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R2012a Documentation → Simulink Design Optimization
View documentation for other releases	Learn more about Simulink Design Optimization

Contents

Index

• Getting Started

• Product Overview

• Product Description

What You Can Accomplish Using This Product

Speeding Up Design Optimization Using Parallel Computing

Required and Related Products

• Parameter Estimation

Quick Start - Estimating Model Parameters

• Prepare Data for Parameter Estimation Using the GUI

About This Tutorial

Configuring a Project for Parameter Estimation

Importing Data into the GUI

Selecting Data for Estimation

Removing Outliers

Interpolating Missing Data

Saving the Project

• Estimate Parameters from Measured Data Using the GUI

About This Tutorial

Estimating Model Parameters Using Default Estimation Settings

Improving Estimation Results Using Parameter Bounds

Validating Estimated Model Parameters

• Response Optimization

Supported Design Requirements

• Optimize Controller Parameters to Meet Step Response Requirements (GUI)

Model Structure

Design Requirements

Specify Step Response Requirements

Specify Design Variables

Optimize Model Response

Save the Session

• Optimize Controller Parameters to Meet Step Response Requirements (Code)

Model Structure

Design Requirements

Specify Step Response Requirements

Specify Design Variables

Optimize Model Response

• Optimize Controller Parameters to Track Reference Signal (GUI)

Model Structure

Design Requirements

Specify Reference Signal

Specify Design Variables

Optimize Model Response

• Design Optimization to Meet Frequency-Domain Requirements (GUI, with Check Block)

Model Structure

Design Requirements

Specify Design Requirements

Specify Design Variables

Optimize Design

Time-Domain Model Verification

• Optimization-Based Linear Control Design

When to Use Optimization-Based Linear Control Design

Types of Time- and Frequency-Domain Design Requirements for Optimization-Based Control Design

Quick Start - Optimization-Based Linear Control Design

• Design an Optimization-Based PID Controller for a Linearized Simulink Model

About This Tutorial

Configuring a Project for Optimization-Based Control Design

Designing an Initial PID Controller to Meet Bode Magnitude and Phase Margins Requirements

Refining the Controller Design to Meet Controller Output Bounds

Saving the Project

• User's Guide

• Release Notes

Getting Started

Product Overview	Overview of how Simulink Design Optimization software supports performing design optimization
Parameter Estimation	Types of estimation data, and steps for estimating model parameters
Response Optimization	Types of design requirements, and steps for optimizing model parameters
Optimization-Based Linear Control Design	Types of design requirements, and steps for designing linear compensators using optimization methods

Product Overview

Product Overview

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