Articles by tag: medical imaging
Axiometrics may be new but it’s set on revolutionizing orthopedics forever. Every year, approximately two million Americans suffer from acute ankle sprains, and bone and joint injuries in the lower limbs. While most of these injuries heal with time, there is a subset of patients who experience chronic ankle instability, enduring persistent pain and…
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Health and Life Sciences at the Edge
The Use of AI in Cancer Screenings
Medical imaging, an integral part of the cancer screening process, continues to experience rapid, year-over-year growth. Unfortunately, available radiologists cannot keep pace with the demand for their services fueled by the continued growth in cancer screening. New solutions are in desperate need to support diagnosis and improve workflows. Can AI play an important role in…
Healthcare
Optimizing Medical Imaging at the Edge
More and more of today’s medical imaging devices, such as CT, ultrasound, and MRI scanners, rely on real-time AI inferencing at the edge to make critical medical decisions while patients are being treated. Intel’s Deepthi Karkada, a deep-learning software engineer, and Ryan Loney, Product Manager for OpenVINO™ spoke to Hilary Kennedy about recent trends…
Health and Life Sciences at the Edge
Health and Life Sciences at the Edge: Advancements in Medical Imaging Processing
“One of the major reasons for the rapid growth of the medical imaging market is the large number of technical improvements in both hardware and software.” – Beenish Zia In this episode of Health and Life Sciences at the Edge, host Tyler Kern speaks with Beenish Zia, an electrical engineer working as a platform…
Health and Life Sciences at the Edge
Health and Life Sciences at the Edge: Improving the Accuracy of Medical Imaging Analysis with Artificial Intelligence
Medical imaging is pioneering the use of AI and analytics to improve the way healthcare is delivered. As the Head of Health Solutions for Intel’s Internet of Things Group, in the Health and Life Sciences and Emerging Technology organization, Alex Flores is uniquely qualified to talk about how AI and Edge technologies are…
Connect Cast-Season1
CurveBeam Connect: Robot Surgeons Aren’t Here, But Innovation Is
Dr. Chris O’Grady wants to see joints. The Florida-based Orthopedic Surgeon who specializes in shoulder reconstruction and replacement has experienced first-hand how helpful it is to have 3-D images when he prepares to perform a procedure. While O’Grady is much more familiar with shoulders than knees, he’s still excited to see Curvebeam’s upcoming entire lower…
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Leverage Data-Driven Tools and Local SEO for Maximum Search Engine Rankings
As businesses continue to navigate the digital landscape, data-driven tools are more crucial than ever for effective SEO strategies. Understanding and implementing the proper SEO practices can make a significant difference with evolving algorithms and competitive markets. Given that 75% of users never scroll past the first page of search results, this statistic underscores…
On-Device AI is Today’s Tech Innovation, Competition and Market Leadership Driver
On-device AI revolutionizes the tech landscape, making it a critical factor for industry dominance. This cutting-edge technology directly integrates advanced AI capabilities into devices, transforming consumer and enterprise applications. This shift stems from the need for improved performance, reduced latency, enhanced data privacy & security, and personalized user experiences. With advancements in neural processing…
The Role of AI in Modern Supply Chains: Insights from Aaron Hatfield at Arvist
Artificial intelligence rapidly transforms modern supply chains, with companies like Arvist leading the charge. In a recent episode of Hammer Down, hosted by Mike Bush, Aaron Hatfield, the Head of Sales at Arvist, sheds light on AI’s practical applications and benefits in enhancing supply chain operations. Is AI in the supply chain a double-edged…
Training New Semiconductor Manufacturing Professionals is Key to Meet Coming Domestic Manufacturing Demand
Over the past few years, the U.S. has made significant strides in semiconductor manufacturing, driven by substantial investments and strategic policies. With the CHIPS Act expected to triple domestic semiconductor manufacturing capacity by 2032, the need for a skilled workforce is more urgent than ever. This discussion explores the key question: What does the…
