'Hypercube' diaporamas de présentation

The Future of Parallel Computing

1.16k views • 100 slides

The Balanced Hamiltonian Cycle Problem

The Balanced Hamiltonian Cycle Problem. Student: Hou - Ren Wang Advisor: Dr. Justie Su-Tzu Juan Date : 2011/07/28. Outline. Introduction Preliminary Main Result The Balanced Hamiltonian Cycle in Hypercube The Balanced Hamiltonian Cycle in Torus Graphs Conclusion &Future Work.

658 views • 42 slides

Lighting and Shadows: Applications Lecture #10

Lighting and Shadows: Applications Lecture #10. Thanks to Li Zhang, Yoav Schechner, Steve Seitz, Bouguet, Perona, Ravi Ramamoorthi. Is there a unified representation for light sources?. How do we compare the light from a street lamp to that from an overcast sky?

518 views • 33 slides

Parallel Processing

Parallel Processing. Group Members : PJ Kulick Jon Robb Brian Tobin. Topics. Theory of parallel computers SUPERCOMPUTERS Distributed Computing. What is parallelism???. Parallelism is the process of performing tasks concurrently. Real life examples: Definition.

1.23k views • 27 slides

Multidimensional Detective

Multidimensional Detective. Alfred Inselberg Presented By Rajiv Gandhi and Girish Kumar. Motivation. Discovering relations among variables Displaying these relations. Cartesian vs. Parallel Coordinates. Cartesian Coordinates: All axes are mutually perpendicular Parallel Coordinates:

425 views • 22 slides

HYPERCUBE ALGORITHMS-1

HYPERCUBE ALGORITHMS-1. Computation Model. Hypercubes of 0, 1, 2 and 3 dimensions. Computation model. Each node of a d -dimensional hypercube is numbered using d bits. Hence, there are 2^ d processors in a d -dimensional hypercube.

228 views • 21 slides

Hardware/Software Concepts

Hardware/Software Concepts. Tran, Van Hoai Department of Systems & Networking Faculty of Computer Science & Engineering HCMC University of Technology. Hardware concepts. Multiprocessor dimensions Memory: could be shared or be private to each CPU

365 views • 20 slides

Eye-opening, Captivating, and Compelling Mathematics!

Eye-opening, Captivating, and Compelling Mathematics!. Judy Spicer. These are the best of times in mathematics. We can make visible ideas that previously were hard to model and visualize ideas that were impossible to imagine. .

236 views • 15 slides

Jewish mysticism

148 views • 14 slides

Interconnection Networks

Interconnection Networks. Lecture 5 : January 29 th 2007 Prof. Chung-Kuan Cheng University of California San Diego Transcribed by: Jason Thurkettle. Topics. Graph Construction. Project phase 1: See Z9 IBM Journal Research and Development Jan 2007. Hyper Cube (HC).

182 views • 12 slides

89 views • 1 slides