Latest Articles for Healthcare

A review of the limitations and potential of routine clinical data in healthcare.

New dataset enhances research on BCIs, focusing on communication for children.

Learn about Lagrangian Index Policy and its impact on decision-making.

New model improves drug dosing accuracy for individual patients using machine learning.

Learn how calibration improves the accuracy of language models.

SEG-SAM enhances medical image segmentation for better diagnosis and treatment.

Learn how ClustEm4Ano helps keep personal data safe and anonymous.

New AI method improves ventilator settings for better patient care.

A new method improves accuracy in clinical documentation using Process-Supervised Reward Models.

Learn how POMDPs help make decisions amid uncertainty.

Learn how Split-Federated Learning improves data privacy and efficiency.

Discover how probabilities of causation help us understand treatment effects.

Discover how the TTRB method transforms problem-solving in mathematics.

Researchers use machine learning to reveal how T Cell Receptors interact with ligands.

Explore how dynamic graphs and contrastive learning reshape our understanding of data.

Discover how AI and ontologies reshape clinical trial processing.

A study investigates how balance training can aid stroke recovery.

A multilingual model aims to identify suicidal ideation across languages on social media.

New advancements bring eye care to diverse languages using large language models.

Learn how state space models evolve with deep learning.

Effective communication between doctors and patients is essential for better healthcare outcomes.

Methods to handle missing data can improve patient care and treatment analysis.

New vaccines and strategies are changing the fight against RSV.

Learn how multi-distribution learning makes machine systems smarter and fairer.

CoRa improves communication in busy networks by resolving signal collisions.

Artificial intelligence enhances the diagnosis of wrist fractures in children and teens.

Synthetic data generation enhances heart sound analysis for improved diagnostics.

Understanding human movement is key for robot teamwork.

Exploring breakthroughs in machine learning for personalized medicine and improved healthcare outcomes.

A new method reduces time and effort in medical image labeling.

A look into how we learn about cause and effect in various fields.

SHEPHERD offers a new method for diagnosing rare diseases efficiently.

A new framework improves accuracy and efficiency in detecting chest abnormalities.

New techniques boost computer understanding of human activities using wearable sensor data.

A novel framework improves understanding of complex biological systems using multi-omics data.

A new method for combining patient data to measure treatment effects effectively.

New AI methods aim to improve early detection of oral squamous cell carcinoma.

Combining RF and Optical Communication for better data freshness.

AI tools show promise in early detection of cardiac amyloidosis, improving patient outcomes.

Learn how Fréchet SDR changes the way we analyze complex data.