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MATLAB and Simulink

Course NameLength
Acquire, Process, and Analyze Images and Video for Algorithm Development and System Design with MATLAB and Simulink2 days
Analyze Signals And Time-Series Data. Model, Design, And Simulate Signal Processing Systems With MATLAB And Simulink2 days
Build Machine Learning Models with MATLAB and Simulink2 days
Create, Design, Test, And Verify Wireless Communications Systems With MATLAB And Simulink2 days
Data Preparation, Design, Simulation, and Deployment for Deep Neural Networks with MATLAB and Simulink2 days
Data Science with MATLAB and Simulink2 days
Design and Develop FPGA, ASIC, and SoC with MATLAB and Simulink2 days
Design And Simulate Communications Systems With MATLAB And Simulink2 days
Design, Code, and Verify Embedded Systems with MATLAB and Simulink2 days
Design, Optimize, and Verify Mechatronic Systems with MATLAB and Simulink2 days
Design, Simulate, and Test Automated Driving Systems with MATLAB and Simulink2 days
Design, Simulate, and Verify Robotics and Autonomous Systems with MATLAB and Simulink2 days
Design, Simulate, Test, And Deploy Autonomous Underwater Vehicles With MATLAB And Simulink2 days
Design, Simulate, Test, And Deploy RF Systems With MATLAB And Simulink2 days
Design, Simulate, Test, And Deploy Safety And Mission Critical Systems With MATLAB And Simulink2 days
Design, Simulate, Test, And Deploy Space Systems With MATLAB And Simulink2 days
Design, Test, and Implement Control Systems with MATLAB and Simulink2 days
Develop and Deploy Condition Monitoring and Predictive Maintenance Software with MATLAB and Simulink2 days
Develop And Implement Models, Analyze Big Data, And Automate Processes With MATLAB And Simulink2 days
Develop Electrical Technology from Components to Systems with MATLAB and Simulink2 days
Digital Transformation with MATLAB and Simulink2 days
Image Processing and Computer Vision with MATLAB and Simulink2 days
MATLAB and Simulink for Automated Driving Systems2 days
MATLAB and Simulink for Biotech and Pharmaceutical2 days
MATLAB and Simulink for Chemicals and Petrochemicals2 days
MATLAB and Simulink for Computational Biology Applications2 days
MATLAB and Simulink for FDA Software Validation2 days
MATLAB and Simulink for Industrial Automation and Machinery2 days
MATLAB And Simulink For Medical Devices2 days
MATLAB and Simulink for Modern Power Generation and Transmission Equipment2 days
MATLAB and Simulink for Oil and Gas2 days
MATLAB and Simulink for Quantitative Finance and Risk Management2 days
MATLAB and Simulink for Utilities and Energy2 days
Quantum Computing Modeling and Simulation with MATLAB and Simulink2 days
Train models, Tune Parameters, and Deploy to Production or the Edge with MATLAB and Simulink2 days

Design, Code, and Verify Embedded Systems with MATLAB and Simulink

Simulink is a MATLAB-based graphical programming environment for modeling, simulating and analyzing multidomain dynamical systems.

Simulink’s primary interface is a graphical block diagramming tool and a customizable set of block libraries.

Simulink is popular among systems engineers because multi-domain dynamical systems can be analyzed with this software by a variety of professions.

Simulink’s principal interface consists of a graphical block diagramming tool and a collection of block libraries that may be customized. Features include:

  • Product style control
  • Traceability criteria
  • Application coverage analysis

Simulink provides a graphical editor, customizable block libraries, and solvers for modeling and simulating dynamic systems. It is integrated with MATLAB, enabling users to incorporate MATLAB algorithms into models and export simulation results to MATLAB for further analysis.

The differences between Simulink and MATLAB are often misunderstood.

Simulink has Graphical User Interface (GUI) whereas MATLAB is just code. Simulink’s GUI lends it more intuitiveness.

Simulink supports hardware communication. You can write a PID controller in Simulink and download it to Arduino. Embedded coding: it can convert Simulink code to C code.

An often cited issue for MATLAB is that it doesn’t control hardware very well.

The Simulink approach is based on time based and multi rate system, which is useful for HDL code generation. Whereas, MATLAB is for the mathematical based algorithm development and which will not consider the time while in simulation (independent of time).

Additionally, Simulink is graphical and more interactive to the user.

MATLAB and Simulink Courses by Tonex

Tonex offers three dozen 2-day courses related to MATLAB and Simulink programming platforms.

Participants gain comprehensive knowledge on how to use Simulink and MATLAB in their areas of expertise.

These practical courses cover essential concepts, tools, and techniques to harness the power of areas such as data for analysis, visualization, and modeling using powerful platforms.

Some of our most popular and cutting-edge courses include:

MATLAB and SIMULINK for Medical Devices designed to equip professionals in the medical device industry with the essential skills to leverage MATLAB and Simulink for the development, modeling, simulation, and testing of medical devices.

Data Science With MATLAB and Simulink designed to provide a comprehensive foundation in data science with MATLAB and Simulink, empowering participants to apply these skills effectively in real-world scenarios across various industries.

Build Machine Learning Models With MATLAB and Simulink through examples and exercises and practical examples, participants gain proficiency in using these powerful tools to develop and deploy machine learning solutions for a wide range of applications.

Quantum Computing Modeling and Simulation With MATLAB and Simulink with quantum computing set to revolutionize various industries, this course equips learners with the skills to model, simulate, and analyze quantum algorithms, circuits, and systems.

MATLAB and Simulink Training Courses and Consulting Services by Tonex.