'Cs624 advanced scientific computing' presentation slideshows

Cs624 advanced scientific computing - PowerPoint PPT Presentation


Where to Go Next

Where to Go Next

Where to Go Next. Outline. Announcements: Homework IV due Friday by 5, by e-mail Absolutely no exceptions! Answers will be posted on web I will be available during office hours & by appt. Homework III: answers on web Homework III What you know

By triveni-ishaan
(99 views)


View Cs624 advanced scientific computing PowerPoint (PPT) presentations online in SlideServe. SlideServe has a very huge collection of Cs624 advanced scientific computing PowerPoint presentations. You can view or download Cs624 advanced scientific computing presentations for your school assignment or business presentation. Browse for the presentations on every topic that you want.

Related Searches for Cs624 advanced scientific computing
Scientific Computing  with Python  [Advanced Topics]

Scientific Computing with Python [Advanced Topics]

Scientific Computing with Python [Advanced Topics]. Eric Jones eric@enthought.com En thought www.enthought.com. Travis Oliphant oliphant@ee.byu.edu Brigham Young University http://www.ee.byu.edu/. Topics. Python as Glue Wrapping Fortran Code Wrapping C/C++ Parallel Programming.

By jsocorro (0 views)

ADVANCED SCIENTIFIC COMPUTING RESEARCH An Overview

ADVANCED SCIENTIFIC COMPUTING RESEARCH An Overview

ADVANCED SCIENTIFIC COMPUTING RESEARCH An Overview. Michael Strayer Associate Director, Office of Science Michael.Strayer@science.doe.gov. Department of Energy Organizational Structure. Advanced Scientific Computing Research.

By chip (144 views)

Scientific Computing

Scientific Computing

Scientific Computing. Numerical Solution Of Ordinary Differential Equations - Runge-Kutta Methods. Runge-Kutta Methods. If we take more terms in the Taylor’s Series expansion of f(t,x), we would get a more accurate solution algorithm.

By louvain (138 views)

Scientific Computing

Scientific Computing

Scientific Computing. Linear Systems – Gaussian Elimination. Linear Systems. Linear Systems. Solve Ax=b, where A is an n  n matrix and b is an n  1 column vector We can also talk about non-square systems where A is m  n , b is m  1, and x is n  1

By alaura (148 views)

Scientific Computing

Scientific Computing

Scientific Computing. Introduction to Matlab Programming. Today. We will introduce the programming environment for our course: Matlab We will cover: Basic Operations, Functions, Plotting Vectors, Looping Creating a new Function in a M-file. Why Matlab?.

By helki (148 views)

Scientific Computing

Scientific Computing

Scientific Computing. Dr. Guy Tel- Zur. Version 28-05-2011.12:40. Agenda. Administration Visualization Visualization in Sage VisIt : Tutorial The Silo file format A demo program Animation Demo : AWS – HTC Instance for Parallel Computing and Cellular Automata / NKS demo on the cloud

By isaiah (130 views)

Scientific Computing

Scientific Computing

Scientific Computing. Partial Differential Equations Explicit Solution of Heat Equation. The one-dimensional Heat Equation for the temperature u(x,t) in a rod at time t is given by: where c >0, T>0 are constants. One Dimensional Heat Equation.

By stone-matthews (73 views)

Scientific Computing

Scientific Computing

Scientific Computing. Interpolation – Divided Differences Efficiency and Error Analysis. How is Interpolation used?. Here is a table of values for the temperature at a given depth for a lake. We want a good estimate of the temperature at a depth of 7.5 meters. Newton’s Nested Formula.

By dayo (57 views)

Scientific Computing

Scientific Computing

Scientific Computing. Linear Systems – LU Factorization. LU Factorization. Today we will show that the Gaussian Elimination method can be used to factor (or decompose ) a square, invertible, matrix A into two parts, A = LU, where:

By fay-gamble (52 views)

Scientific Computing

Scientific Computing

Scientific Computing. Numerical Solution Of Ordinary Differential Equations - Euler’s Method. Bungee Jumper – Coupled ODEs. Bungee Jumper – Coupled ODEs. We want to model the vertical dynamics of a jumper connected to a stationary platform with a bungee cord. F=ma Forces :

By dagmar (196 views)