DIC is characterized by problems where data is the primary challenge, whether it is the complexity, size, or rate of the data acquisition. As the number of emerging scientific and national security problems continues to grow, so do our advancements in software and hardware architectures, analytics and visualization. We invite you to explore how PNNL is accelerating the speed of scientific discovery, decision support and threat detection across multiple disciplines.
Machines don't fight wars. Terrain doesn't fight wars. Humans fight wars. You must get into the mind of humans. That's where the battles are won. - COL John R. Boyd
MeDICi Data Intensive Computing Framework
PNNL created a world-leading research program in Data Intensive Computing.
DIC is characterized by problems where data is the primary challenge, whether it is the complexity, size, or rate of the data acquisition. As the number of emerging scientific and national security problems continues to grow, so do our advancements in software and hardware architectures, analytics and visualization. We invite you to explore how PNNL is accelerating the speed of scientific discovery, decision support and threat detection across multiple disciplines.
DIC is characterized by problems where data is the primary challenge, whether it is the complexity, size, or rate of the data acquisition. As the number of emerging scientific and national security problems continues to grow, so do our advancements in software and hardware architectures, analytics and visualization. We invite you to explore how PNNL is accelerating the speed of scientific discovery, decision support and threat detection across multiple disciplines.