The UK's public sector has made significant efforts to enhance its digital services, like allowing citizens to apply for Universal Credit, register to vote, and access NHS services like repeat prescriptions.
Conventional wearable devices mostly rely on motion detection or image classifications to capture users’ activities. What is missing in many existing wearable devices is the decoding of neural signals generated by the human body.
In a study published in JAMA Internal Medicine, researchers from Beth Israel Deaconess Medical Center (BIDMC) have revealed that artificial intelligence (AI) may have superior clinical reasoning capabilities compared to human physicians.
The UK government has allocated £1.73 million in funding to support innovative Artificial Intelligence (AI) projects to reduce carbon emissions across critical sectors.
Suzanne Wait, Managing Director at The Health Policy Partnership, explains why organisational digital innovations may be key to streamlining and sustaining our health systems.
Lorna Rothery spoke to stroke researcher and ESO Fellow Rajiv Advani about the wider psychological impacts of stroke, how AI could be harnessed to improve post-stroke care for patients, and the importance of increasing symptom awareness.
Open Access Government charts the priorities of the European Commission’s Directorate‑General for Communications Networks, Content and Technology about carrying out and developing the policies that enable a thriving European digital age.
RapidAI provides AI-based solutions to optimize care delivery and support clinical decision-making. Here, they discuss the vital opportunities to advance stroke care by implementing AI technology.
A study from Temple University and the University of Pittsburgh deepens our understanding of memory processes and gives us insights into improving learning strategies in various fields.
