Public training MATLAB, COMSOL and dSPACE

• intended for data analysts and data scientists who need to automate the processing, analysis, and visualization of data from multiple sources
• importing data
• processing data
• customizing visualizations
• working with irregular data

Tools used:

• MATLAB

Recommendations:

• Knowledge in the scope of MATLAB I training

You also receive:

• certificate of completion

• Java, C, and C ++ interfaces
• Calling external ActiveX and .NET libraries and objects
• Creation of Microsoft Excel add-ins
• Creation of standalone applications with MATLAB Compiler
• C and C++ code genaration from MATLAB code with MATLAB Coder

You also receive:

• certificate of completion

• Introduction to MATLAB – MATLAB Desktop, documentation
• Data and variables in MATLAB – scalar, vector, matrix
• Math operations, logical operations, math functions
• Working with text data
• import and export of data, work with tables
• Scripts – create script, run script, run code sections, debugging
• Graphics – 2-D and 3-D Plots
• Plot customization - interactive tools
• How to create multiple plots in one window
• Images in MATLAB – read, write, display, and modify images
• Tables - table data type, working with tables
• Control flow - conditional statements, loops, branching
• Introduction to functions

You also receive:

• lecture presentation printed in Czech/Slovak language
• certificate of completion

• Advanced data types – date and time, cell array, structure, categorical, sparse
• Functions in MATLAB – create functions in files, calling functions, debugging
• Global and persistent variables
• Variable arguments input
• Local functions, nested functions
• Function handles, anonymous functions
• Advances graphics – working with handles
• Fundamental graphics objects - figure, axes, lines and surfaces
• Publishing MATLAB code, Live Editor
• Introduction to App building

You also receive:

• lecture presentation printed in Czech/Slovak language
• certificate of completion

• Analyze code efficiency – tic-toc, profiler
• Improve code efficiency – pre allocation, vectorization
• Object-oriented programming (OOP)
• Class syntax fundamentals
• Properties, methods and attributes
• Class hierarchies - syntax and design of subclasses
• Building Apps (GUIs) in MATLAB
• App building using App Designer
• App building using programmatic workflow

You also receive:

• lecture presentation printed in Czech/Slovak language
• certificate of completion

• Computing cluster - architecture, configuration
• Distributed tasks, batch jobs
• Parallel for-loops
• Data parallel tasks and distributed arrays
• GPU computing

You also receive:

• lecture presentation printed in Czech language
• certificate of completion

• Physical modeling fundamentals - Simscape
• Simscape block libraries - mechanical, electrical, hydraulic
• Simulation setup
• Variable initialization, run-time parameters
• Save and analyze simulation results
• Modeling best practices
• Building custom components - Simscape Language
• Modeling mechanical systems in Simscape Multibody
• Modeling hydraulic systems in Simscape Fluids
• Modeling electrical systems in Simscape Electrical

Tools used:

• Simscape
• Simscape add-on products

You also receive:

• certificate of completion

• Signal generation
• Spectral analysis – fft, periodogram, welch, ...
• Digital filter design – using graphical tools, filter design functions
• Discrete-time filter object - parameters, methods, filter connection
• Advanced filter design - multirate, adaptive, fixed-point
• Modeling and simulation of signal processing systems using Simulink
• Stream-based signal processing in MATLAB

Tools used:

• Signal Processing Toolbox
• DSP System Toolbox
• Simulink

You also receive:

• certificate of completion

• C-code generation in model based design
• Model preparation in Simulink
• Target platforms - Simulink Desktop Real-Time, dSPACE, target support packages
• Fixed-point code genaration

You also receive:

• lecture presentation printed in Czech language
• certificate of completion

• Introduction to Simulink
• Modeling basics
• How to use Simulink editor
• Block libraries - usage, parameters
• System simulation - run models, view results
• Solvers - overview, choosing a solver
• Model hierarchy - subsystems
• User defined blocks - masking blocks
• User defined libraries

You also receive:

• lecture presentation printed in Czech/Slovak language
• certificate of completion

• Model parametrization
• Special subsystems – atomic, enabled, triggered
• Model variants
• Model referencing
• Parameterize model references
• Model Dependency Viewer
• Improve simulation performance – acceleration, Model Advisor, Profiler
• Simulink debugger, algebraic loops
• Programmatic simulation, modifying parameters, callbacks
• S-functions - MATLAB and C language

You also receive:

• lecture presentation printed in Czech/Slovak language
• certificate of completion

• Introduction to the Stateflow environment
• Modeling states and transitions between states, conditional transitions
• Working with data and events in the Stateflow chart, action language
• Junctions
• State hierarchy and decomposition
• Temporal logic: event-based and absolute-time
• Stateflow chart setup and debugging
• Interface Stateflow charts with dynamic systems in Simulink
• Graphical functions, MATLAB functions, truth table functions
• Working with messages

You also receive:

• lecture presentation printed in Czech language
• certificate of completion

First day

• Introduction to the finite element method
• Introduction to the graphical user interface
• Basic principles of control
• Workflow for creating a model
• What the individual markers at a node indicate
• Creating geometry
• Meshing basics
• Why and how we define parameters and variables

Second day

• Working with results (postprocessing)
• Operators, variables and probes
• Basics of using functions (global & local)
• Multiphysics modelling
• Basic understanding of solvers

You also receive:

• training materials printed
• certificate of completion

• Resistors, capacitors and inductors
• Rotating machinery
• Electric and magnetic fields

You also receive:

• training materials printed
• certificate of completion

• Flow in channels
• Incorporation of gravity into the model
• Non-Newtonian fluids
• Turbulent flow
• Flow in pipes

You also receive:

• training materials printed
• certificate of completion

• Add-on module: CAD Import Module - import of geometry from external CAD software
• Possibilities to repair and modify imported geometry
• Advanced tools for the generation and editing of meshes

You also receive:

• training materials printed
• certificate of completion

• introduction to AutomationDesk
• basic testing and test evaluation
• creating tests with Sequence Builder
• library with predefined tests
• access to dSPACE hardware (XIL API)
• signal-based testing

You also receive:

• electronic training materials
• exercise materials
• certificate of completion

For whom the training is intended:

• users who want to increase testing productivity by automating tests

Presumed knowledge:

• previous experience with ControlDesk

• introducing the Bus Manager interface
• creating a new bus configuration
• connection to the behavioral model
• advanced message editing options

You also receive:

• electronic training materials
• exercise materials
• certificate of completion

For whom the training is intended:

• users working with CAN/LIN buses on the SCALEXIO platform

Presumed knowledge:

• basic knowledge with MATLAB and Simulink
• previous experience with ControlDesk and ConfigurationDesk

• introducing SCALEXIO hardware
• introduction to the ConfigurationDesk environment
• basic procedure for creating an application
• I/O implementation
• work with interruptions
• build application

You also receive:

• electronic training materials
• exercise materials
• certificate of completion

For whom the training is intended:

• for new users of dSPACE SCALEXIO or MicroAutoBox III
• for developers of real-time applications

Presumed knowledge:

• basic knowledge with MATLAB and Simulink

• Configuration and implementation software for dSPACE SCALEXIO hardware.

You also receive:

• certificate of completion

• introduction to the ControlDesk environment
• work with instruments
• data measurement
• not recording signals
• Signal Editor - elementary control

You also receive:

• electronic training materials
• exercise materials
• certificate of completion

For whom the training is intended:

• users starting with ControlDek
• testers

• familiarization with FPGA technology
• dSPACE FPGA Blockset
• creating and building FPGA applications
• dSPACE library XSG Utils

You also receive:

• electronic training materials
• exercise materials
• certificate of completion

For whom the training is intended:

• FPGA application developers

Presumed knowledge:

• previous experience with MATLAB, Simulink, ConfigurationDesk and ControlDesk

• Automatic implementation of MATLAB / Simulink / Stateflow models on dSPACE real-time systems.
• Presentation of Real-Time systems - HW and SW
• Introducing ControlDesk
• Introducing the Real-Time Interface
• ControlDesk Tools

You also receive:

• certificate of completion

• Software for data management and collaboration with a focus on model-based ECU development and testing.

You also receive:

• certificate of completion