Computer scientists from Rice University, Argonne National Lab and the University of Illinois at Urbana-Champaign have used one of Isaac Newton’s numerical methods to demonstrate how “inexact computing” can dramatically improve the quality of simulations run on supercomputers. (Image courtesy of Shutterstock.com/Rice University)
- Top 500 – 2016-11-05: Improving Supercomputing Accuracy by Sacrificing Precision
- Business Standard – 2016-11-01: Squeezing more out of chips to cut artificial intelligence cost
- Observer – 2016-10-31: Researchers Just Discovered a Way to Make Supercomputing Way More Powerful
- Rice News – 2016-10-31: Beyond silicon: Squeezing more out of chips
- New York Times – 2016-10-30: Beyond Silicon: Squeezing More Out of Chips
- Futurity – 2016-10-25: Super accurate computing wastes tons of energy
- Rice News – 2016-10-20: Computer scientists find ‘inexact computing’ can improve answers
Anshumali Shrivastava presented CaPSuLe, an energy-stingy indoor mobile locator, during the IEEE SOCC in September 2016.
CaPSuLe
- Rice News – 2016-10-20: Energy-stingy indoor mobile locator ensures user privacy
- Rice News – 2016-10-03: Rice Center researches Adaptive Software
- Heidelberg Institute for Theoretical Studies Colloquium – 2016-06-20: More Accuracy with Less Precision: Inexact Computing and Hard Science
- IEEE Computer Society – 2016-05-23: Giovanni De Micheli, EFP Lausanne, Switzerland Professor and Director, Named Recipient of 2016 IEEE-CS Harry H. Goode Award for Network on Chip (NoC)
- New Scientist – 2016-04-02: To make computers better, make them sloppy
- International Symposium on Code Generation and Optimization Keynote – 2016-03-15: 50 Years of Parallel programming: Ieri, Oggi, Domani (PDF)
- ASCR-Discovery, U.S. Department of Energy: 2015-07: Mounting a Charge
- New York Times – 2015 -05-11: A Climate-Modeling Strategy that Won’t Hurt the Climate
- Oxford Martin School (YouTube video of lecture) – 2015-01-29: Climate Change: dealing with uncertainty
