REVOLUTIONIZING MEDICALIMAGING WITHAI
Breast Cancer Diagnostics
Improving beast cancer screening AI models that use Intel® Xeon® Scalable Processors, Intel® Optimization for TensorFlow, and Intel® Deep Learning Boost for training. The resulting solution streamlines breast cancer diagnosis.
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Analysis of Medical Images
Accelerating X-Ray Image and fMRI AI Models to keep up with the pace of clinical workflows and improve diagnostics with Intel® CPUs, Intel® Extension for PyTorch, and Intel® Distribution of OpenVINO™ toolkit.
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DIGITALHOSPITALS: SHAPINGTHEFUTURE OFHEALTHCARE
Predictive Analytics for Early Intervention
Partners are using Intel® Developer Cloud, Intel® oneAPI Toolkits, Intel® Distribution of OpenVINO™ toolkit, Intel® Xeon® processors, Intel® Optimization for PyTorch, and Intel® AI Builders program to accelerate their applications requiring high-performance, multiarchitecture computing. This is helping reduce cost and bring to life AI models integrated into medical imaging devices, electroencephalogram signal processing, liquidbased cytology, and image analysis for disease and mental health diagnostics.
Adverse Movement Detection
Detecting dangerous patient movements during home blood transfusion with Intel® Distribution of OpenVINO™ toolkit and Intel® Core™ processors.
ROBOTICSIN HEALTHCARE:THE FUTUREOFROBOTSIN MEDICINE
ROBOTS IN THE MEDICAL FIELD ARE TRANSFORMING HOW SURGERIES ARE PERFORMED, STREAMLINING SUPPLY DELIVERY AND DISINFECTION. THEY’RE ENABLING PROVIDERS TO FOCUS ON ENGAGING WITH AND CARING FOR PATIENTS.
INTEL OFFERS A DIVERSE PORTFOLIO OF TECHNOLOGY FOR THE DEVELOPMENT OF MEDICAL ROBOTS, INCLUDING SURGICAL-ASSISTANCE, MODULAR AND AUTONOMOUS MOBILE ROBOTS.
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SURGICAL-ASSISTANCEROBOTS
AS MOTION CONTROL TECHNOLOGIES HAVE ADVANCED, SURGICAL-ASSISTANCE ROBOTS HAVE BECOME MORE PRECISE. THESE ROBOTS HELP SURGEONS ACHIEVE NEW LEVELS OF SPEED AND ACCURACY WHILE PERFORMING COMPLEX OPERATIONS WITH AI- AND COMPUTER VISION‒CAPABLE TECHNOLOGIES. SOME SURGICAL ROBOTS MAY EVEN BE ABLE TO COMPLETE TASKS AUTONOMOUSLY, ALLOWING SURGEONS TO OVERSEE PROCEDURES FROM A CONSOLE.
MODULARROBOTS
THERAPEUTIC ROBOTS CAN HELP WITH REHABILITATION AFTER STROKES, PARALYSIS, OR TRAUMATIC BRAIN INJURIES OR WITH IMPAIRMENTS CAUSED BY MULTIPLE SCLEROSIS. A WHEELCHAIR-MOUNTED ROBOTIC ARM CURRENTLY BEING DEVELOPED BY INTEL AND ACCENTURE AIMS TO ASSIST PATIENTS WITH SPINAL INJURIES IN PERFORMING DAILY TASKS.
AUTONOMOUSMOBILE ROBOTS
SOME ROBOTS CAN ASSIST PROFESSIONALS BEFORE A PATIENT IS CHECKED IN. FOR EXAMPLE, ONE AUTONOMOUS ROBOT IN MEXICO, DEVELOPED BY START-UP ROOMIE, IS BEING USED TO HELP MEDICAL STAFF WITH HIGH-RISK COVID-19 PATIENTS.
SERVICEROBOTS
SERVICE ROBOTS CAN ALSO HELP WITH CLEANING AND DISINFECTION. THESE AMRS MAY USE ULTRAVIOLET (UV) LIGHT, HYDROGEN PEROXIDE VAPORS, OR AIR FILTRATION TO HELP REDUCE INFECTION AND TO SANITIZE REACHABLE PLACES IN A UNIFORM WAY.
THANK YOU
If you are interested in this topic, we invite you to join our meeting with great experts, which will take place this Thursday.
Business Acumen Team
