Exascale computing \u2014 the ability to perform calculations at 1 billion billion per second \u2014 is what researchers are striving to push processors to do in the next decade. That\u2019s 1,000 times faster than the first petascale computer that came into existence in 2008.<\/p>\n
Achieving efficiency will be paramount to building high-performance parallel computing systems if applications are to run in environments of enormous scale and also limited power.<\/p>\n
A team of researchers in the Department of Computer Science<\/a> in Virginia Tech\u2019s College of Engineering<\/a> discovered a key to what could keep supercomputing on the road to the ever-faster processing times needed to achieve exascale computing \u2014 and what policymakers say is necessary to keep the United States competitive in industries from everything to cybersecurity to ecommerce.<\/p>\n \u201cParallel computing is everywhere when you think about it,\u201dsaid Bo Li, computer science Ph.D. candidate and first author on the paper being presented about the team’s research this month. \u201cFrom making Hollywood movies to managing cybersecurity threats to contributing to milestones in life science research, making strides in processing times is a priority to get to the next generation of supercomputing.\u201d<\/p>\n Li will present the team\u2019s research on June 29 at the Association for Computing Machinery\u2019s 26th International Symposium on High Performance Parallel and Distributed Computing<\/a> in Washington, D.C. The research was funded by the National Science Foundation.<\/p>\n <\/p>\n