POPL 2024 (series) / The Future of Weak Memory 2024 (series) / The Future of Weak Memory 2024 /
Heterogeneous concurrency -- a new frontier for weak memory
Heterogeneous processors that combine different types of processors such as CPUs, GPUs, and accelerators are emerging in all domains of computing. The state-of-the-art of these heterogeneous processors is advancing faster than ever – they are starting to expose a shared memory interface to enable direct communication across these devices with the promise of energy efficiency and orders of magnitude of performance improvement. Consequently, the interactions between the devices with respective memory models result in a heterogeneous weak memory concurrency model.
In this talk, I will present an overview of my research in this direction and share my learning.
Mon 15 JanDisplayed time zone: London change
Mon 15 Jan
Displayed time zone: London change
09:00 - 10:30 | Session 1The Future of Weak Memory at Turing Lecture Chair(s): John Wickerson Imperial College London | ||
09:00 10mTalk | Welcome The Future of Weak Memory John Wickerson Imperial College London, Azalea Raad Imperial College London, Brijesh Dongol University of Surrey, Mark Batty University of Kent, Peter Sewell University of Cambridge | ||
09:10 20mTalk | Some things I wish I hadn’t seen The Future of Weak Memory Matthew J. Parkinson Microsoft Azure Research | ||
09:30 20mTalk | Heterogeneous concurrency -- a new frontier for weak memory The Future of Weak Memory Soham Chakraborty TU Delft | ||
09:50 20mTalk | Chasing Unicorns and Not Losing Hope in Validating Weak Memory Persistency Models The Future of Weak Memory Vasileios Klimis Queen Mary University of London File Attached | ||
10:10 20mTalk | How Do We Know That Weak Memory Matters? The Future of Weak Memory Mike Dodds Galois, Inc. File Attached |