'Branch target address' diaporamas de présentation

Chapter 5 Superscalar Techniques

Chapter 5 Superscalar Techniques. Superscalar Techniques. The ultimate performance goal of a superscalar pipeline is to achieve maximum throughput of instruction processing Involving three component flows of instructions and/or data: Instruction flow, register dataflow, and memory dataflow

1.99k views • 179 slides

Tutorial Background Material

Current and Future Trends in Processor Architecture Theo Ungerer Dept. of Computer Design and Fault Tolerance University of Karlsruhe D-76128 Karlsruhe, Germany ungerer@Informatik.Uni-Karlsruhe.de http://goethe.ira.uka.de/people/ungerer/. Tutorial Background Material.

963 views • 96 slides

16.482 / 16.561 Computer Architecture and Design

563 views • 55 slides

UIUC - CS 433 IBM POWER7

Adam Kunk Anil John Pete Bohman. UIUC - CS 433 IBM POWER7. Quick Facts. Released by IBM in 2010 (~ February) Successor of the POWER6 Shift from high frequency to multi-core Implements IBM PowerPC architecture v2.06 Clock Rate: 2.4 GHz - 4.25 GHz Feature size: 45 nm

549 views • 44 slides

UIUC - CS 433 IBM POWER7

Adam Kunk Anil John Pete Bohman. UIUC - CS 433 IBM POWER7. Quick Facts. Released by IBM in 2010 (~ February) Successor of the POWER6 Shift from high frequency to multi-core Implements IBM PowerPC architecture v2.06 Clock Rate: 2.4 GHz - 4.25 GHz Feature size: 45 nm

476 views • 39 slides

UIUC - CS 433 IBM POWER7

Adam Kunk Anil John Pete Bohman. UIUC - CS 433 IBM POWER7. Quick Facts. Released by IBM in 2010 (~ February) Successor of the POWER6 Shift from high frequency to multi-core Implements IBM PowerPC architecture v2.06 Clock Rate: 2.4 GHz - 4.25 GHz Feature size: 45 nm

453 views • 38 slides

CS/COE0447 Computer Organization & Assembly Language

451 views • 37 slides

CS/COE0447 Computer Organization & Assembly Language

469 views • 35 slides

2004-10-07 John Lazzaro (cs.berkeley/~lazzaro)

391 views • 29 slides

URISC

URISC. Computer Architecture and Design Spring 2008 Sreekumar Menon Pg1. Outline. Introduction to URISC Motivation Implementation Drawbacks Work on URISC Pg2. Introduction. URISC stands for Ultra-RISC One instruction only !!!!!!!!

433 views • 28 slides

Lecture 6 Introduction to Pipelining

Lecture 6 Introduction to Pipelining. B. C. D. A. Pipelining: Its Natural!. Laundry Example Ann, Brian, Cathy, Dave each have one load of clothes to wash, dry, and fold. Washer takes 30 minutes. Dryer takes 40 minutes. Folder takes 20 minutes. Time. 6 PM. Midnight. 7.

332 views • 21 slides

EET 4250

EET 4250. Ch. 2: Jump Addressing & Ch. 4: The Processor. Acknowledgements: Some s lides and lecture notes for this course adapted from Prof. Mary Jane Irwin @ Penn State, Morgan Kaufmann supplemental material for the course text. 32-bit Constants. Most constants are small

301 views • 18 slides

Parallel Architecture

Parallel Architecture. 10.9 Parallel Architecture 10.10 Case Study: Parallel Processing in the Sega Genesis Semantic gap Most complex instructions and addressing modes went largely unused by compilers

390 views • 16 slides

Lecture 12: Pipelining

Lecture 12: Pipelining. Computer Engineering 585 Fall 2001. 11%. compress. 3%. 3%. 22%. eqntott. 2%. 2%. 11%. espresso. 4%. 1%. 12%. gcc. 3%. 4%. 11%. li. 4%. 8%. Benchmark. 6%. doduc. 2%. 2%. 6%. ear. 4%. 4%. 10%. hydro2d. 2%. 0%. 9%. mdljdp. 0%. 0%. 2%.

196 views • 11 slides