With a $9.2 million grant from Intelligence Advanced Research Projects Activity (IARPA), Prof. Andrew A. Chien will lead a team of University of Chicago computer science researchers building the ...

The research team showed that T-GPS can process a graph of 1 trillion edges using a single computer, while the conventional two-step approach can only process of a graph of 1 billion edges using a ...

Nearly six out of 10 graph adopters across all industries and surveyed by IBM say speed and performance of graph database provided the most value to their organizations, followed by discovery (54%), ...

The team’s strategy of priming the graph has proved groundbreaking. “This one new idea kind of changed everything,” Tarjan said. David Wajc, a computer scientist at the Technion in Haifa, Israel, ...

KAIST’s tool – which is named “Trillion-scale Graph Processing Simulation,” or T-GPS – bypasses the storage step. Instead, T-GPS loads the smaller, real graph into its main memory. Then, it runs the ...

This is approximately the same speed as Babai’s graph isomorphism algorithm, and it’s still the best we can do for groups almost 50 years later. “It roughly means there’s been no progress for half a ...

The study of such graphs is called graph theory. Engineers need to find planarity in a graph when, for example, they are designing a computer chip without a crossed wire.

The K-Computer in Japan continues to top the Graph 500 ranking of the world’s fastest supercomputers. The latest list was released today at SC16 in Salt Lake City. "The Graph 500 measures performance ...

Other computer components also affect its speed. If you run 3-D games or video editing programs, your graphic card's speed may become important.