MATLAB & Simulink Course Contents, pdf - Figes.com.tr

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<strong>MATLAB</strong> Fundamentals (ML01) or equivalent experience using <strong>MATLAB</strong>. <strong>MATLAB</strong> for Signal Processing (SG01) and a basic knowledge of image processing concepts are strongly re<strong>com</strong>mended. Products • <strong>MATLAB</strong> • Signal Processing Toolbox • Statistics Toolbox • Wavelet Toolbox • Image Processing Toolbox • Image Acquisition Toolbox • Image Acquisition Toolbox • <strong>MATLAB</strong> Compiler • <strong>Simulink</strong> • Signal Processing Blockset • Video and Image Processing Blockset ********************************************************************************** <strong>MATLAB</strong> and <strong>Simulink</strong> for Control Design Acceleration Training Objectives This is a two day hands-on course designed to provide a general understanding of how to use The MathWorks suite of control system design tools to accelerate the design process for closed loop control systems. Topics include: • Model formats • System identification • System analysis • Linearization • Compensator design • Controller implementation Pre requisites <strong>MATLAB</strong> Fundamentals and <strong>Simulink</strong> for System and Algorithm Modeling or equivalent experience using <strong>MATLAB</strong> and <strong>Simulink</strong>. Also, an understanding of terminology and concepts related to <strong>com</strong>mon control systems. Products • <strong>MATLAB</strong> • Control System Toolbox • System Identification Toolbox • <strong>Simulink</strong> • <strong>Simulink</strong> Control Design 4
• <strong>Simulink</strong> Response Optimization • <strong>Simulink</strong> Parameter Estimation ********************************************************************************** <strong>MATLAB</strong> for Data Acquisition and Instrument Control Training Objectives This course covers real-time interfaces of <strong>MATLAB</strong> for data acquisition and instrument control, including: • Acquiring measured data from a data acquisition device • Communicating with an external instrument via a GPIB interface • Using synchronized analog I/O and digital I/O • Using the Instrument Control Toolbox to write <strong>com</strong>mands to the instrument and read waveform data from the instrument Pre requisites <strong>MATLAB</strong> Fundamentals or the equivalent and an understanding of data acquisition hardware and instrument control. <strong>MATLAB</strong> for Building Graphical User Interfaces is highly re<strong>com</strong>mended. ********************************************************************************** Physical Modeling of Mechanical Systems with SimMechanics Training Objectives This one-day course discusses how to model rigid-body mechanical systems in the <strong>Simulink</strong> environment using SimMechanics. No previous knowledge of the SimMechanics software is required. Topics include: • Modeling simple multibody systems • Combining <strong>Simulink</strong> blocks and SimMechanics blocks • Creating reusable models of mechanical systems • Modeling constraints (gears, wheels, etc.) Pre requisites Knowledge of <strong>MATLAB</strong> and <strong>Simulink</strong> basics. ********************************************************************************** 5
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MATLAB & Simulink Course Contents, pdf - Figes.com.tr

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