ClickGen: Directed exploration of synthesizable chemical space via modular reactions and reinforcement learning.
ClickGen enhances molecular design using AI, ensuring high synthesizability and bioactivity in cancer research. 🧬💡
NHS Image Exchange Portal Facilitates Rapid Sharing of Patient Images
NHS Image Exchange Portal shares 500 patient images per second, aiding in diagnostic backlogs and enhancing patient access. 📸🏥
USE OF ARTIFICIAL INTELLIGENCE IN THE DIAGNOSIS AND TREATMENT OF ORTHOPEDIC DISEASES: LITERATURE REVIEW.
Artificial intelligence enhances orthopedic diagnostics and treatment. 🤖 Improved accuracy in MRI and X-ray analysis is promising. 🦴
Multimodal machine learning for language and speech markers identification in mental health.
Exploring multimodal machine learning in mental health diagnostics reveals promising accuracy and integration of text and audio markers. 📊🧠
Optimized robust learning framework based on big data for forecasting cardiovascular crises.
A novel deep learning framework, R-DLH2O, enhances cardiovascular crisis prediction using robust data processing techniques. 📊❤️
Enhancing Healthcare Efficiency with a Strategic Multicloud Approach
Multicloud strategies can enhance healthcare efficiency. 🌐 Organizations must align cloud solutions with specific business objectives for optimal results. 📈
An ultrasonography of thyroid nodules dataset with pathological diagnosis annotation for deep learning.
New dataset aids deep learning in thyroid nodule diagnosis. 📊🔍 8508 ultrasound images with pathology annotations reviewed. 🩺
Deep reinforcement learning extracts the optimal sepsis treatment policy from treatment records.
A recent PubMed article reveals how deep reinforcement learning can enhance sepsis treatment strategies, improving survival rates by over 10%. 📈💉
Screening for severe coronary stenosis in patients with apparently normal electrocardiograms based on deep learning.
Deep learning models show promise in detecting severe coronary stenosis in patients with normal ECGs. 🫀📊
Adaptive federated learning for resource-constrained IoT devices through edge intelligence and multi-edge clustering.
Explore adaptive federated learning for IoT devices. This innovative approach enhances resource allocation and learning accuracy. 🌐📈