'Processor design' diaporamas de présentation

New Directions in Computer Architecture

New Directions in Computer Architecture. David A. Patterson. http://cs.berkeley.edu/~patterson/talks patterson@cs.berkeley.edu EECS, University of California Berkeley, CA 94720-1776. Outline. Desktop/Server Microprocessor State of the Art Mobile Multimedia Computing as New Direction

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Computer Organization

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Processor Design

Processor Design. Implementation. 2. Register Transfer Notation. Taken from: http://6004.lcs.mit.edu/. Implementation: Hardwired (FSM) or Microprogramming.

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An Integrated Approach to Teaching Computing Systems Architecture

An Integrated Approach to Teaching Computing Systems Architecture. Kishore Ramachandran & Bill Leahy College of Computing Georgia Institute of Technology. Outline. Traditional approach Pedagogy of new approach Where does it fit and how do we put it in practice? Experience at Tech

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Trends in the Infrastructure of Computing

Trends in the Infrastructure of Computing. CSCE 190: Computing in the Modern World Dr. Jason D. Bakos. My Questions. How do computer processors work? Why do computer processors get faster over time? How much faster do they get? What makes one processor faster than another?

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Intrusion Detection Processor with Packet Content Matching

Intrusion Detection Processor with Packet Content Matching. JC Ho ECE 594. Topics. Background Algorithm and Data Structure Memory Architecture Processor Design. Background. String Matching Algorithms. Boyer-Moore Good for single-pattern Wu-Manber Best average-case performance

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adaptive body bias for reducing process variations nuno alves 19 / october / 2006

adaptive body bias for reducing process variations nuno alves 19 / october / 2006. goal of processor design: achieve maximum operating frequency meet power density constraint process variations create differences: across a single die across multiple wafers and lots. background .

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COMP 303 Computer Architecture

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Lecture 24: Power-efficient Designs

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Designing the WRAMP

Designing the WRAMP. Dean Armstrong The University of Waikato. Aims and Objectives. Provide a suitable hardware platform for teaching Computer Systems Commercial processors generally not suitable for teaching Designed for high performance/low cost Often have quirks that complicate teaching

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Low Power Embedded Security: Thumbpod embedded biometrics project

U. C. L. A. Low Power Embedded Security: Thumbpod embedded biometrics project. Ingrid Verbauwhede University of California, Los Angeles. Acknowledgements: D. Hwang, S. Yang, P. Schaumont, K. Tiri and all other IVGroup members Funded by: NSF, SRC, UC-Micro www.emsec.ee.ucla.edu.

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Processor design

Processor design. Programming Language Design and Implementation (4th Edition) by T. Pratt and M. Zelkowitz Prentice Hall, 2001 Section 11.3. Traditional processor design. Ways to speed up execution. To increase processor speed

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Processor design

Processor design. Programming Language Design and Implementation (4th Edition) by T. Pratt and M. Zelkowitz Prentice Hall, 2001 Section 11.3. Traditional processor design. Ways to speed up execution. To increase processor speed

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Wisconsin Computer Architecture

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Processor Design 5Z032

Processor Design 5Z032. Henk Corporaal Eindhoven University of Technology 2011. Introduction. Purpose of course: learn how computers operate learn how to construct and build a computer system emphasis on processor design and implementation use of SystemC for implementation

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CIS 700 Machine Virtualization

CIS 700 Machine Virtualization. http://www.seas.upenn.edu/~cis700-6/ Autumn 2004. Examples of Machine Virtualization. Run Linux and Windows concurrently on one machine Different operating systems, same ISA Run Linux/x86 applications on Linux/PowerPC Same operating system, different ISA

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Learning by doing

Learning by doing. Course : Digital system design using Verilog. Project based learning. The whole course is based on a project i.e., processor design . The course have been divided into 5 UNITs (17 modules).

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A Sea Change in Processor Design

A Sea Change in Processor Design. Uniprocessor SpecInt Performance : From Hennessy and Patterson, Computer Architecture: A Quantitative Approach , 4th edition, 2006. All processor companies betting their future on many-core More instances of simpler processors are more power efficient

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