MATLAB Training

MATLAB training is offered by Learn IT Zone. Learn IT Zone is a pioneer in facilitating education using breakthrough technologies. With dedicated teams academic experts, the company has been on the forefront of heralding the next advancement in learning, thus becoming a distinctive player in bridging geographical and cultural borders, we are well connected with the networks of colleges and IT solutions. 

Syllabus:

• Introduction To Embedded System Introduction To Matlab
  • • Historical Background.
  • • Applications.
  • • Scope of MATLAB.
  • • Importance to Engineers.
  • • Features.
• • MATLAB Windows (Editor, Work space, Command history, Command Window).
  • • Operations with variables.
  • • Naming and Checking Existence.
  • • Clearing Operations.
  • • Introduction to Arrays.
  • • MATLAB File Types.
• Data And Flow In Matlab
  • • Matrix Operations & Operators.
  • • Reshaping Matrices.
  • • Importing Exporting Of Data.
  • • Arrays.
  • • Data types.
  • • File Input-Output.
  • • Communication with external devices.
• Editing And Debugging M Files
  • • Writing script files.
  • • writing functions.
  • • Error Correction.
  • • M-Lint Automatic Code Analyzer.
  • • Saving files.
• Programming
  • • Flow control.
  • • Conditional Statements.
  • • Error Handling.
  • • Work with multidimensional array.
  • • Cell Array & Characters.
  • • Developing user defined function.
  • • Scripts and other Functions.
  • • Interfacing with C.
• MATLAB Graphics
  • • Simple graphics.
  • • Graphic Types.
  • • Plotting functions.
  • • Creating plot &Editing plot (2D and 3D).
  • • Graphics Handles.
  • • GUI (Graphical User Interface).
• Simulink
  • • Introduction.
  • • Importance.
  • • Model Based Design.
  • • Tools.
  • • Mathematical Modeling.
  • • Converting Mathematical Model into Simulink Model.
  • • Running Simulink Models.
  • • Importing Exporting Data.
  • • Solver Configuration.
  • • Masking Block/Model.
• Detailed Analysis Of Control System Toolbox
  • • General instructions.
  • • Create linear models.
  • • Classes of Control System Toolbox.
  • • Discussion on state space representation.
  • • Transfer function.
  • • System gain and dynamics.
  • • Time & Frequency domain analysis.
  • • Classical design, State Space Model.
  • • Transfer function representation, System response.
  • • LTI viewer detail and explanation about LTI viewer.
  • • Designing of compensator.
  • • Use of SISO design.
  • • Programming of 7 segment display interfacing.