Platform Markets Group’s Post

👀 From 'smart dust' to data, data everywhere. Professor Julie McCann from Imperial College Computing looks back over the past ten years, and the changes in ways in which sensor technology is created, deployed and improved upon, as part of Imperial Tech Foresight's Decade of Discovery series. Imperial College London #SmartDust #BigData #SensorTechnology

Xscape Photonics Inc Raises $44M to Revolutionize AI Data Centers with Silicon Photonics Learn more & get our take 👇 https://lnkd.in/ghvs4Xvd "At Xscape Photonics, we are on a mission to help our customers completely reimagine how they solve these challenges. This funding validates our mission and positions us for future growth to support next-generation AI data centers." — Vivek Raghunathan, Co-Founder and CEO at Xscape Photonics “The performance scaling challenges are centered on the fundamental problem of 'escape bandwidth' that results in a key bottleneck for AI workloads.” — Keren Bergman, Co-Founder at Xscape Photonics "We see tremendous value in the technology that Xscape Photonics is developing to solve challenges customers are facing with AI data center energy usage and bandwidth performance." — Alex Kash, Associate at IAG Capital Partners #SoTNews

👏Exciting news! 🌟 Our latest #paper exploring the ethical issues of smart metering and non-intrusive load monitoring has just been published in the prestigious Telematics & Informatics journal 📰 It was made possible thanks to the collaboration of our researchers and invaluable insights from industry partners 🤝 🤖 #AI promises to revolutionize energy consumption, reduce emissions and improve grid reliability. But as we harness its power, ethical considerations loom large. 📝 This paper identifies key ethical and societal issues by reviewing the relevant literature on smart metering and #NILM. Our researchers address key issues related to algorithmic bias, uneven infrastructure access and human autonomy. Read the paper here: https://lnkd.in/dv5aq9qN

🚀 Excited to share our latest #publication in Intelligent Decision Technologies journal: "An AutoML-based approach for automatic traffic incident detection in smart cities." Our study leverages #AutoML techniques to streamline and enhance traffic incident detection in urban environments. This approach is shown to improve the accuracy and efficiency of detecting traffic incidents by automating the machine learning process from data preprocessing to prediction.Our methodology was validated in Athens and Antwerp, demonstrating the potential of AutoML to revolutionize intelligent transportation systems. I want to extend my sincere thanks to my co-authors, Mónica Domínguez Bajo, PhD and Professor Gregoris Mentzas, for their invaluable contributions to this work. Check out the full paper here: https://lnkd.in/daf_X2f8 Learn more about the FRONTIER project: https://lnkd.in/dz8BUZ9s IMU/ICCS, Information Management Unit, National Technical University of Athens FRONTIER EU Project #TrafficManagement #SmartCities #AutoML #MachineLearning #IncidentDetection #IntelligentSystems #UrbanMobility #Research #AcademicPublishing

We are incredibly honored to receive the IBcon Digie Award for Best Use of AI Intelligent Buildings at the RealComm/IBcon 2024 conference!  This award recognizes the most innovative individuals and organizations who are shaping the future of smart buildings in the Commercial Real Estate industry. It is a testament to the team's dedication, and exceptional contributions to enable AI for Operational Technology at Google! Google stood out with its AI use case for Operational Technology (OT), combining device telemetry data and AI to optimize building control. Google believes our near-term goals of reducing energy consumption and greenhouse gas emission at global scale can be achieved by applying AI for optimal control and intelligent diagnostics. John Sipple presented 4 use cases: 1) Optimal Control Reduce energy use and CO2 emission through reinforcement learning and model predictive control 2) Anomaly Detection Explainable AI and anomaly detection to detect HVAC faults 3) Project Freon Detect refrigerant leakage before the equipment under performs 4) Intelligent Diagnostics Provide root-cause analysis and recommend fixes Congrats to all the teams involved! #realcomm #digitalbuildings

🚀 The Power Behind the Mi Caves®️ Network: Quantum Nodes 🌐 Each Mi Caves®️ Centre is more than just a facility—it’s a Quantum Node within our AI Highway, powered by cutting-edge technology and designed to optimise the cities of tomorrow. These centres are the intelligent hubs forming the digital backbone of our infrastructure. 💡 What’s Inside a Quantum Node? •Quantum Computing Core: Enables real-time analysis and predictive modeling. •AI Engines: Learn and adapt from millions of data points across connected cities. •Secure Data Environments: Ensure every decision made is reliable, safe, and scalable. As we add more Quantum Nodes, the Mi Caves®️ Network will expand, creating a living pulse of intelligence that spans cities, countries, and continents. Stay tuned as we reveal how this network is being built to power the next generation of smart cities. #QuantumNodes #TechRevolution #SmartCities #AIHighway #IntelligentInfrastructure #MiCaves #QuantumLeapInitiative Follow us on X @mi_caves for regular updates!

🚀 A Glimpse into the Mi Caves®️ Quantum Leap Initiative 🌐 In our first post, we hinted that this isn’t just a step forward—it’s a Quantum Leap. But what does that really mean? 💡 The Mi Caves®️ Quantum Leap Initiative is about redefining what’s possible in smart living by merging quantum computing with the AI Highway. We’re developing cities and infrastructures that don’t just respond—they predict, adapt, and evolve. 🚦 Imagine a city where traffic flows intuitively because the infrastructure already knows the best routes—before you hit the road. 🏡 Picture homes that optimize energy use in real-time, ensuring every watt is used sustainably. 🌐 Visualize an urban environment that learns and self-corrects dynamically, making living safer, cleaner, and more connected than ever before. But what powers all of this? Stay tuned for the reveal of Mi Caves®️ QuantumAI, the engine driving this transformation. 📍 This is just the beginning… 📍 💭 What else do you think a quantum-driven city could achieve? Share your thoughts below! 👇 #QuantumLeapInitiative #TechInnovation #SmartCities #AIHighway #FutureOfTech #QuantumAI Follow us on X @mi_caves for regular updates!

A smart city requires adequate infrastructure for transportation, communication, education, and healthcare, among other necessities. Infrastructure such as digital connectivity, the use of emerging technology such as AI and machine learning, and public transportation infrastructure all contribute to the city's efficiency for citizens in their daily lives. Here are the top 3 smart cities with highest ranking in terms of infrastructure- To read the complete article and understand the ranking parameters for smart cities here: https://lnkd.in/gm4k9aiM

🚀 Unlocking the Power of Urban Innovation: The Mi Caves®️ Network 🌐 Each Mi Caves®️ Centre is not just a building; it's a Quantum Node in our AI Highway, engineered with cutting-edge technology to revolutionize urban living. These nodes are the smart connectors, the digital backbone enhancing city infrastructures worldwide. 💡 Inside a Quantum Node: - Quantum Computing Core: Performs real-time analysis and predictive modeling for immediate urban insights. - AI Engines: Continuously learn from vast data streams, adapting to urban needs dynamically. - Secure Data Ecosystems: Guarantees decision-making processes are robust, secure, and scalable. As we integrate more Quantum Nodes, the Mi Caves®️ Network evolves, forming a network of intelligence that pulses through cities, nations, and beyond. Stay tuned for insights on how this network is transforming into the framework of tomorrow's smart cities. #QuantumNodes #TechRevolution #SmartCities #AIHighway #IntelligentInfrastructure #MiCaves #QuantumLeapInitiative Connect with us on X @mi_caves for the latest updates and dive deeper into the future of urban technology!

The Future of Computing Tuesday, July 9, 2024 10:30am – 3:50pm PDT Location: Moscone South, Exhibition Level Room 9 The future of computing hardware is at an inflection point, driven in large part by the advances in Artificial Intelligence (AI). While these advances have been remarkable, hardware challenges are emerging due to the rapidly increasing demands of new AI models in terms of performance, power and memory. This is driving a new wave of innovation in devices and architectures, and in disruptive technologies – especially quantum. In "The Collision of Big Data, Big Compute, and Big AI - The End of the von Neumann Era", Cornami’s Co-Founder and CTO, Paul Master examines the transformative impact of converging technological advancements – highlighting how the traditional von Neumann architecture, which has dominated computing for multiple decades, is becoming obsolete in the face of massive data volumes (Big Data), immense computational power (Big Compute), and advanced artificial intelligence (Big AI). To see the full schedule for this series, or to register to attend Semicon West: https://lnkd.in/gNsFF6iW