Affective computing, which aims to understand and replicate human emotions, has made notable progress with the help of deep ...

Autonomous TUG robots optimize healthcare logistics, ensuring efficient transport of medications and supplies while ...

This innovative AI tool enhances long COVID diagnosis by using precision phenotyping, offering a clearer understanding of the condition's prevalence and impact.

Researchers from the University of Liverpool demonstrate in a study that was published in the journal Nature how mobile ...

Researchers aim to enhance pain recognition in children and other non-verbal patients by developing programs that can ...

A novel robotic teleoperation system using AR and digital twins enhances EoL EV battery disassembly, improving efficiency and ...

Researchers from King’s College London utilized artificial intelligence (AI) to evaluate antimicrobial resistance in ICU ...

Researchers from Linköping University enhanced the AI tool AlphaFold to predict the shape of extremely large and complex ...

PARO, an interactive therapeutic robot, uses advanced technology to offer emotional support and reduce stress, improving ...

A novel architecture combining edge computing and IIoT optimizes industrial processes, digitizing analog gauge readings for ...

With its robotic precision and advanced imaging, CyberKnife provides targeted radiotherapy, effectively treating ...

Researchers at Mass General Brigham developed and validated an AI model using MRI scans from over 700 individuals with ...