'X10' diaporamas de présentation

X10 Tutorial

X10 Tutorial. December 2006 IBM Research. This work has been supported in part by the Defense Advanced Research Projects Agency (DARPA) under contract No. NBCH30390004. X10 Core Team Rajkishore Barik Vincent Cave Chris Donawa Allan Kielstra Sriram Krishnamoorthy Nathaniel Nystrom

1.44k views • 125 slides

An Overview of the X10 Programming Language and X10 Development Tools

An Overview of the X10 Programming Language and X10 Development Tools. Evelyn Duesterwald, Emmanuel Geay, Vijay Saraswat and David Grove IBM Research. Based on material from previous X10 Tutorials by Bard Bloom, Steve Fink, Nate Nystrom, Igor Peshansky, Christoph von Praun, Vivek Sarkar

1.06k views • 93 slides

X10 Tutorial x10.sf

X10 Tutorial http://x10.sf.net. Vijay Saraswat (based on tutorial co-authored with Vivek Sarkar, Christoph von Praun, Nate Nystrom, Igor Peshansky) August 2008 IBM Research.

1.1k views • 91 slides

Quantitative vs. Qualitative

946 views • 58 slides

Module 1: X10 Overview

770 views • 58 slides

Chapter 2

672 views • 53 slides

Chapter 1 Chemical Foundations

673 views • 50 slides

Background Material and Review Topics

613 views • 48 slides

DIY Home Automation

DIY Home Automation. Chris Barrett. Disclaimer. I am a hobbyist I have no attachments to any of the companies that I will mention other than that I have bought some of their products. References to the companies and their products do not constitute endorsements. What is Home Automation?.

459 views • 31 slides

Scientific Notation

Scientific Notation. The Ins, Outs and How -to. Objectives. To express numbers in standard decimal notation and scientific notation To convert numbers between scientific notation and standard notation To explain the benefits of using scientific notation To convert between scientific units

820 views • 30 slides

Chapter 2

Chapter 2. Prefixes, Units and Unit Conversion. Quick review on exponents. 10 3 = 10x10x10 = 1000 ? 10 x 3 3 x 10 3 = 3x10x10x10 = 3000 2 4 = 2x2x2x2=16 10 6 = 10x10x10x10x10x10 = 1,000,000 10 -3 = 1/(10 3 ) = 1/1000 = .001 10 -6 = 1/(10 6 ) = 1/1000,000 = .000001

531 views • 29 slides

X10 at Petascale Lessons learned from running X10 on the PERCS prototype

X10 at Petascale Lessons learned from running X10 on the PERCS prototype. Olivier Tardieu http://x10-lang.org. This material is based upon work supported by the Defense Advanced Research Projects Agency under its Agreement No. HR0011-07-9-0002. Outline. X10 Overview APGAS Programming model

423 views • 28 slides

Home Automation with Perl and X10

323 views • 26 slides

Panel 1: Hot topics and future directions in programming languages (PL) research

Panel 1: Hot topics and future directions in programming languages (PL) research. Vivek Sarkar, IBM Research May 9, 2007. My Background. Education B.Tech., IIT Kanpur, 1981 (Advisor: Keshav Nori) M.S., U Wisconsin-Madison, 1982 Ph.D., Stanford University, 1987 (Advisor: John Hennessy)

254 views • 17 slides

Reading between the lines

301 views • 17 slides

October, 1997

243 views • 11 slides

OBJECTIVES:

9-3: Scientific Notation. OBJECTIVES: You will simplify expressions involving quotients of monomials and simplify expressions containing negative exponents. In science, very small numbers are found when measuring energy levels of electrons and atomic radii.

157 views • 9 slides

Welcome to ACM SIGPLAN X10 Workshop

Welcome to ACM SIGPLAN X10 Workshop. San Jose, CA. Welcome to ACM SIGPLAN X10 Workshop. San Jose, CA. Goals of the workshop Bring together X10 educators, application writers, and language/tooling implementers Help to foster collaboration among the growing X10 community

155 views • 6 slides

X10 Future Plans & Discussion

X10 Future Plans & Discussion. X10 Development Roadmap. Upcoming releases X10 2.2.3: August 2012 X10/Java interop X10 2.3.0: Late 2012 Mixed mode execution Possibly extend scope of supported Java ? X10 interop No backwards incompatible changes with X10 2.2

152 views • 5 slides

(1, 1)

Case 1:. Case 2:. (1, 1). (-1, 1). (-1, 0). (1, 0). (0, 0). (2, 0). (-1, -1). (-1, -1). (x3, y3). (x4, y4). (x2, y2). (x0, y0). (x6, y6). (x1, y1). (x5, y5). (x7, y7). (x8, y8). (x9, y9). (x10, y10).

96 views • 2 slides