'Same code' presentation slideshows

Keeping a Crowd Safe On the Complexity of Parameterized Verification

813 views • 71 slides

ECE 1747H : Parallel Programming

ECE 1747H : Parallel Programming. Message Passing (MPI). Explicit Parallelism. Same thing as multithreading for shared memory. Explicit parallelism is more common with message passing. User has explicit control over processes. Good: control can be used to performance benefit.

805 views • 67 slides

Carnegie Mellon

580 views • 40 slides

Advanced Computer Architecture

497 views • 32 slides

Automatic optimization of MapReduce Programs Michael Cafarella , Eaman Jahani , Christopher Re

Automatic optimization of MapReduce Programs Michael Cafarella , Eaman Jahani , Christopher Re. August 2011. MapReduce is victorious. Google statistics: Hadoop statistics: 7 PB+ Vertica clusters vs. 22 PB+ Cloudera H adoop clusters 1.

1.93k views • 30 slides

Advanced Ray Tracing

Advanced Ray Tracing. Smoke and Fog. What is Ray Tracing?. Recall from Day 1: Computer Graphics is the inverse of Computer Vision, Kajiya Equation Given 3D data, figure out the 2D image with cameras and lighting

443 views • 30 slides

Processes

416 views • 27 slides

Sequence Alignment in DNA

Sequence Alignment in DNA. Presented By: Lalchand Gaurav Jain. Under the Guidance of : Prof . Kolin Paul. Agenda. Application Domain & objective General Alignment Procedure Scope of parallelism in BWT Selection sort and quick sort implementation Bwt Implementation on GPU

403 views • 25 slides

The process concept (section 3.1, 3.3 and demos)

The process concept (section 3.1, 3.3 and demos). Process: An entity capable of requesting and using computer resources (memory, CPU cycles, files, etc). Sometimes called a program in execution .

307 views • 24 slides

CSCI 4717/5717 Computer Architecture

CSCI 4717/5717 Computer Architecture. Topic: Introduction Reading: Chapter 1. Architecture vs. Organization. Architecture is the set of attributes visible to the programmer Instruction set, number of bits used for data representation, I/O mechanisms, addressing techniques. Examples:

427 views • 22 slides

YMTIS Workshop Geneva Introduction to XNA Marios Karagiannis

YMTIS Workshop Geneva Introduction to XNA Marios Karagiannis. mkaragia @ xboxlive. My name is Marios Karagiannis I am Greek I am not affiliated with Microsoft PhD Candidate @ UNIGE In my last year Gamer Since the Game & Watch era Games Developer

362 views • 22 slides

Ruby on Rails

Ruby on Rails. Charles Severance. Textbook: Build Your own Ruby on Rails Application by Patrick Lenz (ISBN:978-0-975-8419-5-2). What is Ruby?. Ruby is a programming language At one level any programming language can be used to solve any problem - everything is *possible* in any language

442 views • 21 slides

SIO Matlab GUI

SIO Matlab GUI. Megan Scanderbeg John Gilson Scripps Institution of Oceanography. Why use the SIO Matlab GUI?. GUI program that: Prepares floats for OW calibration Helps evaluate OW correction Writes the D mode files Used in coordination with other agreed upon dmode procedures:

404 views • 14 slides

Final Thoughts

268 views • 13 slides

Storing Data

Storing Data. A Note About Creating Games . Why do you want to store data?. Data files Configuration files. Configuration files. Pros: Pulls crap like strings and constants out of your code Lets the same code run with different configurations at runtime

269 views • 12 slides

Version Control

Version Control. What is it?. Software to help keep track of changes made to files Tracks the history of your work Helps you collaborate with others. Keeping track of history. How do you get back to that working version you had yesterday?

225 views • 11 slides

Python Functions : chapter 3

Python Functions : chapter 3. From Think Python How to Think Like a Computer Scientist. Type Conversion Functions. A function in Python is a named sequence of instructions that perform a computation. When a function is called it returns the result of this computation. >>> type ( 23.4)

938 views • 10 slides

Inheritance Basics Fall 2008

159 views • 7 slides

n = choose(44,3 ); result = rep(0,n ); a1 = c(8,22,34,35,48,49,50,51)

106 views • 4 slides