• Product Description

  What You Can Accomplish Using This Product

  Speeding Up Design Optimization Using Parallel Computing

  Learn More

  Required and Related Products

  Supported Data

  Quick Start - Estimating Model Parameters

• Prepare Data for Parameter Estimation Using the GUI

• Estimate Parameters from Measured Data Using the GUI

  Supported Design Requirements

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

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

• Optimize Controller Parameters to Track Reference Signal (GUI)

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

  Time-Domain Model Verification

  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

  Model Requirements for Importing Data

• Import Data (GUI)

• Plot and Analyze Data (GUI)

• Preprocess Data (GUI)

• Add Preprocessed Data Sets to an Estimation Project (GUI)

  Export Prepared Data to the MATLAB Workspace

  Parameter Estimation Workflow

• Specify Estimation Data (GUI)

• Specify Parameters to Estimate (GUI)

• Specify Known Initial States (GUI)

• Progress Plots

• Estimation Options

• Simulation Options

  Progress Display Options

  Estimate Parameters (GUI)

• Validate Parameters (GUI)

• Accelerating Model Simulations During Estimation

• Speedup Using Parallel Computing

• How to Use Parallel Computing (GUI)

• Estimate Initial States

• Estimation Projects

• Estimate Parameters (Code)

  Response Optimization Workflow

• How the Optimization Algorithm Formulates Minimization Problems

  Specify Signals to Log (GUI)

• Specifying Time Domain Design Requirements (GUI)

• Specifying Frequency Domain Design Requirements (GUI)

• Design Variables (GUI)

• General Options

• Optimization Options

• Creating Linearization I/O Sets (GUI)

• Linearization Options

• Plots

  Compare Requirements and Design Variables Using Spider Plot

  Run the Optimization (GUI)

  Design Optimization to Meet Time- and Frequency-Domain Requirements

  Design Optimization to Meet a Custom Objective Using the GUI

  Design Optimization to Meet a Custom Objective at the Command Line

  Design Optimization to Meet Custom Signal Requirements (GUI)

  Design Optimization to Meet Frequency-Domain Requirements

• Optimizing Parameters for Robustness

• Accelerating Model Simulations During Optimization

• Speedup Using Parallel Computing

• How to Use Parallel Computing

• Refining and Troubleshooting Optimization Results

• Managing Design Optimization Tool Session

  Overview of Optimization-Based Compensator Design

• Time Domain Design Requirements in Simulink

• Frequency-Domain Design Requirements in Simulink

• Time- and Frequency-Domain Requirements in SISO Design Tool

  Time-Domain Simulations in SISO Design Tool

• Designing Optimization-Based Controllers for LTI Systems

  Designing Linear Controllers for Simulink Models

• What Are Lookup Tables?

• Estimating Values of Lookup Tables

• Capturing Time-Varying System Behavior Using Adaptive Lookup Tables