Examples

Advanced Numerical Methods implements a wide variety of state-of-the-art numerical algorithms for the analysis and design of linear control systems. The following examples demonstrate how Advanced Numerical Methods can be used for solving industrial and research control problems.

An Industrial Application

Controlling the Drum Boiler

This case study illustrates the design and analysis of a control system for the drum boiler using the principal functions in Advanced Numerical Methods.

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Other Applications

Constrained Feedback Stabilization

This example uses a model of a drum boiler to demonstrate constrained feedback stabilization.

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Frequency Domain System Identification

This example uses a discrete-time state-space system of a simple process control of a paper machine to demonstrate frequency domain system identification.

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Model Reduction Using Schur and Square-Root Methods

This example uses the state-space model of a servomechanism to demonstrate the Schur and square-root methods for model reduction.

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Partial Pole Assignment

This example uses the open-loop poles of a special case of a multivariate servomechanism problem for a J-100 jet engine to demonstrate partial pole assignment.

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Identification Using Input-Output Data (Subspace System Identification Method)

This example uses a discrete-time state-space model of a steam power system to demonstrate the subspace system identification method.

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