EZINE:
In this week's Computer Weekly, we find out how new technologies are supporting the rise of vertical farming, and could revolutionise food supply chains. We examine one of the biggest trends in the cloud – serverless computing. And Brexit has not yet ended the debate about UK-EU data protection. Read the issue now.
EZINE:
In this week's Computer Weekly, we find out how computer scientists are using data, cloud and virtual reality to understand the brain and improve mental wellbeing. We analyse newly published government documents detailing the early problems with Universal Credit. And we look at how AI can help improve cyber security. Read the issue now.
WHITE PAPER:
SAS technology has been proven to be the most versatile storage solution in data transfer and high performance. Read this white paper to learn about a solution that renders the necessary performance needed for your client's expanding market requirements.
WHITE PAPER:
This study of over 150 Fortune 1000 firms from every major industry or vertical explores issues associated with the lifeblood of today’s enterprises: data. The findings demonstrate the often dramatic impacts that even marginal investments in information technology can have when that technology addresses data quality, usability, and intelligence.
EGUIDE:
Generative AI in healthcare offers promise for tasks such as clinical documentation, but clear regulations and standards are needed to maximize benefits and minimize risks.
EGUIDE:
Payers have several different value-based care arrangements they can offer, including pay-for-performance programs, bundled payment models, and capitation.
EGUIDE:
Zuellig Pharma saw the lack of advanced analytics and trusted data platforms in the healthcare sector and built an offering to plug the gaps and help pharmaceutical companies enhance customer engagement. The platform has already helped one organisation better understand user behaviour and gain customer loyalty.
EGUIDE:
Researchers presenting at this year's SNMMI Annual Meeting demonstrated that a computational model can accurately identify four subtypes of Alzheimer's disease, which may help generate insights into the condition's underlying biology and personalize future treatment methods. Download the article to know more.
