V3 Ã2, 6 ECTS - Fachgruppe Informatik an der RWTH Aachen
V3 Ã2, 6 ECTS - Fachgruppe Informatik an der RWTH Aachen
V3 Ã2, 6 ECTS - Fachgruppe Informatik an der RWTH Aachen
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Presentation of<br />
Courses in<br />
Computer Science<br />
WS 2011/12
Presentation of Courses WS11<br />
• Overview of all elective courses<br />
for Bachelor / Master / Diplom<br />
• Sorted according to 4 areas of Computer Science<br />
1. Theoretische <strong>Informatik</strong> (Theoretical Computer Science)<br />
2. Software & Kommunikation (Software & Communication)<br />
3. Daten- & Informationsmgmt. (Data- & Information-M<strong>an</strong>agement)<br />
4. Angew<strong>an</strong>dte <strong>Informatik</strong> (Applied Computer Science)<br />
• Tr<strong>an</strong>sition slides contain key information about<br />
courses (title, room, time schedule)<br />
• Labels:<br />
B<br />
Bachelor<br />
D Diplom<br />
M Master
Presentation Rules<br />
• Each professor gets 2 minutes<br />
• Slide presentation proceeds automatically<br />
• Acceleration is possible, slowing down is not<br />
• Next professor takes over during tr<strong>an</strong>sition slide<br />
(which are shown for 15 seconds)
Bereich 1:<br />
Theoretische <strong>Informatik</strong>
Bereich 1: Theoretische <strong>Informatik</strong><br />
Theorie Hybri<strong>der</strong> Systeme<br />
Nachwuchsgruppe <strong>Informatik</strong> 2<br />
Prof. Dr. Erika Ábrahám<br />
Erfüllbarkeitsüberprüfung (Satisfiability Checking) (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V: Mo,15:30-17:00 5056<br />
V+Ü: Do,10:00-11:30 5056<br />
Start: 10.10.2011<br />
B M D
Satisfiability Checking<br />
How to check automatically if a<br />
formula of a given logic is satisfiable?
a ∨ b ∧ a ∨ ¬b<br />
f x = a ∧ x = y ⇒ f y = a<br />
2x + y > 5 ∧ x + 2y < 5<br />
x, y ∈ R<br />
x 2 + y 2 = z 2<br />
x, y, z ∈ R<br />
2i + j = 5 ∧ j < i<br />
i, j ∈ N<br />
i ≤ x 2 + y 2 ∧ a i = a j
We will get known to<br />
algorithms <strong>an</strong>d tools<br />
for satisfiability checking<br />
<strong>an</strong>d motivate their usage<br />
in the context of<br />
program verification.<br />
SWS:<br />
<strong>V3</strong>+Ü1<br />
Times: Monday 15:30-17:00,<br />
Thursday 10:00-11:30 (both in 5056)<br />
Start: Oct 10, 2011<br />
Learning support: Book, lecture notes, slides, video recording<br />
Related: SAT seminar
Bereich 2:<br />
Software und<br />
Kommunikation
Bereich 2: Software und Kommunikation<br />
Kommunikation und Verteilte Systeme<br />
Lehrstuhl <strong>Informatik</strong> 4<br />
Prof. Dr. Klaus Wehrle<br />
Adv<strong>an</strong>ced Internet Technology (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V: Mo. 14:00 – 15:30 AH I<br />
Do. 10:00 – 11:30 AH III<br />
Ü: Do. 15:45 – 17:15 AH III (14 tgl. )<br />
Start: 10.10.2011<br />
Multimedia Internet Technology (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V: Mo. 15:45 – 17:15 AH I<br />
Di. 14:00 – 15:30 AH I<br />
Ü: Mi. 12:15 – 13:45 AH III (14 tgl. )<br />
Start: 7.11.2011<br />
Research Focus Class on Communication Systems (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
Start: 14.10.2011<br />
B M D<br />
M D<br />
M D
Lecture: Adv<strong>an</strong>ced Internet Technology (AIT)<br />
Reliability<br />
Peer-to-Peer<br />
Systems<br />
Mobile<br />
Internet<br />
Technology<br />
(SS 2012)<br />
Mobility<br />
Security<br />
Scalability<br />
Perform<strong>an</strong>ce<br />
Sensor<br />
Networks<br />
Lecture: Adv<strong>an</strong>ced Internet Technology<br />
Adaptivity<br />
- starts on October 10 th<br />
Cross-Layer<br />
- m<strong>an</strong>datory for specialization at COMSYS<br />
Coordination<br />
Communication &<br />
Distributed<br />
Systems<br />
11
Lecture: Multimedia Internet Technology (MMT)<br />
Applications<br />
“Classical” Internet<br />
E-mail<br />
File tr<strong>an</strong>sfer<br />
Simple web pages<br />
Streaming applications<br />
Audio/video<br />
characteristics<br />
Today<br />
Quality of Service<br />
Lecture: Multimedia Internet Technology<br />
- starts on November 7 th !<br />
- only for Master<br />
Interactive applications<br />
New protocols<br />
Communication &<br />
Distributed<br />
Systems<br />
12
Research Focus Class on Communication Systems<br />
• Concept <strong>an</strong>d operations<br />
Introduction by COMSYS lecturers/staff – basics<br />
Selection of topics to be discussed in<br />
the team – hot topics<br />
Talks <strong>an</strong>d discussions prepared by<br />
students – highly interactive<br />
Real research: ad-hoc simulations,<br />
prototypes, experiments<br />
Depends on interest of students (>5)<br />
Interested? More information:<br />
• Topics in WS 2011/2012<br />
- Introductory meeting<br />
Perform<strong>an</strong>ce - Friday <strong>an</strong>d Reliability October of 14Communication th 13:00 – 14:00h Systems<br />
- COMSYS seminar room<br />
User-centric mobile Services<br />
- only for Master<br />
Communication &<br />
Distributed<br />
Systems<br />
13
Bereich 2: Software und Kommunikation<br />
Software für eingebettete Systeme<br />
Lehrstuhl <strong>Informatik</strong> 11<br />
Prof. Dr. Stef<strong>an</strong> Kowalewski<br />
Dynamische Systeme für <strong>Informatik</strong>er (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V: Di. 10:00-11:30 AH III<br />
V+Ü: Fr. 11:45-13:15 AH III<br />
Start: 11.10.2011<br />
M D
i11 – Embedded Software<br />
Prof. Dr.-Ing. Stef<strong>an</strong> Kowalewski<br />
15
Course Schedule<br />
Winter 2012/13<br />
Dynamische Systeme<br />
für <strong>Informatik</strong>er<br />
Formal methods for<br />
embedded systems<br />
Sommer 2012<br />
(Introduction to)<br />
Embedded systems<br />
Safety & Reliability<br />
Winter 2011/12<br />
Dynamische Systeme<br />
für <strong>Informatik</strong>er<br />
Sommer 2011<br />
(Introduction to)<br />
Embedded systems<br />
Safety & Reliability<br />
16
Dynamische Systeme für <strong>Informatik</strong>er<br />
• auf Deutsch<br />
• <strong>V3</strong>/Ü1, 6 <strong>ECTS</strong><br />
• Termine:<br />
- Dienstag, 10:00 – 11:30, AH III (2350|314.1)<br />
- Freitag, 11:45 – 13:15, AH III (2350|314.1)<br />
• Erste Vorlesung: Dienstag, 11.10.2011<br />
• Inhalt:<br />
- Grundlagen: Kontinuierliche Systemtheorie<br />
- Lineare Systeme, Linearisierung<br />
- Modellierung kontinuierlicher Systeme<br />
- Analyse linearer Systeme<br />
- Simulation (Matlab/Simulink)<br />
- Reglerentwurf<br />
17
Student Competitions<br />
Carolo Cup 2012<br />
IMAV<br />
• Autonomous model car (1:10)<br />
• Software <strong>an</strong>d hardware development<br />
• Autonomous driving / parking<br />
• Driving around obstacles<br />
• Team Website: www.galaxis.rwthaachen.de<br />
• Contact: Hilal Diab<br />
(diab@embedded.rwth-aachen.de)<br />
• Requirement: build a complete MAV<br />
on your own<br />
• Goal: MAV has to pass different<br />
missions autonomously<br />
• Details on the competition:<br />
www.imav2011.org<br />
• <strong>RWTH</strong> participates with team<br />
MAVerix<br />
• Contact: Dominik Fr<strong>an</strong>ke<br />
(fr<strong>an</strong>ke@embedded.rwth-aachen.de)<br />
18
Bereich 3:<br />
Daten- und<br />
Informationsm<strong>an</strong>agement
Bereich 3: Daten- und Informationsm<strong>an</strong>agement<br />
Informationssysteme und Datenb<strong>an</strong>ken<br />
Lehrstuhl <strong>Informatik</strong> 5<br />
Prof. Dr. Matthias Jarke<br />
Implementation of Databases (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V: Di. 15:45 – 17:15 5053<br />
Do. 15:00 – 16:30 5053<br />
Ü: Do. 15:00 – 16:30 5053<br />
Start: 11.10.2011<br />
Web Science (V2 Ü1, 4 <strong>ECTS</strong>)<br />
V: Mo. 10:00 – 11:30 5053<br />
Fr. 10:00 – 11:30 (bi-weekly) 5053<br />
Ü: Fr. 10:00 – 11:30 (bi-weekly) 5053<br />
Start: 10.10.2011<br />
Media, Culture, <strong>an</strong>d Mind (V2 Ü1, 4 <strong>ECTS</strong>)<br />
V: Mo. 14:45-17:00 B-IT Building Bonn<br />
Start: 24.10.2011<br />
B M D<br />
M D<br />
M D
Implementation of Databases<br />
(<strong>V3</strong>/Ü1, Jarke/Quix)<br />
Bachelor/Master/Diplom<br />
Lecture: Tuesdays, 15.45-17.15 (start: Oct. 11)<br />
Thursdays, 15.00-16.30 (bi-weekly, start: Oct. 20)<br />
Exercises: Thursdays, 15.00-16.30 (bi-weekly, start: Oct. 27)<br />
Room 5053.2 (seminar room B-IT RS, opposite to AH 6)<br />
• Database Architectures<br />
• Query Evaluation <strong>an</strong>d Optimization<br />
• Integrity Checking<br />
• Queries in Integrated Information Systems<br />
• Adv<strong>an</strong>ced Tr<strong>an</strong>saction M<strong>an</strong>agement<br />
• Information M<strong>an</strong>agement in the Internet
Web Science<br />
(<strong>V3</strong>/Ü1, Klamma/Jarke)<br />
Master/Diplom<br />
Lecture: Mondays, 10.00-11.30 (start: Oct. 10)<br />
Fridays, 10.00-11.30<br />
(bi-weekly)<br />
Exercises: Fridays, 10.00-11.30 (bi-weekly, start: Oct. 14)<br />
Room 5053.2 (seminar room B-IT RS, opposite to AH 6)<br />
• How to <strong>an</strong>alyze <strong>an</strong>d un<strong>der</strong>st<strong>an</strong>d complex networks?<br />
• What is the PageR<strong>an</strong>k algorithm?<br />
• What are recommen<strong>der</strong> systems <strong>an</strong>d their algorithms?<br />
• What is (mobile) cloud computing <strong>an</strong>d Map-Reduce?<br />
• What is XMPP <strong>an</strong>d the real-time web?<br />
• Large & real graph data structures & algorithms<br />
• Web engineering techniques (Google App, Sem<strong>an</strong>tic Web,<br />
<strong>an</strong>d XMPP, etc.)
Media, Culture, <strong>an</strong>d Mind<br />
(V2/Ü1, Evola/Jarke)<br />
Master/Diplom<br />
Lecture/Exercise: Mondays, 14.45-17.00 (start: Oct. 24)<br />
B-IT Building, Bonn<br />
• How do hum<strong>an</strong>s un<strong>der</strong>st<strong>an</strong>d the world around them,<br />
<strong>an</strong>d how do we talk about it?<br />
• How is me<strong>an</strong>ing construed from a productive <strong>an</strong>d interpretive<br />
level in verbal <strong>an</strong>d non-verbal symbolic systems of<br />
representation?<br />
• What role does culture have in both linguistic <strong>an</strong>d<br />
non-linguistic communication?<br />
• How are creativity <strong>an</strong>d me<strong>an</strong>ing accounted for in<br />
multimodality <strong>an</strong>d multimediality?<br />
• How is all of this applicable to the society of the Digital Age?
Bereich 3: Daten- und Informationsm<strong>an</strong>agement<br />
Datenm<strong>an</strong>agement und -exploration<br />
Lehrstuhl <strong>Informatik</strong> 9<br />
Prof. Dr. Thomas Seidl<br />
Data Mining Algorithms (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V: Di. 13:15 – 15:45 AH VI<br />
Ü: Mi. 13:30 – 15:00 AH I<br />
Start: 11.10.2011<br />
M D<br />
Exploring Temporal <strong>an</strong>d Graph Data: Mining & Retrieval (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V: Do,14:15-16:30 AH VI<br />
Ü: Fr,09:00-11:30 AH I<br />
Start: 13.10.2011<br />
M D
WS 2011/2012<br />
Topics <strong>an</strong>d lectures offered by i9<br />
Learn more on dme.rwth-aachen.de/teaching<br />
• Data Mining Algorithms<br />
• How to turn 'just data' into knowledge?<br />
• Algorithms for clustering, market basket <strong>an</strong>alysis, ...<br />
• Exploring Temporal <strong>an</strong>d Graph Data: Mining & Retrieval<br />
• How to identify groups in social networks?<br />
• How to find patterns in evolving data streams?<br />
• How to <strong>an</strong>alyze stock market data?<br />
• Exploring High-dimensional Data: Adv<strong>an</strong>ced Mining Techniques<br />
• How to find patterns in very high dimensional gene expression data?<br />
• How to detect credit card fraud?<br />
• Exploring Multimedia Data: Content-Based Search & Retrieval<br />
• How to define similarity between images?<br />
• How to speed up multimedia retrieval <strong>an</strong>d exploration?
Bereich 4:<br />
Angew<strong>an</strong>dte <strong>Informatik</strong>
Bereich 4: Angew<strong>an</strong>dte <strong>Informatik</strong><br />
Medieninformatik und Mensch-Computer-Interaction<br />
Lehrstuhl <strong>Informatik</strong> 10<br />
Prof. Dr. J<strong>an</strong> Borchers<br />
Designing Interactive Systems I (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V/Ü: Mo. 13:15-14:45 5053.2<br />
V/Ü: Mi. 09:30-12:00 5053.2<br />
Start: 10.10.2011<br />
B M D<br />
iPhone Anwendungsprogrammierung (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V: Mo. 15:00-16:30 2010<br />
Ü: Di. 09:00-11:30 4U15<br />
Start: 10.10.2011<br />
B M D
Bereich 4: Angew<strong>an</strong>dte <strong>Informatik</strong><br />
Software <strong>an</strong>d Tools for Computational Engineering<br />
LuFG <strong>Informatik</strong> 12<br />
Prof. Dr. Uwe Naum<strong>an</strong>n<br />
Computational Differentiation (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V: Di. 10:00 – 11:30 5052<br />
Do. 10:00 – 11:30 5052<br />
Ü: Do. 10:00 – 11:30 5052<br />
Start: 11.10.2011<br />
D M
LuFG <strong>Informatik</strong> 12 :<br />
Software <strong>an</strong>d Tools for Computational Engineering<br />
Prof. Dr. Uwe Naum<strong>an</strong>n<br />
www.stce.rwth-aachen.de<br />
Research<br />
Development <strong>an</strong>d<br />
Teaching<br />
• Compilers for Computational<br />
Science <strong>an</strong>d Engineering (CSE)<br />
• (Parallel) Numerical <strong>an</strong>d<br />
Combinatorial Algorithms for CSE<br />
• Simulation Software Engineering
Computational Differentiation<br />
(<strong>V3</strong>+Ü1, 6 Credits)<br />
Lecture :<br />
• Tue/Thu<br />
10:00-11:30 in 5052<br />
Tutorial :<br />
• Thu<br />
10:00-11:30 in 5052<br />
Start : 11.10
Bereich 1:<br />
Theoretische <strong>Informatik</strong>
Bereich 1: Theoretische <strong>Informatik</strong><br />
Algorithmen und Komplexität<br />
Lehrstuhl <strong>Informatik</strong> 1<br />
Prof. Dr. Berthold Vöcking, Priv.-Doz. Dr. Walter Unger<br />
Algorithmische Graphentheorie (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V: Mi. 15:00-16:30 AH V<br />
Do. 08:15-09:45 4017 (Alternative A)<br />
Do. 11:30-13:00 AH III (Alternative B)<br />
Ü: Mo. 14:00-15:30 4017<br />
Di. 16:30-18:00 4017<br />
Start: 12.10.2011<br />
M D
Algorithmische Graphentheorie<br />
Sprache: Deutsch Start: Mi. 12.10. Credits: 6 (8)<br />
●<br />
Spezielle Probleme:<br />
●<br />
Spezielle Graphen:<br />
●<br />
Stabile Mengen<br />
●<br />
Pl<strong>an</strong>are Graphen<br />
●<br />
Separatoren<br />
●<br />
Schnittgraphen<br />
●<br />
Baumweite<br />
●<br />
K<strong>an</strong>tengraphen<br />
●<br />
Färbungen<br />
●<br />
Perfekte Graphen<br />
●<br />
B<strong>an</strong>dweite<br />
●<br />
Chordale Graphen<br />
●<br />
Broadcasting<br />
●<br />
Bipartite Graphen<br />
●<br />
Gossip<br />
●<br />
K-Bäume<br />
●<br />
…...<br />
●<br />
…...
Bereich 1: Theoretische <strong>Informatik</strong><br />
Algorithmische Spieltheorie<br />
LuFG <strong>Informatik</strong> 1<br />
Prof. Dr. Martin Hoefer<br />
Methoden <strong>der</strong> Netzwerk<strong>an</strong>alyse (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V: Mi. 10:00-11:30 4017<br />
Fr. 10:00-11:30 4017<br />
Start: 12.10.2011<br />
M D
Bereich 1: Theoretische <strong>Informatik</strong><br />
Theoretische <strong>Informatik</strong><br />
LuFG <strong>Informatik</strong> 1<br />
Prof. Dr. Peter Rossm<strong>an</strong>ith<br />
Parameterized Algorithms (V4, 8 <strong>ECTS</strong>)<br />
V: Mo. 08:15-09:45 5054<br />
Mi. 10:00-11:30 5054<br />
Start: 10.10.2011<br />
M D
Bereich 1: Theoretische <strong>Informatik</strong><br />
Softwaremodellierung und Verifikation<br />
Lehrstuhl <strong>Informatik</strong> 2<br />
Prof. Dr. Ir. Joost-Pieter Katoen, Priv.-Doz. Dr. Thomal Noll<br />
Introduction to Model Checking (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V: Mo. 13:15 – 14:45 5052<br />
Di. 14:00 – 15:30 AH II<br />
Ü: Mi. 15:45 – 17:15 AH V<br />
Start: 10.10.2011<br />
Sem<strong>an</strong>tik und Verifikation von Software (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V: Mi. 10:00-11:30 AH II<br />
Do. 13:30-15:00 AH I<br />
Ü: Di. 08:15-09:45 AH IV<br />
Di. 11:45-13:10 AH VI<br />
Start: 12.10.2011<br />
B<br />
M D<br />
M D
Bereich 1: Theoretische <strong>Informatik</strong><br />
Programmiersprachen und Verifikation<br />
LuFG <strong>Informatik</strong> 2<br />
Prof. Dr. Jürgen Giesl<br />
Wahlpflicht-Ver<strong>an</strong>staltung wie<strong>der</strong> im SS12
Bereich 1: Theoretische <strong>Informatik</strong><br />
Logik und Theorie diskreter Systeme<br />
Lehrstuhl <strong>Informatik</strong> 7<br />
Prof. Dr. Dr.h.c. Wolfg<strong>an</strong>g Thomas, Prof. Dr. Walter Oberschelp, Emeritus,<br />
Priv.-Doz. Dr. Christof Löding<br />
Infinite Computations (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
Ideengeschichte <strong>der</strong> <strong>Informatik</strong> (V2)<br />
Tree Automata (VT 2, 4 <strong>ECTS</strong> )<br />
Regular <strong>an</strong>d Context-Free L<strong>an</strong>guages:<br />
Adv<strong>an</strong>ced Results (VT2, 4 <strong>ECTS</strong>)<br />
Algorithmisches Lernen (V2 Ü1, 4 <strong>ECTS</strong>)<br />
B M D<br />
B M D<br />
M D<br />
M D<br />
M D
Lehrstuhl <strong>Informatik</strong> 7<br />
Logik und Theorie diskreter Systeme<br />
Prof. Dr. Wolfg<strong>an</strong>g Thomas<br />
Research<br />
areas:<br />
General<br />
Information<br />
Automata theory<br />
Automatic program verification <strong>an</strong>d synthesis<br />
Infinite games <strong>an</strong>d reactive systems<br />
Logic in computer science<br />
Office hour:<br />
Mon 11:15 – 12:15 h<br />
URL: http://www.automata.rwth-aachen.de
Lehrstuhl <strong>Informatik</strong> 7<br />
Logik und Theorie diskreter Systeme<br />
Prof. Dr. Wolfg<strong>an</strong>g Thomas<br />
Infinite Computations (W. Thomas)<br />
<strong>V3</strong> + Ü2<br />
Start: Wednesday, 19.10.2011 at 08:15 h<br />
for Bachelor, Master, Diploma<br />
Content: Automata over infinite words<br />
• Beautiful theory<br />
• Applications in decision problems from logic<br />
• Powerful basis of program verification
Lehrstuhl <strong>Informatik</strong> 7<br />
Logik und Theorie diskreter Systeme<br />
Prof. Dr. Wolfg<strong>an</strong>g Thomas<br />
Ideengeschichte <strong>der</strong> <strong>Informatik</strong> (W. Thomas, W. Oberschelp)<br />
V2<br />
Start: Tuesday, 18.10.2011, AH II 16:00 h<br />
for everybody<br />
Content:<br />
12 lectures on the emergence of informatics over more th<strong>an</strong> 1000 years<br />
Some names:<br />
Al-Khwarizmi, Fibonacci, Adam Riese, Schickard, Leibniz, Boole, Gödel,<br />
Turing.
Lehrstuhl <strong>Informatik</strong> 7<br />
Logik und Theorie diskreter Systeme<br />
Prof. Dr. Wolfg<strong>an</strong>g Thomas<br />
Courses for Master <strong>an</strong>d Diploma<br />
‣ Tree Automata (C. Löding)<br />
Start: Tue, 11.10.2011, Sem. Room<br />
5056<br />
‣ Regular <strong>an</strong>d Context-Free L<strong>an</strong>guages:<br />
Adv<strong>an</strong>ced Results (W. Thomas)<br />
Start: Mon, 10.10.2011, AH II<br />
‣ Algorithmisches Lernen (C. Löding)<br />
Start: Mittwoch, 12.10.2011 Raum 4116 (Seminarraum i7)
Bereich 1: Theoretische <strong>Informatik</strong><br />
Mathematische Grundlagen <strong>der</strong> <strong>Informatik</strong><br />
LuFG <strong>Informatik</strong> 7<br />
Prof. Dr. Erich Grädel<br />
Algorithmic Model Theory (V4 Ü2, 8 <strong>ECTS</strong>)<br />
V: Mo. 10:00 – 11:30 AH II<br />
Do. 10:00 – 11:30 AH V<br />
Ü: Mi. 15:00 – 16:30 AH I<br />
Start: 10.10.2011<br />
M D
Mathematische Grundlagen <strong>der</strong> <strong>Informatik</strong><br />
Prof. Dr. Erich Grädel<br />
Research Topics:<br />
• Mathematical Logic <strong>an</strong>d Foundations of Computer Science<br />
• Algorithmic Model Theory<br />
• Logic <strong>an</strong>d Games<br />
• Logic <strong>an</strong>d Complexity<br />
Lectures:<br />
• Algorithmic Model Theory<br />
• Mathematical Logic I <strong>an</strong>d II<br />
• Logic <strong>an</strong>d Games<br />
• Complexity Theory <strong>an</strong>d Qu<strong>an</strong>tum Computing<br />
More information:<br />
http://logic.rwth-aachen.de/
Mathematische Grundlagen <strong>der</strong> <strong>Informatik</strong><br />
Prof. Dr. Erich Grädel<br />
(Ü2 Algorithmic Model Theory (V4,<br />
Lecture: Start 13.10. 11 Tutorial: Start 19.10.11<br />
Mon 10:00 – 11:30, AH II Wed 15:00 – 16:30, AH I<br />
Thu 10:00 – 11:30, AH V<br />
Content:<br />
• Logical definability <strong>an</strong>d computational complexity<br />
• Decidable <strong>an</strong>d undecidable theories<br />
• Finite model theory<br />
• Infinite structures with finite presentation<br />
• Fixed-point logics<br />
More Information:<br />
http://logic.rwth-aachen.de/Teaching/
Bereich 2:<br />
Software und<br />
Kommunikation
Bereich 2: Software und Kommunikation<br />
Software Engineering<br />
Lehrstuhl <strong>Informatik</strong> 3<br />
Prof. Dr. Bernhard Rumpe, Emeritus Prof. Dr. M<strong>an</strong>fred Nagl<br />
Modellbasierte Softwareentwicklung (V2 Ü3, 6 <strong>ECTS</strong>)<br />
V: Di. 12:10-13:40 AH I<br />
Ü: Do. 13:30-15:00 AH II<br />
Start: 11.10.2011<br />
Angew<strong>an</strong>dte Softwaretechnik im Lebenszyklus<br />
<strong>der</strong> Automobilelektronik (V1, 2 <strong>ECTS</strong>)<br />
V: Mo. 17:00-18:30 5052<br />
Start: 10.10.2011<br />
B M D<br />
M D<br />
Generative Softwareentwicklung in <strong>der</strong> automotiven Praxis (V2, 4 <strong>ECTS</strong>)<br />
V: Mo. 17:00 – 18:30 5052<br />
Start: 18.10.2010<br />
M D<br />
Software Architekturen (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
Blockver<strong>an</strong>staltung, voraussichtlich im März<br />
B<br />
M D
Prof. Dr. B. Rumpe<br />
Lehrstuhl für<br />
Software Engineering<br />
<strong>RWTH</strong> <strong>Aachen</strong><br />
Seite 64<br />
Lehrstuhl<br />
bietet vier Vorlesungen<br />
• Modellbasierte Software Entwicklung (2VL + 3Ü, 6 <strong>ECTS</strong>)<br />
• (Prof. Rumpe)<br />
• Einsatz <strong>der</strong> UML, Methodik <strong>der</strong> Modellierung<br />
• Evolution, Refactoring<br />
a b<br />
c<br />
A<br />
B<br />
C<br />
• Angew<strong>an</strong>dte Softwaretechnik im Lebenszyklus <strong>der</strong><br />
Automobilelektronik (1VL, 2 <strong>ECTS</strong>)<br />
• (Dr. Ansgar Schleicher, Vorst<strong>an</strong>d DSA)<br />
• Mo<strong>der</strong>ne Automobilelektronikarchitektur: Bussysteme,<br />
Steuergeräte, Software und <strong>der</strong>en Entwicklung
Prof. Dr. B. Rumpe<br />
Lehrstuhl für<br />
Software Engineering<br />
<strong>RWTH</strong> <strong>Aachen</strong><br />
Seite 65<br />
Lehrstuhl<br />
bietet vier Vorlesungen<br />
• Generative Softwareentwicklung in <strong>der</strong><br />
automotiven Praxis (2VL, 4 <strong>ECTS</strong>)<br />
• (Dr. Christi<strong>an</strong> Berger, Automotive Safety Technologies GmbH)<br />
• Entwicklungsprozesse von Automobil-OEMs<br />
• Einsatz von AUTOSAR und Verwendung<br />
generativer Techniken<br />
• Software-Architekturen (3VL + 2Ü, 6<strong>ECTS</strong>)<br />
• (Prof. M. Nagl)<br />
• integrieren<strong>der</strong> Ansatz (funktionsorientiert, Schichtung,<br />
Datenabstraktion, OO)<br />
X<br />
Z<br />
Y<br />
W<br />
• Qualitätseigenschaften aus <strong>der</strong> Architektur ablesen<br />
• weitere Informationen und Termine:<br />
http://www.se-rwth.de/
Bereich 2: Software und Kommunikation<br />
WS11/12: Forschungssemester<br />
Software-Konstruktion<br />
LuFG <strong>Informatik</strong> 3<br />
Prof. Dr. Horst Lichter
Bereich 2: Software und Kommunikation<br />
Mobile Network Perform<strong>an</strong>ce<br />
Nachwuchsgruppe <strong>Informatik</strong> 4<br />
Prof. Dr. James Gross<br />
Network Calculus (V2 Ü1, 4 <strong>ECTS</strong>)<br />
V: Mo. 14:00-16:00 UMIC 024<br />
Ü: Fr. 14:00-16:00 UMIC 024<br />
Start: 14.10.2011<br />
M D
Lecture Network Calculus<br />
• Lecturer: Prof. James Gross (UMIC Research Centre)<br />
• Time: Monday 2 – 4 pm, Room 024, UMIC Building<br />
• Content: How to dimension <strong>an</strong> information network to<br />
reach a certain quality level?<br />
Telephone System<br />
Internet<br />
Queuing Theory<br />
MinPlus Algebra<br />
• First lecture: Monday, October 17th 2011 !!<br />
Mobile Network<br />
Perform<strong>an</strong>ce<br />
68
Bereich 3:<br />
Daten- und<br />
Informationsm<strong>an</strong>agement
Bereich 3: Daten- und Informationsm<strong>an</strong>agement<br />
Wissensbasierte Systeme<br />
LuFG <strong>Informatik</strong> 5<br />
Prof. Gerhard Lakemeyer, Ph.D.<br />
Artificial Intelligence (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V: Mo. 11:45-13:15 AH III<br />
Mi. 08:15-09:45 AH III<br />
Ü: Mi. 11:45-13:15 AH I<br />
Mi. 17:30-19:00<br />
Start: 10.10.2011<br />
AH I<br />
B M D
Knowledge-Based Systems Group<br />
Prof. Gerhard Lakemeyer, Ph.D.<br />
http://kbsg.rwth-aachen.de/<br />
Courses<br />
WS 2011/2012<br />
WS 2011/2012<br />
Knowledge-based Systems Group
Lecture: Artificial Intelligence<br />
• You learn basic principles un<strong>der</strong>lying<br />
intelligent agents (e.g. search, games,<br />
pl<strong>an</strong>ning, uncertainty, learning, robotics)<br />
• Prerequisites: none<br />
• 3hs lecture + 2hs tutorial<br />
• Starts Wednesday, October 12<br />
WS 2011/2012<br />
Knowledge-based Systems Group
Lab Course: Interactive Games a/w Robots<br />
Agent controllers for interactive tasks<br />
• interactive computer games <strong>an</strong>d interactive service robotics<br />
• development poses diverse problems to solve such as<br />
real-time behaviour, communication (A2A/HRI),<br />
pl<strong>an</strong>ning, coordination, execution monitoring, ...<br />
Goals of the Lab<br />
• develop, test, <strong>an</strong>d integrate methods that tackle such problems<br />
• r<strong>an</strong>ge: from API/hardware-level to high-level decision making<br />
Ch<strong>an</strong>ce to<br />
• develop intelligent agents<br />
<strong>an</strong>d/or work with real robots<br />
• apply methods of AI to<br />
interactive games with robots<br />
Requirements<br />
• Basic study period completed (B.Sc./Vordiplom)<br />
• Lecture “Intro to AI” (or equiv.)<br />
• profound programming skills (at least C++)<br />
• high motivation (≥5h/w)<br />
• Linux skills<br />
WS 2011/2012<br />
Knowledge-based Systems Group
Bereich 3: Daten- und Informationsm<strong>an</strong>agement<br />
Computerunterstütztes Lernen<br />
LuFG <strong>Informatik</strong> 9<br />
Prof. Dr. Ulrik Schroe<strong>der</strong><br />
Web Technologien (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V: Di. 14:00-15:30 5056<br />
Mi. 14:00-16:00<br />
Ü: Do. 08:15-09:45 AH IV<br />
Do. 08:15-09:45 5056<br />
Start: 11.10.2011<br />
B M D
LuFG <strong>Informatik</strong> 9<br />
Engineering innovative learning systems<br />
<br />
<br />
<br />
<br />
<br />
<br />
Learning theories<br />
Web <strong>an</strong>d mobile technologies<br />
Open assessment <strong>an</strong>d intelligent feedback<br />
Educational data mining<br />
Learning <strong>an</strong>alytics<br />
Intelligent recommendation<br />
Didactics of CS<br />
<br />
<br />
<br />
<br />
Teaching CS<br />
Educational technologies<br />
InfoSphere / Schülerlabor <strong>Informatik</strong><br />
Gen<strong>der</strong> <strong>an</strong>d diversity (G&D)<br />
WebTech WS 11/12
Web Engineering<br />
XML Technologies<br />
Content<br />
Test<br />
Web 2.0<br />
SaaS<br />
Mashups<br />
JSON<br />
Web Services<br />
SOAP<br />
REST<br />
Architectures / Frameworks<br />
J2EE SOA<br />
WOA .NET<br />
Schemas<br />
Flash<br />
HTML<br />
Client-side<br />
Technologies<br />
JavaScript<br />
AJAX<br />
CSS<br />
JSP<br />
Ruby<br />
Server-side<br />
Technologies<br />
Servlets<br />
PHP<br />
Perl<br />
RE<br />
IP<br />
TCP<br />
Fundamentals<br />
HTTP<br />
XSLT<br />
XPath<br />
77<br />
WebTech WS 11/12
Concept (Student-centered)<br />
Self-org<strong>an</strong>ized Learning<br />
Peer-Assessment<br />
Project Work<br />
Lectures<br />
Student Presentations<br />
Lecture<br />
Invited Lectures<br />
78<br />
WebTech WS 11/12
WebTech<br />
79<br />
WebTech WS 11/12
Bereich 2: Software und Kommunikation<br />
LuFG IT-Security<br />
Prof. Dr. Ulrike Meyer<br />
IT-Sicherheit 1 - Netzwerksicherheit (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V/Ü: Mo. 14:00-15:30 UMIC 025<br />
V/Ü: Do. 10:00-11:30 UMIC 025<br />
Start: 10.10.2011<br />
M D
ITSec 1 – Network Security<br />
Related<br />
DNSsec, SSH, SMTP<br />
SSL/TLS<br />
IPsec<br />
Protocols<br />
Encryption Algorithms<br />
Integrity Protection<br />
Digital Signatures<br />
Certificates <strong>an</strong>d PKIs<br />
Authentication <strong>an</strong>d Key Agreement<br />
Basics
Bereich 4:<br />
Angew<strong>an</strong>dte <strong>Informatik</strong>
Bereich 4: Angew<strong>an</strong>dte <strong>Informatik</strong><br />
Sprachverarbeitung und Mustererkennung<br />
Prof. Dr. Herm<strong>an</strong>n Ney<br />
Pattern Recognition <strong>an</strong>d Neural Networks (V4 Ü2, 6 <strong>ECTS</strong>)<br />
V: Mo. 10:00-12:00 AH IV<br />
Mi. 12:00-13:30<br />
AH VI<br />
Ü: Mi. 14:00-15:30 5056<br />
Start: 10.10.2011<br />
Lehrstuhl <strong>Informatik</strong> 6<br />
Automatic Speech Recognition (V4 Ü2, 6 <strong>ECTS</strong>)<br />
V: Mo. 10:00 – 11:30 AH VI<br />
Do. 11:45 – 13:15 AH VI<br />
Ü: Fr. 09:00 – 10:30 6124<br />
Start: 10.10.2011<br />
B M D<br />
B M D
Lehrstuhl für <strong>Informatik</strong> 6<br />
Prof. Dr. Herm<strong>an</strong>n Ney<br />
Lecture: Pattern Recognition <strong>an</strong>d Neural Networks<br />
• Introduction to<br />
– statistical pattern recognition<br />
– artificial neural networks <strong>an</strong>d their relation to statistical classifiers<br />
• Main topics:<br />
– training <strong>an</strong>d learning<br />
– model-free approaches<br />
– artificial neural networks <strong>an</strong>d discriminative training<br />
– error integrals: properties <strong>an</strong>d estimation<br />
– mixture densities <strong>an</strong>d cluster <strong>an</strong>alysis<br />
– expectation maximization algorithm <strong>an</strong>d hidden Markov models<br />
– feature extraction <strong>an</strong>d linear tr<strong>an</strong>sformations<br />
90801
Pattern Recognition <strong>an</strong>d Neural Networks<br />
Lectures:<br />
Mo 11.00 - 12.30 AH 4 Start: 10.10.2011<br />
Wed 12.00 - 13.30 AH 6 End: 01.02.2011<br />
Exercises<br />
Wed 14.00 - 15.30 5056 Start: 12.10.2011<br />
Teaching l<strong>an</strong>guage: English<br />
Study programs:<br />
Bachelor <strong>Informatik</strong> (<strong>V3</strong>/Ü2, 6 Credits)<br />
Master <strong>Informatik</strong>, Media Informatics <strong>an</strong>d Software Systems<br />
Engineering, Diplom <strong>Informatik</strong> (V4/Ü2, 8 Credits)<br />
http://www.hltpr.rwth-aachen.de/web/Teaching/
Lehrstuhl für <strong>Informatik</strong> 6<br />
Dr. rer. nat. Ralf Schlüter<br />
Prof. Dr. Herm<strong>an</strong>n Ney<br />
Lecture: Automatic Speech Recognition<br />
• Aim: extract spoken word sequence from acoustic<br />
signal<br />
• Automatic speech recognition system typically<br />
consists of four parts:<br />
– signal <strong>an</strong>alysis: extracts time-dependent features from<br />
acoustic signal<br />
– acoustic model: establishes link between features <strong>an</strong>d<br />
words/phonemes<br />
– l<strong>an</strong>guage model: covers syntactic <strong>an</strong>d sem<strong>an</strong>tic<br />
constraints of the l<strong>an</strong>guage<br />
– search process: determines maximum probability word<br />
sequence
Automatic Speech Recognition<br />
Lectures:<br />
Mon 10.00 - 11.30 AH 6 Start: 10.10.2010<br />
Thu 11.45 - 13.15 AH 6<br />
Exercises:<br />
Fri 09.00-10.30 6124 Start: 15.10.2010<br />
Teaching l<strong>an</strong>guage: English<br />
Study programs:<br />
Bachelor <strong>Informatik</strong> (<strong>V3</strong>/Ü2, 6 Credits)<br />
Master <strong>Informatik</strong>, Media Informatics <strong>an</strong>d Software Systems<br />
Engineering, Diplom <strong>Informatik</strong> (V4/Ü2, 8 Credits)<br />
http://www.hltpr.rwth-aachen.de/web/Teaching/
Bereich 4: Angew<strong>an</strong>dte <strong>Informatik</strong><br />
Computergrafik und Multimedia<br />
Lehrstuhl <strong>Informatik</strong> 8<br />
Prof. Dr. Leif Kobbelt<br />
Basic Techniques in Computer Graphics (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V: Mo. 13:30 – 15:00 AH VI<br />
Di. 15:00 – 16:30 AH V (bi-weekly)<br />
Ü: Mo. 17:30 – 19:00 AH II<br />
Start: 10.10.2011<br />
B M D<br />
Game Programming (VPS 3, 6 <strong>ECTS</strong>)<br />
V: Fr. 08:15 – 11:30 AH VI<br />
Start: 14.10.2011<br />
B M D
Courses in WS 2010/2011<br />
• Basic Techniques in Computer Graphics<br />
(<strong>V3</strong>Ü2 … Bachelor / Master)<br />
• New: Game Programming<br />
(VPS … Bachelor / Master)<br />
• Sprache / L<strong>an</strong>guage !?<br />
AACHEN<br />
Computer Graphics Group<br />
Leif Kobbelt
Basic Techniques in CG (BA/MA)<br />
• Ren<strong>der</strong>ing Pipeline (OpenGL)<br />
• 3D Geometry Representationsume<br />
Ren<strong>der</strong>ing<br />
• Global Illumination<br />
AACHEN<br />
Computer Graphics Group<br />
Leif Kobbelt
Basic Techniques in CG (BA/MA)<br />
• Ren<strong>der</strong>ing Pipeline (OpenGL)<br />
• 3D Geometry Representations<br />
• Volume Ren<strong>der</strong>ing<br />
• Global Illumination<br />
AACHEN<br />
Computer Graphics Group<br />
Leif Kobbelt
Basic Techniques in CG (BA/MA)<br />
• Ren<strong>der</strong>ing Pipeline (OpenGL)<br />
• 3D Geometry Representations<br />
• Volume Ren<strong>der</strong>ing<br />
• Global Illumination (Ray Tracing)<br />
AACHEN<br />
Computer Graphics Group<br />
Leif Kobbelt
Game Programming (BA/MA)<br />
Lecture / Seminar / Lab<br />
• Real time physics<br />
AACHEN<br />
Computer Graphics Group<br />
Leif Kobbelt
Game Programming (BA/MA)<br />
Lecture / Seminar / Lab<br />
• Character Animation<br />
AACHEN<br />
Computer Graphics Group<br />
Leif Kobbelt
Game Programming (BA/MA)<br />
Lecture / Seminar / Lab<br />
• Ren<strong>der</strong>ing<br />
AACHEN<br />
Computer Graphics Group<br />
Leif Kobbelt
Courses in WS 2010/2011<br />
• Basic Techniques in Computer Graphics<br />
(<strong>V3</strong>Ü2 … Bachelor / Master)<br />
• New: Game Programming:<br />
(VPS … Bachelor / Master)<br />
• Sprache / L<strong>an</strong>guage !?<br />
AACHEN<br />
Computer Graphics Group<br />
Leif Kobbelt
Bereich 4: Angew<strong>an</strong>dte <strong>Informatik</strong><br />
Mobile Multimedia Processing<br />
Nachwuchsgruppe <strong>Informatik</strong> 8<br />
Prof. Dr. Basti<strong>an</strong> Leibe<br />
Computer Vision (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V: Di. 13:30 – 15:00 UMIC 025<br />
V+Ü: Do. 13:30 – 15:00 UMIC 025<br />
Start: 11.10.2011<br />
M D
Computer Perceptual Vision <strong>an</strong>d Sensory WS 11/12 Augmented Computing<br />
Mobile Multimedia Processing<br />
Prof. Basti<strong>an</strong> Leibe<br />
Lehrstuhl für <strong>Informatik</strong> 8<br />
• Lecture: Computer Vision<br />
• Structure: 3V (lecture) + 1Ü (exercises)<br />
‣ 6 EECS credits<br />
‣ Part of the “Vertiefungslinie Computer Grafik”<br />
• Place & Time<br />
‣ Lecture: Tue 13:30 – 15:00 room UMIC 025<br />
‣ Lecture/Exercises: Thu 13:30 – 15:00 room UMIC 025<br />
‣ First lecture next Tuesday, 11.10.<br />
B. Leibe
Computer Perceptual Vision <strong>an</strong>d Sensory WS 11/12 Augmented Computing<br />
Images <strong>an</strong>d Video Are Everywhere…<br />
Personal photo albums<br />
Movies, news, sports<br />
Internet services<br />
Surveill<strong>an</strong>ce <strong>an</strong>d security<br />
Mobile <strong>an</strong>d consumer<br />
applications<br />
Medical <strong>an</strong>d scientific images
Computer Perceptual Vision <strong>an</strong>d Sensory WS 11/12 Augmented Computing<br />
Object Recognition<br />
• M<strong>an</strong>y new digital cameras now detect faces…<br />
‣ …<strong>an</strong>d take the picture when everybody smiles.
Computer Perceptual Vision <strong>an</strong>d Sensory WS 11/12 Augmented Computing<br />
Segmentation<br />
• Automatic background removal from images<br />
‣ Functionality is already included in Microsoft Office 2010…<br />
101
Computer Perceptual Vision <strong>an</strong>d Sensory WS 11/12 Augmented Computing<br />
Tracking<br />
• Automatic player tracking for sports scene <strong>an</strong>alysis<br />
‣ Several comp<strong>an</strong>ies active in this area…<br />
102
Computer Perceptual Vision <strong>an</strong>d Sensory WS 11/12 Augmented Computing<br />
Matching<br />
• Stitch your photos together to create p<strong>an</strong>oramas<br />
‣ E.g., using Autostitch P<strong>an</strong>orama<br />
103
Computer Perceptual Vision <strong>an</strong>d Sensory WS 11/12 Augmented Computing<br />
Mobile Visual Search<br />
• Take photos of objects as queries for visual search
Computer Perceptual Vision <strong>an</strong>d Sensory WS 11/12 Augmented Computing<br />
3D Reconstructions<br />
• Create 3D reconstructions from 1000s of tourist photos<br />
105
Computer Perceptual Vision <strong>an</strong>d Sensory WS 11/12 Augmented Computing<br />
Interested in how all of this works?<br />
Come to our lecture!<br />
Tue/Thu at 13:30h<br />
room UMIC 025<br />
First lecture this Thursday!
Bereich 4: Angew<strong>an</strong>dte <strong>Informatik</strong><br />
Scientific Computing<br />
Prof. Dr.-Ing. H. Martin Bücker<br />
Wahlpflicht-Ver<strong>an</strong>staltung wie<strong>der</strong> im SS12
Bereich 4: Angew<strong>an</strong>dte <strong>Informatik</strong><br />
Automation <strong>an</strong>d High Perform<strong>an</strong>ce Computing<br />
Nachwuchsgruppe <strong>Informatik</strong> 12<br />
Prof. Paolo Bientinesi, Ph.D.<br />
Introduction to Scientific Computing L<strong>an</strong>guages (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V: Di. 17:00-18:30 AICES Seminarraum<br />
V/Ü: Do. 17:00-18:30 AICES Seminarraum<br />
Start: 11.10.2011<br />
B M D
Bereich 4: Angew<strong>an</strong>dte <strong>Informatik</strong><br />
Lehrstuhl Parallele Programmierung<br />
Prof. Dr. Felix Wolf<br />
Parallele Programmierung I (<strong>V3</strong> Ü2, 6 <strong>ECTS</strong>)<br />
V: Mo. 15:15-16:45 GRS<br />
Do. 15:00-16:30<br />
GRS<br />
Ü: Mi. 15:30-17:00 GRS<br />
Start: 12.10.2011<br />
M D
Lehrstuhl Parallele Programmierung<br />
Prof. Dr. Felix Wolf
Research<br />
• Software tools for<br />
exploiting parallelism at<br />
massive scales<br />
Schinkelstraße 2a<br />
IBM BG/P in Jülich: 294,912 cores
Teaching – Master<br />
• Parallel Programming I (<strong>V3</strong> / Ü2)<br />
• Focus<br />
– Applications in science <strong>an</strong>d engineering<br />
• Syllabus<br />
– Principles of parallel perform<strong>an</strong>ce<br />
– Parallel architectures<br />
– Processes <strong>an</strong>d threads<br />
– Message passing (MPI)<br />
– Multithreading (OpenMP)<br />
– Patterns of parallel programming<br />
• Followed by Parallel Programming II (summer)
Bereich 4: Angew<strong>an</strong>dte <strong>Informatik</strong><br />
Virtual Reality Group<br />
Prof. Dr. Torsten Kuhlen<br />
Virtual Reality (<strong>V3</strong> Ü1, 6 <strong>ECTS</strong>)<br />
V: Mo. 15:15 – 16:45, AH VI<br />
Do. 15:00 – 16:30 AH II (every two weeks)<br />
Ü: Do 15:00 – 16:30, AH II (every two weeks)<br />
Start: 17.10.2011<br />
M D
Lecture Virtual Reality (<strong>V3</strong>Ü1)<br />
• Goal:<br />
• Learn about the basic methods of Virtual Reality <strong>an</strong>d<br />
how to use them in scientific & technical applications<br />
• Contents:<br />
• Computer Graphics, 3-D Vision, 3-D Acoustics, Haptics<br />
• Motion Tracking & 3-D Interaction<br />
• Physically-based Modeling of Rigid & Deformable<br />
Objects, Collision Detection<br />
• Virtual Hum<strong>an</strong>s<br />
• Software Technology for Virtual Reality<br />
• Applications of VR in Medicine & Simulation Science<br />
• Projection & Interaction HW, Demos in our VR lab<br />
• Related Events in Summer Semester:<br />
• Seminar on Virtual Reality<br />
• Practical Course: Learn how to program a VR game!<br />
Torsten Kuhlen, Virtual Reality Group, CS 12 (Scientific Computing)
The End
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