Google Tech Talks
February, 28 2008
Intel recently published more precise memory ordering principles for the
IA32 and Intel Architecture 64 (aka x86) processors. This talk discusses
the key principles embodied in this memory ordering and explains some of
the software driven motivation behind them. Along the way we discuss
issues such as publication safety and how to use the principles to
implement the memory models found in high level programming languages.
The presentation is aimed at developers of concurrent shared memory
software and will provide a presentation of the principles as well as
guidance on how to reason about them.
This is joint work with Bratin Saha and many others both inside as well
as outside Intel.
Speaker: Richard L. Hudson
Richard L. Hudson is best known for his work in memory management
including the invention of both the Train Algorithm and the Sapphire
Algorithm. Richard joined Intel in 1998 where he has worked on memory
management, concurrency, synchronization, and memory model related issues. He went to Shortridge, holds a B.A. degree from Hampshire College and an M.S. degree from the University of Massachusetts.