'Core 2' presentation slideshows

CS 61C: Great Ideas in Computer Architecture Lecture 19: Thread-Level Parallel Processing

CS 61C: Great Ideas in Computer Architecture Lecture 19: Thread-Level Parallel Processing. Bernhard Boser & Randy Katz http:// inst.eecs.berkeley.edu /~cs61c. Agenda. MIMD - multiple programs simultaneously Threads Parallel programming: OpenMP Synchronization primitives

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Formation de la Terre

771 views • 48 slides

CoSMa: Coherence String Matching

Post-Silicon Verification for Cache Coherence. CoSMa: Coherence String Matching. Original Ideas by: Andrew DeOrio Adam Bauserman Valeria Bertacco. EECS 578 University of Michigan April 17, 2008. Matt Fojtik Brad Dobbie Andy Lin. Outline. Motivation Background: Cache Coherence

577 views • 45 slides

Invited Talk 12:

ICIEV 2014 Dhaka University, Bangladesh. Invited Talk 12: “Discovering Energy-Efficient High-Performance Computing Systems? WSU CAPPLab may help!”. Presented by: Dr. Abu Asaduzzaman Assistant Professor in Computer Architecture and Director of CAPPLab

620 views • 43 slides

Multi-Core Computing

Ahmad Aljebaly Department of Computer Science Western Michigan University. Multi-Core Computing. Agenda. Introduction Motivation for Multi-Core What is multi-core processor? Properties of Multi-core systems Applications benefit from multi-core Multiprocessor memory types

1.02k views • 42 slides

Core 2: Bioinformatics

Core 2: Bioinformatics. CBio-Berkeley. Outline. Berkeley group background Core 2 first round what: aims, milestones how: software lifecycle, interaction w/ other cores Current progress Discussion. Berkeley group: genomics. Formerly BDGP (Berkeley Drosophila Genome Project) Informatics

564 views • 41 slides

O-Glycans

637 views • 35 slides

Comp4611 Tutorial 1

Comp4611 Tutorial 1. Computer Processor History Die Cost Calculation Performance Measuring & Evaluation Sept. 10 2014. Overview. Computer Processor History A Brief Summary of Intel Microprocessors Die Cost Calculation Performance Measuring & Evaluation.

547 views • 35 slides

Acknowledgements

Optimizing DivKmeans for Multicore Architectures: a status report Jiahu Deng and Beth Plale Department of Computer Science Indiana University. Acknowledgements. David Wild Rajarshi Guha Digital Chemistry Work funded in part by CICC and Microsoft. Problem Statements.

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AS Core Maths - TAM Online Session 8 : Trigonometry

505 views • 31 slides

How good is the match between LHC software and current/future processors? Sverre Jarp

432 views • 27 slides

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Melt Layer Analysis of Eclipse Ice Core 2002

Melt Layer Analysis of Eclipse Ice Core 2002. Tom Daigle: Union College Cameron Wake: University of New Hampshire Supported by: NASA/UNH Research and Discover and NSF-OPP. Overview. Improve limited ice core record from NW Canadian Arctic

326 views • 19 slides

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281 views • 18 slides

Home Technology

217 views • 14 slides

Implementing RISC Multi Core Processor Using HLS Language - BLUESPEC

Semesterial Winter 2013. Implementing RISC Multi Core Processor Using HLS Language - BLUESPEC. Liam Wigdor Instructor Mony Orbach Shirel Josef. Motivation Project Goals Solution Algorithm Project Diagram Development Evnironment Project Gantt. AGENDA. Motivation.

242 views • 12 slides

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MC1

DIMM. DIMM. DIMM. DIMM. DIMM. DIMM. MC1. MC2. MC3. MC1. MC2. MC3. Core 1. Core 2. Core 1. Core 2. Core 3. Core 4. Core 3. Core 4. Socket 1. Socket 2. QPI. DIMM. DIMM. DIMM. DIMM. DIMM. DIMM. MC1. MC2. MC3. MC1. MC2. MC3. Core 1. Core 2. Core 1. Core 2. Core 3.

149 views • 1 slides