'Iram' presentation slideshows

IRAM and ISTORE Projects

IRAM and ISTORE Projects.

875 views • 78 slides

IRAM and ISTORE Projects

IRAM and ISTORE Projects.

792 views • 78 slides

Compiling for VIRAM

Compiling for VIRAM. Kathy Yelick Dave Judd, & Ronny Krashinsky Computer Science Division UC Berkeley. Compiling for VIRAM. Long-term success of VIRAM depends on simple programming model, i.e., a compiler Needs to handle significant class of commercial applications

369 views • 36 slides

Scientific Applications on Multi-PIM Systems

Scientific Applications on Multi-PIM Systems. WIMPS 2002 Katherine Yelick U.C. Berkeley and NERSC/LBNL. Joint with with: Xiaoye Li, Lenny Oliker, Brian Gaeke, Parry Husbands (LBNL)

335 views • 33 slides

Suitability of Alternative Architectures for Scientific Computing in 5-10 Years

Suitability of Alternative Architectures for Scientific Computing in 5-10 Years. LDRD 2002 Strategic-Computational Review July 31, 2001. PIs: Xiaoye Li, Bob Lucas, Lenny Oliker, Katherine Yelick Others: Brian Gaeke, Parry Husbands, Hyun Jin Kim, Hyn Jin Moon. Outline.

310 views • 24 slides

IRAM: A Microprocessor for the Post-PC Era

IRAM: A Microprocessor for the Post-PC Era. David A. Patterson. http://cs.berkeley.edu/~patterson/talks patterson@cs.berkeley.edu EECS, University of California Berkeley, CA 94720-1776. Perspective on Post-PC Era. PostPC Era will be driven by 2 technologies: 1) Mobile Consumer Devices

335 views • 23 slides

IRAM: A Microprocessor for the Post-PC Era

IRAM: A Microprocessor for the Post-PC Era. David A. Patterson. http://cs.berkeley.edu/~patterson/talks patterson@cs.berkeley.edu EECS, University of California Berkeley, CA 94720-1776. Perspective on Post-PC Era. PostPC Era will be driven by 2 technologies: 1) Mobile Consumer Devices

237 views • 23 slides

Rough Schedule

Rough Schedule. 1:30-2:15 IRAM overview 2:15-3:00 ISTORE overview break 3:15-3:30 Financial 4:00-5:00 Future. IRAM Hardware and Software. Kathy Yelick Computer Science Division UC Berkeley. L o g i c. f a b. Proc. $. $. L2 $. Bus. Bus. D. R. A. M. I/O. I/O. I/O. I/O.

185 views • 18 slides

Internet Routing Anomaly Monitoring System

253 views • 15 slides

Compilers and Applications

Compilers and Applications. Kathy Yelick Dave Judd, Ronny Krashinsky, Randi Thomas, Samson Kwok, Simon Yau, Kar Ming Tang, Adam Janin, Thinh Nguyen Computer Science Division UC Berkeley. Compiling for VIRAM.

137 views • 13 slides

IRAM Vision

I/O. I/O. D. R. A. M. I/O. I/O. f a b. D R A M. D. R. A. M. IRAM Vision. L o g i c. f a b. Proc. B u s. $. $. Microprocessor & DRAM on a single chip: on-chip memory latency 5-10X, bandwidth 50-100X improve energy efficiency 2X-4X (no off-chip bus)

88 views • 8 slides

IRAM and ISTORE

IRAM and ISTORE. David Patterson, Katherine Yelick, John Kubiatowicz U.C. Berkeley, EECS http://iram.cs.berkeley.edu/{istore}. IRAM Overview. Low power, high performance processor for multimedia Mixed logic and DRAM On-chip bandwidth, low power Vector processing

122 views • 3 slides