𝗹 𝗜𝗺𝗮𝗴𝗶𝗻𝗴! ✨🌍 In a recent interview with Geo-matching, our CEO Alexander Wiechert shared how Vexcel Imaging stands apart in the ultra-competitive aerial imaging market. As we celebrate Geo-matching's 10-year milestone 🎂, we highlight our groundbreaking advancements in camera technology, like the Adaptive Motion Compensation (AMC) that eliminates all types of motion blur and allows to deliver sharp imagery at all times. ❌ We’re not just about products. ✔️ We’re about creating a comprehensive ecosystem for 𝙡𝙤𝙣𝙜-𝙩𝙚𝙧𝙢 𝙨𝙪𝙘𝙘𝙚𝙨𝙨! With our industry-leading camera and mapping systems, we ensure that you invest in technology that drives your business forward. Curious about our strategies, key features to consider when purchasing, and future tech developments? Don’t miss the full interview! Click the link to dive deeper: ➡️ https://bit.ly/4fccOgH #VexcelImaging #AerialMapping #Innovation #TechnologyLeadership #GeoMatching

How can responsible progress be fostered through the use of Digital Twins? What role does this technology play in modeling and simulating energy systems to efficiently use resources? ➡️ Find out in the infographic: https://lnkd.in/dXRgKgRt #DigitalTwin #TwinTransition #EnergyEfficiency

This paper considers an uplink #integrated #sensing #and #communications (#ISAC) scenario where the detection of data symbols from multiple #user #equipment (#UEs) occurs simultaneously with a #three-#dimensional (#3D) estimation of the environment, extracted from the scattering features present in the #channel #state #information (#CSI) and utilizing the same physical layer communications air interface, as opposed to radar technologies. By exploiting a discrete (voxelated) representation of the environment, two novel ISAC schemes are derived with purpose-built #message #passing (#MP) rules for the joint estimation of data symbols and status (filled/empty) of the discretized environment. The first relies on a modular feedback structure in which the data symbols and the environment are estimated alternately, whereas the second leverages a #bilinear #inference framework to estimate both variables concurrently. Both contributed methods are shown via simulations to outperform the #state-#of-#the-#art (#SotA) in accurately recovering the transmitted data as well as the #3D #image of the environment. ----Hyeon Seok Rou, @Giuseppe Thadeu Freitas De Abreu, @G. David González, Dr. Osvaldo Gonsa, ECE, MBA More details can be found at this link: https://lnkd.in/d3BWNnRz

Can robots be agile enough to handle high impacts? In a recent T-RO paper from researchers from Harbin Institute of Technology, The University of Edinburgh, and Honda Research Institute Europe GmbH developed an online optimization framework for catching large and heavy flying objects. https://lnkd.in/en5vKM4T Paper title: Impact-Aware Bimanual Catching of Large-Momentum Objects Authors: Lei Yan, Theodoros Stouraitis, João Moura, Wenfu Xu, Michael Gienger, and Sethu Vijayakumar Image caption: Snapshots of the two KUKA-iiwa robots catching a swinging and tumbling object; (above) side-view camera, (below) top-view camera. #BimanualCatching #DynamicManipulation #RobotKinematics #TrajectoryOptimization