Contents

Index

• Getting Started

What You Can Accomplish Using This Product

Required and Related Products

Types of Data for Parameter Estimation

Quick Start - Estimating Model Parameters

Parallel Computing for Parameter Estimation

Types of Time-Domain Design Requirements for Optimizing Parameters

Quick Start - Optimizing Model Parameters

Parallel Computing for Parameter Optimization

When to Use Optimization-Based Linear Control Design

Types of Time- and Frequency-Domain Design Requirements

Quick Start - Optimization-Based Linear Control Design

• About This Tutorial

About the Sample Data

Configuring a Project for Parameter Estimation

• Importing Data into the GUI

Importing Input Data and Time Vector

Importing Output Data and Time Vector

• Selecting Data for Estimation

Selecting Output Data

Selecting Input Data

• Removing Outliers

Why Remove Outliers

How to Remove Outliers

• Filtering Data

Filtering Output Data

Filtering Input Data

Interpolating Missing Data

Saving the Project

• About This Tutorial

About the Model

• Estimating Model Parameters Using Default Estimation Settings

Overview of the Estimation Process

Specifying Parameters and Estimation Data

Validating Model Parameters

• Improving Estimation Results Using Parameter Bounds

Strategy for Improving the Estimation Results

How to Specify Parameter Bounds

Validating Estimated Model Parameters

• About This Tutorial

About the Model

Design Requirements

Configuring a Model for Optimizing Parameters

• Optimizing Model Parameters to Meet Step Response Requirements

Specify Time-Domain Design Requirements

Specifying Parameters to Optimize

Optimizing the Parameters

Refining Model Parameters to Track a Reference Signal

Saving the Project

• About This Tutorial

About the Model

Design Requirements

Configuring a Model for Optimizing Parameters

Optimizing Model Parameters to Meet Step Response Requirements

Refining Model Parameters to Track a Reference Signal

• About This Tutorial

About the Model

Design Requirements

Configuring a Project for Optimization-Based Control Design

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

Specifying the Controller Parameters

Specifying Bode Magnitude and Phase Margin Design Requirements

Designing the Controller

Refining the Controller Design to Meet Controller Output Bounds

Saving the Project

• User's Guide

• Release Notes

Summary by Version

Version 1.2 (R2010b) Simulink Design Optimization Software

Version 1.1.1 (R2010a) Simulink Design Optimization Software

Version 1.1 (R2009b) Simulink Design Optimization Software

Version 1.0 (R2009a) Simulink Design Optimization Software

Compatibility Summary for Simulink Design Optimization Software

Learn more about Simulink Design Optimization

Functions — Alphabetical List

Click for Categorical List

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

findconstr
finddepend
findpar
getsro
gridunc
initpar
ncdupdate
newsro
optimget
optimize
optimset
randunc
setunc
simget
simset
spetool

Function Reference

Function Reference

Block Reference

Block Reference

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