Producing commercials is resource-intensive, requiring physical locations and various props and setups to display products in different settings and environments for more accurate consumer targeting. This traditional process is not only expensive and time-consuming but also can be destructive to the physical environment. It leaves you with no ability to capture a new angle after you return home.
]]>SyncTwin GmbH, a company that builds software to optimize production, intralogistics, and assembly, is on a mission to unlock industrial digital twins for small and medium-sized businesses (SMBs). While SyncTwin has helped major global companies like BMW minimize costs and downtime in their factories with digital twins, they are now shifting their focus to enable manufacturing businesses…
]]>AI is rapidly changing industrial visual inspection. In a factory setting, visual inspection is used for many issues, including detecting defects and missing or incorrect parts during assembly. Computer vision can help identify problems with products early on, reducing the chances of them being delivered to customers. However, developing accurate and versatile object detection models remains…
]]>Learn how synthetic data is supercharging 3D simulation and computer vision workflows, from visual inspection to autonomous machines.
]]>Gain a foundational understanding of USD, the open and extensible framework for creating, editing, querying, rendering, collaborating, and simulating within 3D worlds.
]]>Discover why OpenUSD is central to the future of 3D development with Aaron Luk, a founding developer of Universal Scene Description.
]]>On March 19, learn how to build generative AI-enabled 3D pipelines and tools using Universal Scene Description for industrial digitalization.
]]>For manufacturing and industrial enterprises, efficiency and precision are essential. To streamline operations, reduce costs, and enhance productivity, companies are turning to digital twins and discrete-event simulation. Discrete-event simulation enables manufacturers to optimize processes by experimenting with different inputs and behaviors that can be modeled and tested step by step.
]]>MONAI, the domain-specific, open-source medical imaging AI framework that drives research breakthroughs and accelerates AI into clinical impact, has now been downloaded by over 1M data scientists, developers, researchers, and clinicians. The 1M mark represents a major milestone for the medical open network for AI, which has powered numerous research breakthroughs and introduced new developer tools…
]]>The NVIDIA BioNeMo service is now available for early access. At GTC Fall 2022, NVIDIA unveiled BioNeMo, a domain-specific framework and service for training and serving biomolecular large language models (LLMs) for chemistry and biology at supercomputing scale across billions of parameters. The BioNeMo service is domain-optimized for chemical, proteomic, and genomic applications…
]]>With a wide breadth of open source, accelerated AI frameworks at their fingertips, medical AI developers and data scientists are introducing new algorithms for clinical applications at an extraordinary rate. Many of these models are nothing short of groundbreaking, yet 87% of data science projects never make it into production. In most data science teams, model developers lack a fast…
]]>Clinical applications for AI are improving digital surgery, helping to reduce errors, provide consistency, and enable surgeon augmentations that were previously unimaginable. In endoscopy, a minimally invasive procedure used to examine the interior of an organ or cavity of a body, AI and accelerated computing are enabling better detection rates and visibility.
]]>Take a deep dive into the latest advances in drug research with AI and accelerated computing at these GTC 2022 featured sessions.
]]>It’s never been more important to put powerful AI tools in the hands of the world’s leading medical researchers. That’s why NVIDIA has invested in building a collaborative open-source foundation with MONAI, the Medical Open Network for AI. MONAI is fueling open innovation for medical imaging by providing tools that accelerate image annotation, train state-of-the-art deep learning models…
]]>The field of drug discovery is at a fascinating inflection point. The physics of the problem are understood and calculable, yet quantum mechanical calculations are far too expensive and time consuming. Eroom’s Law observes that drug discovery is becoming slower and more expensive over time, despite improvements in technology. A recent article examining the transformational role of GPU…
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