Latest Articles for Healthcare

Using ECG data to improve liver disease detection through machine learning.

Discover the fascinating world of nanostructures and their impact on technology.

Exploring the role and challenges of surrogate endpoints in cancer treatment evaluations.

Exploring the genetic factors influencing schizophrenia, with a focus on the SETD1A gene.

New techniques improve detection of brain tumors in children.

Discover how Large Language Models streamline the data cleaning process.

Learn how causal graphs clarify the mysteries of predictive models.

DEEPER uses brain signals for seamless information searching while reading.

New method improves EEG-based brain-computer interface performance.

A new model improves understanding of molecular structures and drug design.

Explore how community recovery shapes group dynamics across multiple networks.

A look at how apathy impacts motivation for physical activity.

New methods improve surgical efficiency and safety through advanced predictions.

Learn how light and intelligent surfaces are changing wireless communication.

Discover how electrical networks shape our daily lives and their essential components.

Research highlights potential of existing drugs for normal-tension glaucoma.

PediaBench aims to improve AI assistance in children's health.

A study reveals higher mortality risks with opioid use in dementia patients.

Non-contact cameras enhance vital sign monitoring for fragile newborns in intensive care.

How switching to tap water can decrease waste in gastroenterology procedures.

Deep learning enhances control of lower-limb exoskeletons for better rehabilitation.

MOFHEI transforms machine learning for better privacy and efficiency.

Advancements in segmentation techniques improve healthcare diagnostics and treatment planning.

New strategies make hip exoskeletons more efficient and accessible.

Patient admissions rise, but imaging tests don't follow suit.

A bilingual model transforming medical communication for patients and professionals.

Study reveals attitudes toward digital solutions in genetic counseling.

A new approach to improve treatment effectiveness using real-world data.

New AI methods streamline ATC coding and enhance healthcare efficiency.

Backup sensors help robots make better choices during sensor failures.

Quantum computing could reshape drug discovery by improving predictions with small datasets.

AI is transforming biological research through innovative digital organisms.

Exploring how AI models improve diagnoses from medical imaging.

Measuring perceptions of teamwork to improve patient safety in surgery.

FMGP improves DNN predictions by estimating uncertainty, crucial for high-stakes applications.

Understanding the security threats facing brain-computer interfaces today.

Discover how researchers recreate complex shapes from simple images using innovative methods.

T-TIME streamlines brain-computer interfaces for easier user experiences.

Bridge-type estimators help identify key variables in complex data efficiently.

Explore the significance and methods of Training Data Attribution in AI.