[CSBi-HPC] Fwd: MathWorks training in Natick

[Peter Woolf]

FYI  for anyone interested in improving their Matlab skills..
--Peter

Begin forwarded message:

> From: "Sanjoy Ray" <sray at wi.mit.edu>
> Date: Mon Sep 29, 2003  7:24:36 PM Canada/Eastern
> To: pwoolf at MIT.EDU
> Subject: Fwd: MathWorks training in Natick
>
> Hi Peter,
>
> FYI in case you or any of the cluster users might be interested....
>
> Cheers,
>
> --Sanjoy
> From: "The MathWorks" <mathworks-mail at mathworks.com>
> Date: Mon Sep 29, 2003  6:18:07 PM Canada/Eastern
> To: "Sanjoy Ray" <sray at wi.mit.edu>
> Subject: MathWorks training in Natick
> Reply-To: "The MathWorks" <info at mathworks.com>
>
>
> Dear Sanjoy Ray,
>
> We are pleased to announce that The MathWorks will be conducting 
> training
> courses for beginner, intermediate and advanced users of MATLAB and
> Simulink in Natick, MA this October and November.
>
> The following courses will be offered:
>
> MATLAB Fundamentals and Programming Techniques - Oct 20-21 and 22-23
> This course provides a comprehensive understanding of MATLAB as a 
> programming
> language. This course is intended for beginner and intermediate users. 
> No prior knowledge
> of MATLAB is required. This course covers working with matrices, data 
> manipulation,
> graphical visualization, and programming. Additional topics include 
> file I/O, advanced
> data types, Handle Graphics, and graphical user interface design.
>
> Advanced Programming Techniques in MATLAB -- October 24
> Extends the programming techniques acquired in the MATLAB Fundamentals 
> and
> Programming Techniques course. Expands upon MATLAB programming 
> capabilities,
> including performing error checking of code and vectorizing code to 
> make it run faster.
> Demonstrates techniques for creating functions with increased 
> flexibility. Explains the
> concept of object-oriented programming in MATLAB for creating and 
> implementing your
> own data types. Demonstrates how to solve ordinary differential 
> equations. Explains
> concepts for using the Optimization Toolbox.
>
> Modeling Dynamic Systems with Simulink -- November 17-18
> Covers the basics of using Simulink, an interactive, graphical 
> environment used to
> model and simulate dynamic systems. Explores all aspects of system 
> modeling with
> Simulink, including creating a model, simulating the system, and 
> analyzing the results.
> Demonstrates how to design your own algorithms and blocks. Explains 
> the use of
> MathWorks blocksets and extensions, such as the Dials and Gauges 
> Blockset,
> Stateflow, the DSP Blockset, the Communications Blockset, and xPC 
> Target.
>
> Advanced Modeling Techniques Using Simulink -- November 19
> Provides a deep understanding of Simulink and hands-on experience with
> advanced modeling tools for Simulink users. Covers advanced methods
> for creating self-contained models, such as adding GUIs, utilizing 
> callbacks,
> and using libraries and configurable subsystems. Explains C MEX 
> S-functions
> through examples of continuous and discrete systems; scalar, vector, 
> and
> matrix inputs; and parameters. Discusses Simulink performance tools, 
> such
> as Simulink Data Explorer.
>
> Real-Time Workshop Fundamentals -- November 20
> Provides a general understanding of Real-Time Workshop concepts and 
> procedures.
> Explains how to generate code and analyze the structure of the 
> resulting code using
> Real-Time Workshop. Provides an overview of the build procedure and 
> code generation
> options. Reviews Simulink options that effect code generation. Covers 
> external mode
> operation. Discusses the basic use of rapid simulation and rapid 
> prototyping targets,
> such as Real-Time Windows Target and xPC Target.
>
> These classes are taught in an interactive, hands-on setting by an 
> experienced MathWorks
> engineer. Our instructors provide individualized attention in a 
> classroom setting and are able
> to customize the curriculum to reflect each student's learning style 
> and abilities.
>
> For more details on course content and to register online
> visit www.mathworks.com/training.
> To register by phone call 508-647-7000 and select option 3
>
> We look forward to seeing you in Natick.
>
> Sincerely,
> Product Training Services Team
>
>
> P.S. Please forward this e-mail to any colleagues who may be
> interested in attending.
>
> If you would like us to remove this address from our e-mailing list,
> please send an e-mail with "remove" and your Vantive ID 130575
> in the subject line to remove_email at mathworks.com
>
>
> MATLAB, Simulink and Stateflow are registered trademarks of The 
> MathWorks, Inc.
>
>
>
>
>
>
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