Here's a look at how HPC, AI, and other technologies are being used throughout the world by organizations to enhance healthcare research, drug development, public health, and patient outcomes. The ability to gather, process, and analyze data from genomics, bioinformatics, microscopy, medical imaging, and other areas in the life sciences has been supercharged with HPC systems and artificial intelligence (AI) algorithms. Researchers can sequence vast quantities of DNA data faster than ever before with supercomputer resources and use AI to identify patterns and make predictions. They can now use these available and affordable technologies to study genes and proteins, to predict health events, automate imaging analysis, and generate ideas for improving healthcare delivery. Here's a look at how HPC, AI, and other technologies are being used throughout the world by organizations to enhance healthcare research, drug development, public health, and patient outcomes.

Safe Cities conference is happening now, in #Bucharest. Here are three ideas from this insightful event: "Gen Z could represent 20% of the workforce by 2020." City admistrators need to think out of the box in order to attract and retain Gen Z. KEY POINT: Data is the main FUEL for the cities of the future. This was such a great opportunity to have Romania on the map of #Dell #Safe Cities world tour.