Accelerating the pace of engineering and science
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System Modelling and Simulation
This track focuses on using MATLAB, Simulink, and Model-Based Design to design complex, multidomain, time-varying systems that include controls, signal processing, communications, and image and video processing applications.
Introduction to Control Systems Design and Analysis Using MATLAB and Simulink
11:45–12:30
Chirag Patel
MathWorks
Designing, tuning, and analysing a closed-loop control system for a real-world application is an iterative process and can be very time-consuming.
Introduction to System Objects and System Toolboxes
12:45–13:30
Tabrez Khan
MathWorks
In the development of complex next-generation signal processing and video products and technologies, design-flow discontinuities are becoming increasingly disruptive and expensive.
Modelling and Simulation of an Electrohydraulic Actuation System for a Variable Nozzle Turbine Turbocharger Using Physical Modelling Tools
14:30–15:15
Muralidhar Manavalan
Honeywell Technology Solutions Lab
This presentation describes Honeywell’s work developing a system simulation model of an electrohydraulic actuator for a variable nozzle turbine (VNT) turbocharger.
Desktop Real-Time Flight Simulator for Control Design
15:30–16:15
Vijeesh T.
National Aerospace Laboratories
This session presents the development of a real-time flight simulator for control design.
Designing and Analysing Power Electronics Systems Using Simscape and SimPowerSystems
16:30–17:15
Gernot Schraberger
MathWorks
Advances in solid-state power electronics enable engineers to develop equipment that modulates and converts higher power ranges than ever before.