MATLAB and Simulink Seminars

Artificial Intelligence, Wireless Communication and Mechatronics using MATLAB and Simulink

Overview

MathWorks is organizing a full-day complimentary seminar, where our engineers will showcase the new capabilities in the latest releases of MATLAB® and Simulink® that will help your research, design, and development workflows to become more efficient. During the seminar we will cover different domains such as Artificial Intelligence, End to End Wireless Communication Systems, System Modelling, Analysis and Control Design with practical examples.

Highlights

In this seminar, through multiple sessions, you will learn how to:

  • Visualize, pre-process data and build machine learning models
  • Build deep learning models from scratch and perform transfer learning
  • Visualization and hyper parameter tuning for Deep neural networks
  • Code generation and deployment for deep learning applications
  • Modelling & simulation of end-to-end communication system
  • Antenna and array design & integrating antenna and array designs in system level models
  • Modelling Electrical Systems and Power Electronics from schematics
  • Designing PID controller for DC Motor 
  • Deploying Simulink Models on Embedded Hardware Platforms 

Who Should Attend

Engineering professionals involved in system design, development and test, including:

  • Engineers & Scientists
  • Professors & Faculty
  • Researchers

NOTE: The Seminar is complimentary for the attendees. If you are a student, please do not register. Participation certificates are not provided for attending the seminar.

Agenda

Time Title
09:00-09:30 Registration

09:30-10:00

 Keynote: Are You Ready for AI? Is AI Ready for You?

10:00-11:30 

Artificial Intelligence Applications: Challenges and Solutions
  • Visualize, pre-process data and build machine learning models
  • Build deep learning models from scratch and perform transfer learning
  • Accelerate and automate the labelling process using apps
  • Manage extremely large datasets (images, videos, time-series, text etc …)
  • Visualizing and validating Deep neural networks
  • Accelerate deep learning training using multiple GPUs and computer clusters
  • Automatic code generation and deployment on embedded devices

11:30-12:00 

 Tea Break 

12:00-13:15 

Designing and Implementing MIMO Wireless Systems with MATLAB and Simulink
  • Modelling & simulation of end-to-end communication system
  • Link-level simulation of standards-based systems such as 5G/LTE/WLAN
  • Modelling the architecture of RF front ends & integrating RF front ends into complex systems
  • Antenna and array design & integrating antenna and array designs in system level models
  • Implementing, prototyping, and testing DSP algorithms on embedded processors, SoCs, and FPGAs

13:15-14:15

Lunch 

14:15-15:30

Mechatronic System Design

  • Importing CAD models into Simulink environment for modelling 3D mechanical systems 
  • Modelling Electrical Systems and Power Electronics from schematics  
  • Integrating Electrical and Mechanical Component Models to form system level model 

 Control System Design

  • Designing PID controller for DC Motor 

 Deploying Simulink Models on Embedded Hardware Platforms 

  • Modelling Supervisory Logic Using Stateflow  
  • Quick connectivity from Simulink to Embedded Hardware  
  • Single-click conversion of Simulink model to real-time application
  • Real-time testing of control logic with Embedded Hardware

15:30-15:45

Q&A | Wrap Up

Product Focus

Registration closed