Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Brian D. Barrick is active.

Publication


Featured researches published by Brian D. Barrick.


Archive | 2001

PROGRAMMABLE DATA PREFETCH PACING

Brian D. Barrick; Michael John Mayfield; Brian Patrick Hanley


Archive | 2004

Systems and methods for executing load instructions that avoid order violations

Brian D. Barrick; Kimberly Marie Fernsler; Dwain Alan Hicks; Takeki Osanai; David Scott Ray


Archive | 2008

Dual-issuance of microprocessor instructions using dual dependency matrices

Gregory W. Alexander; Brian D. Barrick; Lee Evan Eisen; John Wesley Ward


Archive | 2009

Intermediate Register Mapper

Brian D. Barrick; Michael Billeci; Lee Evan Eisen


Archive | 2004

Method to maintain order between multiple queues with different ordering requirements in a high frequency system

Brian D. Barrick


Archive | 2012

Allocation of counters from a pool of counters to track mappings of logical registers to physical registers for mapper based instruction executions

Gregory W. Alexander; Brian D. Barrick; John Wesley Ward


Archive | 2004

Method of updating cache state information where stores only read the cache state information upon entering the queue

Brian D. Barrick; Dwain Alan Hicks; Takeki Osanai


Archive | 2004

Method and systems for executing load instructions that achieve sequential load consistency

Brian D. Barrick; Kimberly Marie Fernsler; Dwain Alan Hicks; Takeki Osanai; David Scott Ray


Archive | 2008

PROCESSOR AND METHOD FOR STORE DATA FORWARDING IN A SYSTEM WITH NO MEMORY MODEL RESTRICTIONS

Aaron Tsai; Barry Watson Krumm; James R. Mitchell; Bradley S. Nelson; Brian D. Barrick; Chung-Lung Kevin Shum; Michael H. Wood


Archive | 2008

System and method for avoiding deadlocks when performing storage updates in a multi-processor environment

Chung-Lung Kevin Shum; Brian D. Barrick; Aaron Tsai; Charles F. Webb

Researchain Logo
Decentralizing Knowledge