AI‐TechPark’s Post

Are compatibility issues and performance challenges plaguing your XR experiences due to inconsistent data optimization processes? Optimize your 3D data seamlessly with TheoremXR's centralized engine, ensuring compatibility and optimal performance across all XR devices and platforms. Watch the full video here: https://hubs.ly/Q02vKl5r0 #TheoremXR #ExtendedReality #XR #CAD #Data #Optimization #Engineering

As part of this, Silex is enabling the development of Micro-LEDs, using extremely small light-emitting diodes to create high-resolution and bright displays

Ready Player One might become a reality. because of NVIDIA I recently read this mind-blowing paper by scientists at NVIDIA. A new technology that creates you virtually in 21 ms. With a single photo! Imagine stepping into your favorite video game or joining a virtual meeting, all represented by an avatar that mimics your real-time expressions and movements, crafted from a basic webcam feed. Here's why this breakthrough is a game changer: Single-Image to 3D Conversion: One unposed photograph is all it takes to create a detailed, photorealistic 3D portrait. Real-Time Performance: Operates at a swift 24 frames per second on consumer-grade hardware, making it as fast as live video. High-Quality Results: Outperforms existing methods, handling even complex images like those with makeup or accessories effortlessly. I am dropping the link to the paper in comments. The architecture brief is in the carousel. Give it a read. It is super COOL! #AI #MachineLearning #VirtualReality #3DModeling #TechInnovation #SIGGRAPH2023

It’s Day 2 of #nab2024 and Emergent Vision Technologies is in the Central Booth # C5057 showcasing our incredible Volumetric Capture System! Come see the technology for yourself and get your very own 3D Render in real-time. Emergent’s Real Time Volumetric System has been recording countless renders and all of this done on a single mid-range server with only 1 GPU. eCapture Pro is a UI based software allowing customers to fully integrate Emergent award winning cameras which have speeds of 5GigE, 10GigE, 25GigE, and 100GigE. The software is often used for large scale recording systems involving multiple servers, switches, storage, etc. Up until now, the software has been limited to recording camera data to storage in a very high performance manner for the purposes of post-3D reconstruction for Volumetric Video applications. Emergent has developed and added to its award winning eCapture Pro software the ability to generate real time Volumetric Video so one can be immediately immersed in the event or subject being filmed. Imagine being in another city with VR goggles such as the Meta Quest 3 and being able to navigate anywhere in the 3D space we provide. Imagine flying around the space using the Quest 3 controllers which control speed and direction. Imagine, as flying around, one simply turns ones head to look in any direction. Or, by all means, find a comfortable view and enjoy the show from that unique perspective. Volumetric video is being done using slow technologies like Nerf and Gaussian Splats for example. Emergent has developed proprietary algorithms for performing these tasks in real time. The processing is currently being done on a single RTXA6000 NVidia GPU. The space we are reconstructing in the demo is all within a 3ft diameter, 7ft height cylinder for full human recontruction with high quality. The whole system is comprised of 36 12MP cameras running at 30fps and all images are transferred directly to the GPU via GPU Direct and the Volumetric Video is created there and is passed to the desired display resources. We have full flexibility to expand the space and quality as needed and we can leveage the Emergent FlexTrans and FlexProc technology as needed. AND NO GREEN SCREEN NEEDED! #nab #nabshow #NAB2024 #volumetric #3dscanning #ai #biomechanics #cameras #rdma #roce #gpu

I am proud to announce that our paper “Comparative Analysis of Interactive Modalities for Intuitive Endovascular Interventions” has been published in the IEEE Transactions on Visualization and Computer Graphics (TVCG). In this work, we conducted an in-vitro user study and investigated the most effective modes of interaction for robot-assisted endovascular interventions. This user study emphasizes the potential benefits of employing augmented reality for enhanced 3D visualization in catheterization. This work would not have been possible without the support of my collaborators and the generous support of EU-funded ATLAS-ITN and ARTERY project.   Link to the paper: https://lnkd.in/gMUNutZh Authors of the paper: Di Wu*, Zhen Li*, Mohammad Hasan Dad Ansari, Xuan Thao Ha, Mouloud OURAK, Jenny Dankelman, Arianna Menciassi, Elena De Momi†, Emmanuel Vander Poorten† (*co-first authors, †co-last authors) Experimental Video 1. Catheter control with HoloLens and Gamepad: https://lnkd.in/grCuRvK7 Experimental Video 2. Catheter control with HoloLens and Virtuose 6D RV Robot: https://lnkd.in/gcj9Qqy8   #robotics #medicalrobotics #augmentedreality #surgicalrobotics #surgicalinstruments

<<rapid synthesis of 3D holograms through a single-step backward propagation calculation>>

Revolutionizing 3D Mesh Generation from Single Images! 🎨 Exciting advancements in AI are enabling rapid 3D mesh generation from just one image. The implications for gaming, design, architecture and more are huge! Want to learn more about how Stability AI and Shutterstock are pushing the boundaries of 3D generation? Check out this presentation! ➡️ 43/100 Aniket Kesarkar #3DModeling #AI #MachineLearning #GameDev #Design #Architecture #Innovation #TechAdvancement #FutureOfCreativity #100DayChallenge

OpenUSD is changing everything in 3D design. #OpenUSD's interoperability makes 3D geospatial simulations possible with the Cesium for Omniverse Connector. #metaverse

AR Glasses powered by photonics? Yes, it's happening! Brilliance RGB, with the help of Synopsys' photonic technology, is making strides in developing efficient AR glasses. But how? RSoft DiffractMOD and FullWAVE software are used to inject and extract the display image into a light guide. Then, LightTools simulates the radiometric performance to ensure a clear image with reduced contrast degradation. BrillianceRGB uses Synopsys OptoDesigner to design and optimize photonic components. Finally, Synopsys OptoCompiler, the industry's only unified electronic and photonic design environment, supports the simulation, layout, and verification of Photonic ICs. Read the full article: https://lnkd.in/eqgFyHpj #photonics #AugmentedReality #rsoft #lighttools #drivingthepicrevolution #optics #optocompiler #optodesigner

AR Glasses powered by photonics? Yes, it's happening! Brilliance RGB, with the help of Synopsys' photonic technology, is making strides in developing efficient AR glasses. But how? RSoft DiffractMOD and FullWAVE software are used to inject and extract the display image into a light guide. Then, LightTools simulates the radiometric performance to ensure a clear image with reduced contrast degradation. BrillianceRGB uses Synopsys OptoDesigner to design and optimize photonic components. Finally, Synopsys OptoCompiler, the industry's only unified electronic and photonic design environment, supports the simulation, layout, and verification of Photonic ICs. Read the full article: https://lnkd.in/eqgFyHpj #photonics #AugmentedReality #rsoft #lighttools #drivingthepicrevolution #optics #optocompiler #optodesigner