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We see extended and virtual reality as a way to provide doctor's with intuitive interactions with our 3D digital twins. Combining XR with machine-learning driven models, Cyrus Tanade is presenting our latest work this week introducing HarVI - a tool for realtime intervention planning. Check out his talk at ICCS24 for more details and the associated paper: Tanade, C. and Randles, A. "HarVI: Real-time intervention planning for coronary artery disease using machine learning." International Conference on Computational Science. Cham: Springer International Publishing, 2024. #machinelearning #CFD #HPC

⏮ #Throwback to #CVPR2024 in Seattle! ⌛ Some weeks ago, our employees Zhenqiang Li and Shijie Ai had the privilege of attending the #CVPR2024, it’s the most famous conference of computer vision in the world! 🏙️ Big Players like Apple, Microsoft, Google, Amazon, Meta, SONY, AMD, Intel, Qualcomm, Baidu, Alibaba, Tencent, Bytedance, OPPO and many other companies are attending the #EXPO every year. 🏆 This year's conference was a landmark event, drawing over #12k professionals from 76 countries, making it the largest in #CVPR history. 📜 From the accepted paper list, we could tell that event-based sensing is receiving more and more attention from both the #researchers and #engineers. For instance, the runner-up-paper was awarded as a brilliant paper upon using event camera to evaluate the object orientation, and more than 40 papers focused on the event-sensing and relating algorithms.   🚀 During the exhibition we showcased several types of our innovative #HVS and #ALPIX® #sensors, alongside Hybrid Vision/Event-based applications, such as video deblurring, slow motion, auto-focus, optical flow estimation, human detection and time-coded structured light.   💬 The response from the professional audience was incredibly positive, sparking exciting discussions about potential applications and future collaborations.   📢 We also heralded the upcoming #release of our board-level Hybrid Vision® EVB 2.0, compatible with various types of ALPIX® #sensors, designed to enhance the efficiency of product development. It will be available in Q3, 2024. Please contact us via business@alpsentek.com for more information.   🤖 Additionally, our employees had the exciting opportunity to check out the #BigDog by Boston Dynamics, painting in its summer outfit and witnessing firsthand the incredible advancements in #robotics.   💐 A huge thanks to IEEE and all the organizers for an unforgettable event. We're eager to apply the insights gained and continue pushing the boundaries of computer vision technology! #HybridVision #Eventbased #videodeblurring #slowmotion #autofocus #opticalflow #ComputerVision #Technology #ImageSensor

AI for Next-Gen Biotech Breakthroughs 🧪💡 Digital twin technology is pioneering personalized medicine, allowing for accurate simulations of human physiology. This innovation enhances our ability to predict individual responses to drugs, improving treatment safety and efficacy. Advancements in generative AI are creating new paradigms for biotech software development. By automating the software creation process, generative AI models unlock novel research avenues and innovation opportunities in biotech. The synergy between AI and biotech offers boundless potential. #BiotechRevolution #DeepLearning #PrecisionMedicine #SustainableSolutions #GenerativeAI https://lnkd.in/di2fqEwV

Exciting News from the J.P. Morgan Healthcare Conference #2024! This year's J.P. Morgan Healthcare Conference was a spectacular showcase of innovation and collaboration in the world of healthcare and AI. Among the highlights, a standout moment was the presentation by Kimberly Powell, NVIDIA's VP of Healthcare. Our AI model for rapid binding pose prediction, ArtiDock, was featured alongside innovations from Google DeepMind and Massachusetts Institute of Technology for notable contributions in drug discovery. For more details on Nvidia's presentation and our involvement, see the first comment for the link. We're also excited to announce that ArtiDock will soon be available on Nvidia's BioNeMo platform! This integration marks a significant milestone, allowing broader access and application of our advanced AI model in the scientific community. And there's more - we've developed an optimized version of ArtiDock v1.5! Our team has rigorously tested this enhanced model on PoseBusters v3, achieving even better performance. This advancement is a step forward in predictive accuracy and speed. We're preparing materials to dive deeper into these developments, coming your way this month. Stay tuned to learn more about how our optimized ArtiDock is setting new benchmarks in AI-driven drug discovery. #HealthcareInnovation #DrugDiscovery #JPM2024 #ReceptorAI #ArtiDock #DeepLearning #NvidiaBioNeMo

For all my connections/ colleagues/ network, I'm proudly invite you to check out the video below, which is about one of my latest work in Human-robot interaction and BCI. #AR #HumanRobotInteraction #XR #Robot #Robotics #BCI #noninvasive #EyeTracking #AugmentedReality #Interaction #Collaboration #HCI #HRI #HRC #HMI

Dr. Chukwuzubelu Ufodike presented, "Revolutionizing Additive Manufacturing: Melding Physics-Infused Computational Simulation with AI Precision" at the recent SME RAPID + TCT conference in Los Angeles. His talk showcased the cutting-edge research happening in his Digital Manufacturing and Distribution Lab (DMD-Lab). We look forward to the continued innovations and advancements emerging from the DMD-Lab. Read more at dmd.tamu.edu. #RapidTcT #AdditiveManufacturing #ArtificialIntelligence

🌟 Big Leap in Connectivity & Efficiency! 🌟   We're thrilled to share insights from our CEO, @Anders Storm, on the groundbreaking advancements at Sivers Photonics. In an exclusive interview at #OFC24 for @nextgeninfra.io and @avidthink.com, Anders discusses our collaboration with Ayar Labs on the SuperNova optical interconnect, revolutionizing AI/ML clusters, data centers, and beyond.   🔹 Key Highlights: ●     Overcoming GPU communication barriers with photon-based solutions, boosting bandwidth by 10x while slashing electricity usage ●     Showcasing an 8-array optical interconnect achieving 4 Tbps, with potential for even higher rates ●     Leadership in the CW WDM forum, setting standards for future laser technologies   👉 Watch the full interview here: https://lnkd.in/dQbmnv6C to discover the future of connectivity and how we're driving innovation with Ayar Labs.   A big thanks to @James Caroll and his research partner @Roy Chua for facilitating this.   #Photonics #OpticalCommunications #Innovation #FutureOfConnectivity

Today marks the second day of The Conference for the Era of AI, #NvidiaGTC If you're in attendance, seize the chance to connect with our co-founder and CTO, W. Adam Koszek. Let's delve into the profound implications of NVIDIA's recent announcements on AI in Healthcare. #NvidiaGTC #AI_in_Healthcare #Segmed #MedicalImaging

In a groundbreaking demonstration, Noland Arbaugh, the first patient with a Neuralink brain-computer implant, showcased his ability to play Nintendo's Mario Kart using just his mind. The demo video, released by Neuralink, provides a glimpse into the potential of brain-computer interfaces (BCIs) in revolutionizing the way we interact with technology.The video reveals Arbaugh navigating through the popular racing game with impressive precision, using only his thoughts to control the on-screen actions. This remarkable achievement highlights the incredible progress being made in the field of neurotechnology and its potential applications in enhancing human-computer interaction.Neuralink's brain-computer interface technology has the potential to transform various aspects of our lives, from assisting individuals with disabilities to providing new ways to interact with and control digital devices. As the technology continues to advance, we can expect to see even more groundbreaking applications emerge in the near future. #Neuralink #BrainCom #MarioKart #Neurotechnology #adkeeda Neuralink

Digital Twins. If you don’t have a technical background or haven’t worked with software to model physical behaviors during your engineering studies, you might be unfamiliar with this concept. However, digital twins are revolutionizing the way we conduct scientific research in terms of both speed and methodology. You might ask: what does this have to do with my daily life? Let me give you an example: how do you think the Covid-19 vaccine was developed in record time? Yes, digital twins played a role. Over the past 75 years, with significant technological advancements, these models have become sophisticated enough to be called digital twins. This transformation has been driven by advancements in sensor and imaging technologies, as well as improved methods for collecting, transferring, and analyzing large amounts of data. Today, digital twins are generating new insights into the human body and the planet, and are shaping the design of cutting-edge experiments. (Please watch the video below for more details.) In the same sense, one particularly fascinating initiative is from a consortium called the Ecosystem for Digital Twins in Health Care, which is working to integrate digital twins from different organs with the ultimate goal of creating a virtual human body. If you are more curious, I invite you to visit their website, especially the their Roadmap section, where you’ll find detailed articles on the project known as the Virtual Human Twin (VHT). www.edith-csa.eu #digitaltwins #artifitialinteligence #nvidiaomniverse #innovation