Chandra Shekhar Mukharjee’s Post

AI in India – Defence, Smart Cities, and MSMEs - Devsena Mishra published @ India Foundation https://lnkd.in/gmhdZgbw #India #AI #Defence #DefenseSector #SmartCities #MSMEs #Business #NewOpportunities #Technology #Trends #HighPerformanceComputing #DeepLearning #MachineLearning #QuantumComputing #Research #Mission2047 #NewIndia #BharatAI #EODB #IoT #VR #AR #virtualreality #Augmentedreality #robotics #automation

【#DELF2024】Experience the Power of AI and Web3.0 in Leisure and Digital Entertainment Imagine the extraordinary experiences when AI and Web3.0 integrate into your leisure activities. You’ve enjoyed plenty of hand-brewed coffee, but have you ever tried coffee made by a robotic barista? Whether you love singing or struggle with pitch, with the power of AI, you can now sing flawlessly! Don’t miss the last chance to register for #DELF2024 and discover over 40 digital entertainment showcases. https://lnkd.in/dhmTyTeQ Roborn Robot Barista: combines robot with 5G, AI, IoT and cloud computing into a comprehensive solution, this showcase blends coffee culture with robotics to offer a unique flavor experience. #NEXXHK Experience the Future of Music – Your Voice, AI’s Creativity: Utilizing generative AI technology to replicate your unique vocal characteristics, this innovation reinterprets songs and creates new melodies and lyrics. Unitree Robotics Unitree Go2 Robot: Through the AI simulation training, the Go2 masters advanced postures such as handstands, flipping upright, and obstacle climbing, while exhibiting exceptional flexibility and stability. It can perform a variety of actions including jumping, stretching, shaking hands, showing joy, pouncing, and sitting. UBTECH Robotics Walker X – Humanoid Robot: This advanced AI robot Integrates six advanced AI technologies, Walker X can move smoothly and quickly, interact precisely and safely, and even perform actions such as Tai Chi. UBTECH Robotics ALPHA EBOT Dance Performance: Enjoy the ALPHA EBOT robot dance performance! Equipped with 18 servomotors, gyroscopes, and infrared sensors, Ebot features an automatic recovery function after falling and advanced motion gait algorithms for smoother, more stable movements. HTC VIVE Notre-Dame: Using advanced 3D scanning and modelling, the historic Notre Dame de Paris is being recreated in VR by HTC. Allowing users to explore the iconic landmark's intricate interior and exterior, elevating XR with AI-powered tracking, spatial awareness, and PC VR streaming in this virtual experience and customize the user experiences. #Tshots Touchless Shots: With seamless dynamic tracking technology, T-SHOTS precisely tracks every player’s movement and reaction, challenging their speed, agility, and accuracy to enhance the entertainment experience. #Cyberport #DELF2024 #DigitalEntertainment #AI #Web3

💥 📢 Exciting news! A new robot avatar has been developed that allows people to see and feel things remotely through virtual reality. This breakthrough technology is designed to help those who are unable to be physically present in certain situations. The avatar uses a combination of sensors, cameras, and haptic feedback systems that allow the user to experience the environment as if they were there in person. The potential applications for this technology are numerous, ranging from healthcare to entertainment and beyond. Check out the article to learn more about this incredible development! 👀👏 #robots #virtualreality #innovation https://lnkd.in/ej4JPbBr

Meet Frans 🐕 He's not like most other dogs.  Frans is a Boston Dynamics robot equipped with an integrated 3D laser scanner connected via Telia’s 5G network.   What's Frans's up to?  Why, he’s scanning a 70 m2 enclosure containing welding robots at the Innovation Center at Valmet Automotive's car manufacturing plant in Uusikaupunki, southwest Finland, of course.    The result?  A detailed three-dimensional model that can be explored using a VR headset. In this virtual world, experts represented by avatars can communicate and collaborate on intricate details involving production equipment and processes. The industrial metaverse opens up possibilities for location-independent work, allowing maintenance and repair tasks to be conducted remotely.    Want to know more about Frans and the great work he's been doing? Click here ⤵️ https://lnkd.in/d_YwTtw9

Future Trends in Laser scanning Apart from traditional applications of laser scanning, here are few future trends 1. Increased accessibility 2. Advancements in Hardware and software , will easy scanning and data processing time 3. Integration with Other Technologies such as Building Information Modeling (BIM), Geographic Information Systems (GIS), and Virtual Reality (VR) and Augmented Reality (AR). 4. Automation and AI 5. Applications in Industry 4.0 6.Miniaturization and Wearable Scanning 7. Remote and Non-Contact Solutions Please do comment, any others trends

#Article 📜 Towards Metaverse: Utilizing Extended Reality and Digital Twins to Control Robotic Systems by Tero Kaarlela, Tomi Pitkäaho, Sakari Pieskä, Paulo Padrão, Leonardo Bobadilla, Matti Tikanmäki, Timo Haavisto, Víctor Blanco Bataller, Niko Laivuori and Mika Luimula 🔗 https://lnkd.in/g3WkV3Yn MDPI; Centria University of Applied Sciences; Florida International University; Probot Oy; Turku University of Applied Sciences #metaverse #digitaltwin #robotics #extendedreality #Abstract Digitalization shapes the ways of learning, working, and entertainment. The Internet, which enables us to connect and socialize is evolving to become the metaverse, a post-reality universe, enabling virtual life parallel to reality. In addition to gaming and entertainment, industry and academia have noticed the metaverse’s benefits and possibilities. For industry, the metaverse is the enabler of the future digital workplace, and for academia, digital learning spaces enable realistic virtual training environments. A connection bridging the virtual world with physical production systems is required to enable digital workplaces and digital learning spaces. In this publication, extended reality–digital twin to real use cases are presented. The presented use cases utilize extended reality as high-level user interfaces and digital twins to create a bridge between virtual environments and robotic systems in industry, academia, and underwater exploration.

Future Trends in Laser scanning Apart from traditional applications of laser scanning, here are few future trends

Augmented Reality (AR) Alert! Want to keep up with how top manufacturing companies are empowering their service technicians and workforce with AR? Discover how industrial leaders leverage enterprise #AR and #IIoT solutions in this use case. #AR #AugmentedReality #IoT

The first of five pillars of our strategic plan, “focus on core business”, outlines the #digitalization of our shipyards as a key priority. Creating a vision for the future means taking calculated risk and stepping foot in unexplored territory. Examples of the digitalization of our yards present themselves daily. From our cooperative welding robot to augmented reality HoloLens glasses used to project virtual information during ship construction, there is no phase of the shipbuilding process we have not yet evaluated for digital improvement. We are committed to digital progress as it propels us toward becoming a better partner, employer and shipbuilder. #Fincantieri #FutureOnBoard #Innovation #AI #CoreBusiness

While 5G continues to mature, 6G is getting more and more attention. 6G, the next generation of wireless technology expected to be deployed around 2030, is envisioned to enable a wide range of transformative use cases across various sectors. Here's a summary of potential uses for 6G: Immersive Extended Reality (XR): 6G is expected to support highly immersive XR experiences, including augmented reality (AR), virtual reality (VR), and mixed reality (MR), with ultra-low latency and high-fidelity graphics. Digital Twins: 6G will enable the creation of more sophisticated digital replicas of physical objects, environments, and systems, facilitating advanced simulations and real-time monitoring. Holographic Communications: 6G may support high-quality, real-time holographic communications, allowing for more lifelike remote interactions. Autonomous Systems: 6G is anticipated to enhance the capabilities of autonomous vehicles, drones, and robots, enabling more efficient and safer operations. Precision Healthcare: The technology could revolutionize healthcare by supporting remote surgeries, personalized medicine, and advanced health monitoring systems. Smart Cities and Infrastructure: 6G is expected to play a crucial role in developing more efficient and sustainable urban environments, and improving traffic management, energy distribution, and public services. Industrial Automation: 6G could further enhance industrial processes, enabling more advanced IoT applications and improving productivity in manufacturing and logistics. Environmental Monitoring: The technology may support more comprehensive and real-time environmental monitoring systems, aiding in climate change mitigation efforts and natural disaster prediction. Advanced AI Applications: 6G is anticipated to enable more sophisticated AI applications across various sectors, including finance, education, and scientific research. These potential uses of 6G technology aim to create a more connected, efficient, and intelligent world, addressing complex challenges and opening up new opportunities for innovation across multiple industries. #6g #wireless