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Studiehandboken 06/07 del 4 - KTH

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<strong>KTH</strong> Studiehandbok 20<strong>06</strong>-20<strong>07</strong><br />

5B1823 Geometrisk styrteori<br />

Poäng/<strong>KTH</strong> Credits 5<br />

ECTS-poäng/ECTS Credits 7.5<br />

Kursnivå/Level<br />

D<br />

Betygsskala/Grading, <strong>KTH</strong> 3, 4, 5<br />

ECTS-betygsskala/Grading, ECTS<br />

A-F<br />

Valfri för/Elective for<br />

OS(F4), T4<br />

Språk/Language<br />

Engelska / English<br />

Kurssida/Course Page<br />

http://www.math.kth.se/optsyst/studinfo/<br />

Geometric Control Theory<br />

Kursansvarig/Coordinator<br />

Xiaoming Hu, hu@math.kth.se<br />

Tel. 790 7180<br />

Kursuppläggning/Time Period 2<br />

Föreläsningar 36 h<br />

Övningar 18 h<br />

Ersätter 5B1822.<br />

Replaces 5B1822.<br />

Kortbeskrivning<br />

Kursen ger fördjupade och breddade kunskaper inom den matematiska<br />

systemteorin, med speciellt tonvikt på geometrisk styrteori.<br />

Bland annat demonstreras hur man formulerar och löser problem i en<br />

koordinat-fri form baserat på egenskaper hos underrum och mångfalder.<br />

Mål<br />

Målet är att studenten kunna förstå och uppskatta såväl den matematiska<br />

teorin som de verktyg den geometriska styrteorin erbjuder, samt kunna<br />

använda detta i tillämpningar.<br />

Kursinnehåll<br />

Introduction and motivation, Invariance and controlled invariance, Zeros, Zero<br />

dynamics and system inversion, Tracking and noninteracting control,<br />

Disturbance decoupling, Internal mo<strong>del</strong> principle, Spectral factorization,<br />

Nonlinear systems, Geometric control of robotic systems.<br />

Förkunskaper<br />

5B1742 Matematisk systemteori eller<br />

2E1200 (eller 2E1211) Reglerteknik, allmän kurs.<br />

Kursfordringar<br />

Hemuppgifter (ÖVNA;5 p).<br />

En skriftlig tentamen (TENA; för högre betyg än 3).<br />

Kurslitteratur<br />

Geometric Control Theory, lecture notes by Hu and Lindquist.<br />

Abstract<br />

This course should deepen and broaden<br />

knowledge and introduce new concepts<br />

in mathematical systems theory. In<br />

particular, geometric control theory will<br />

be the focus. Among the topics, how to<br />

formulate and solve control problems in<br />

terms of the properties of subspaces or<br />

manifolds in a coordinate-free fashion<br />

will be discussed.<br />

Aim<br />

The aim of the course is that students<br />

should understand and appreciate the<br />

theory and various tools in the geometric<br />

approach to systems and control, in<br />

particular students should be able to use<br />

the underlying methodologies in<br />

practical applications.<br />

Syllabus<br />

Introduction and motivation, Invariance<br />

and controlled invariance, Zeros, Zero<br />

dynamics and system inversion,<br />

Tracking and noninteracting control,<br />

Disturbance decoupling, Internal mo<strong>del</strong><br />

principle, Spectral factorization,<br />

Nonlinear systems, Geometric control of<br />

robotic systems.<br />

Prerequisites<br />

5B1742 Mathematical systems theory or<br />

2E1200 (or 2E1211) Automatic Control,<br />

General Course.<br />

Requirements<br />

Homework assignments (ÖVNA; 5 cr).<br />

A written examination (TENA; for<br />

higher grade than 3).<br />

Required Reading<br />

Geometric Control Theory, lecture notes<br />

by Hu and Lindquist.<br />

5B Matematik 257

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