Strategies for Class-Imbalanced Learning in Multi-Sensor Medical Imaging.
Class imbalance in multi-sensor medical imaging can improve minority class recall by 12-35% through advanced strategies. ππ©Ί
March 28, 2026
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Discover the newest research about AI innovations in π§ Neuroscience.
Classification of Osteoporosis and Detection of Compression Fractures by Implementing Real-Time Object Detection System Upon Medical Radiographs.
AI in Osteoporosis Detection: YOLOv4 achieves 78.1% accuracy for osteoporosis classification and 68.3% for fractures. ππ¦΄
March 21, 2026
Localizing the epileptogenic zone using deep learning and neuroimaging: A systematic review.
Deep learning enhances epileptogenic zone localization in drug-resistant epilepsy, yet bias and clinical applicability remain concerns. ππ§
March 16, 2026
New AI Model Analyzes Brain MRIs for Disease Prediction
New AI Model Analyzes Brain MRIs for Disease Prediction π§ π€
Mass General Brigham’s BrainIAC excels in predicting dementia and detecting tumors.
March 10, 2026
AI System Diagnoses Brain MRIs in Seconds with High Accuracy
AI model analyzes brain MRIs in seconds, achieving 97.5% accuracy in diagnosing neurological conditions. π§ β‘οΈ
March 7, 2026
Mixture-of-Skip-Connection Deep Learning Model to Classify Stroke Severity from Diffusion Weighted Imaging Based on NIHSS.
Innovative TRACT-NET model predicts stroke severity with 81.37% accuracy using DWI scans and NIHSS scores. π§ π
March 7, 2026
Future trends and challenges in occupational therapy: Insights from a Delphi study.
Future trends in occupational therapy: 36 experts highlight tech integration, digital literacy, and ethical AI concerns. ππ§
February 3, 2026
Enhancing Brain Tumor Classification and Generalization Using DDPM-Generated MRI, Mutual Information and Ensemble Learning.
Enhancing brain tumor classification with DDPM-generated MRI shows 89% accuracy using mutual information. ππ§
February 1, 2026
Multi-Scale Adaptive Temporal Network for Parkinson’s Motor Symptom Fluctuation Detection Using Coarsened 2D Skeleton Pose Data.
Revolutionary deep learning framework achieves 99.63% accuracy in monitoring Parkinson’s motor symptoms using 2D skeleton pose data! π€π
January 30, 2026
Mapping the Ischemic Continuum: Dynamic Multi-Omic Biomarker and AI for Personalized Stroke Care.
Exploring AI and multi-omics for personalized stroke care: a comprehensive review of ischemic biomarkers and their implications. π§ π¬
January 10, 2026