'Parallelism' presentation slideshows

An Introduction to CUDA/OpenCL and Graphics Processors

An Introduction to CUDA/OpenCL and Graphics Processors. Bryan Catanzaro, NVIDIA Research. Heterogeneous Parallel Computing. Latency Optimized CPU Fast Serial Processing. Throughput Optimized GPU Scalable Parallel Processing. Latency vs. Throughput. Ivy Bridge EX 22nm , 541 mm 2.

974 views • 73 slides

Parallel & Cluster Computing 2005 Distributed Multiprocessing and MPI

982 views • 71 slides

Deconvolutional Networks

Deconvolutional Networks. Matthew D. Zeiler Dilip Krishnan, Graham W. Taylor Rob Fergus Dept. of Computer Science, Courant Institute, New York University. Matt Zeiler. Overview. Unsupervised learning of mid and high-level image representations

1k views • 69 slides

GPU Computing with OpenACC Directives

778 views • 69 slides

CS 544: Lecture 3.5 Discourse Coherence

CS 544: Lecture 3.5 Discourse Coherence. Jerry R. Hobbs USC/ISI Marina del Rey, CA. Outline. Interpreting Adjacency What Coherence Relations are there? Definitions and Examples of Specific Coherence Relations Discourse Structure. Interpretation.

856 views • 65 slides

Church, Kolmogorov and von Neumann: Their Legacy Lives in Complexity

740 views • 53 slides

MPI-izing Your Program

MPI-izing Your Program. CSCI 317 Mike Heroux. Simple Example. Example : Find the max of n positive numbers. Way 1: Single processor ( SISD - for comparison). Way 2: Multiple processor, single memory space (SPMD/SMP). Way 3: Multiple processor, multiple memory spaces. (SPMD/DMP).

659 views • 53 slides

CS 258 Parallel Computer Architecture Lecture 1 Introduction to Parallel Architecture

752 views • 51 slides

Data Link Layer

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445 views • 34 slides

Chisel-Q: Designing Quantum Circuits with a Scala Embedded Language

Chisel-Q: Designing Quantum Circuits with a Scala Embedded Language. Xiao Liu and John Kubiatowicz Computer Science Division University of California, Berkeley Email: { xliu , kubitron }@eecs.berkeley.edu. Motivation. Why Quantum Computers?

617 views • 28 slides

Announcements

354 views • 27 slides

Components for high performance grid programming in the GRID.IT project

Components for high performance grid programming in the GRID.IT project. M. Aldinucci M. Coppola D. Laforenza D. Puppin ISTI CNR Pisa. S. Campa M. Danelutto L. Scarponi M. Vanneschi C. Zoccolo Dept. Computer Science University of Pisa. The goal.

364 views • 26 slides

348 views • 24 slides

Soft Computing Applications

621 views • 14 slides

Literary Terms

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Walt Whitman

382 views • 9 slides

Parallelism

591 views • 8 slides

Parallelism Homework

Parallelism Homework. First, here is some general information on parallelism . . . . What is parallelism? .

117 views • 0 slides