Bachelor Modules

  • “Mathematik-affin”:
    • Theoretische Informatik 1,2,3 (je 6LP)
    • Grundlagen des Wissenschaftlichen Rechnens (6 LP)
    • Imaging Science (6LP)
  • “Mathematik-affin & angewandt”
    • Grundlagen der Informationssicherheit (6LP)
    • Modellbildung und Simulation (6LP)
  • “Angewandt”:
    • Programmierung&Software Entwicklung (9LP)
    • Datenstrukturen& Algorithmen (9LP)
    • Computergrafik (6LP)
    • Programmierparadigmen (6LP)
    • Systemkonzepte&Programmierung (6LP)
    • Information Retrieval & Text Mining (6LP)
    • Grundlagen der KI (6LP)

Master Modules

  • Diskrete Optimierung (Master Informatik, 6LP)
    Inhalt: Lineares Programmieren, Dualität, Ganzzahlige Lineare Programmierung, Approximationsalgorithmen, Nicht-Approximierbarkeit, …
    Turnus: jedes Wintersemester
    Webseite: http://www.fmi.uni-stuttgart.de/alg/teaching/w17/dopt/

  • Algorithmische Geometrie (Master Informatik, 6LP)
    Inhalt: Konvexe Hülle, Voronoi Diagramme, Hyperebenenarrangements, Triangulierungen, Geometrische Datenstrukturen, …
    Turnus: Sommersemester, unregelmäßig
    Webseite: http://www.fmi.uni-stuttgart.de/alg/teaching/s17/compgeo/

  • Ausgewählte Kapitel der Algorithmik (Master Informatik, 6LP)
    Inhalt: Wechselnd, aktuell “Algorithm Engineering”
    Turnus: Sommersemester, unregelmäßig
    Webseite: http://www.fmi.uni-stuttgart.de/alg/teaching/s17/algeng/

  • Ausgewählte Kapitel des Wissenschaftlichen Rechnens (Master Informatik, 6LP)
    Inhalt: hierarchische Numerik: Dünne Gitter, Mehrgitterverfahren, Finite Elemente auf Octrees, Wavelets
    Turnus: Wintersemester (wandert gerade von SS ins WS)
    Webseite: https://www.ipvs.uni-stuttgart.de/abteilungen/sgs/lehre/lehrveranstaltungen/vorlesungen/SS17/AKWissRech

  • Numerische Simulation (Master Informatik, 6LP)
    Inhalt: vom Modell zur praktischen Simuluation (Finite Differenzen), mit hohem Praxisanteil
    Turnus: Wintersemester
    Webseite: https://www.ipvs.uni-stuttgart.de/abteilungen/sgs/lehre/lehrveranstaltungen/vorlesungen/WS1718/NumSim

  • Parallele Numerik (Master Informatik, 6LP)
    Inhalt: Parallelisierung und Skalierbarkeit für zentrale numerische Problemstellungen
    Turnus: Wintersemester
    Webseite: https://www.ipvs.uni-stuttgart.de/abteilungen/sgs/lehre/lehrveranstaltungen/vorlesungen/SS17/ParNum

  • Konkrete Mathematik (Master Informatik, 6LP)
    Inhalt: Kombinatorische und algebraische Methoden in der Informatik, Primzahlerkennung
    Turnus: jedes Sommersemester
    Webseite: http://www.fmi.uni-stuttgart.de/ti/teaching/s18/km/

  • Algorithmische Gruppentheorie (Master Informatik, 6LP)
    Inhalt: Konvergente Ersetzungssysteme, das Wortproblem für endlich dargestellte Gruppen, Entscheidbares und Unentscheidbares. \ Turnus: Sommer oder Sommersemester, unregelmäßig
    Webseite: http://www.fmi.uni-stuttgart.de/ti/teaching/w17/akgt/

  • Graphentheorie (Master Informatik, 6LP)
    Inhalt: perfekte Graphen, planare Graphen, algorithmische Graphentheorie
    Turnus: Sommer oder Sommersemester, unregelmäßig
    Webseite: http://www.fmi.uni-stuttgart.de/ti/teaching/w17/graph/

  • Introduction to Modern Cryptography (Master Informatik, 6LP)
    Inhalt: symmetrische und asymmetrische Verschlüsselung, digitale
    Signaturen, Message Authentication Codes, beweisbare Sicherheit, Primzahltests und andere Anwendungen der Zahlentheorie im Kontext der Kryptographie.
    Turnus: jedes Wintersemester
    Webseite: https://sec.uni-stuttgart.de/teaching/mc

  • Security and Privacy (Master Informatik, 6LP)
    Inhalt: kryptographische Protokolle, Zero-Knowledge Beweise, Secure Multi-Party Computation, Blockchains und Smart Contracts, Fully Homomorphic Encryption.
    Turnus: jedes Sommersemester
    Webseite: https://sec.uni-stuttgart.de/teaching/sp

  • System and Web Security (Master Informatik, 6LP)
    Inhalt: Hackertechniken und Verteidigungsmechanismen
    Turnus: jedes Sommersemester
    Webseite: https://sec.uni-stuttgart.de/teaching/sws

  • Computer Vision (Master Informatik, 6LP)
    Inhalt: Merkmale, Deskriptoren, Optischer Fluss, Tracking, Stereo, SfS, Segmentierung, Mustererkennung, Variationsansätze, PDEs, Bayes
    Sprache: Englisch
    Turnus: jedes Winteresemester

  • Correspondence Problems Computer Vision (Master Informatik, 6LP)
    Inhalt: Optischer Fluss, Stereo, Szenenfluss, Medizinische Bildregistrierung, Particle Image Velocimetry, Variationsansätze
    Sprache: Englisch
    Turnus: normalerweise jedes Sommersemester, aufgrund meiner Grundstudiumslehre (DSA) jedoch aktuell unregelmäßig

News

[Apr’18] Martin has successfully defended his Ph.D. thesis. Congratulations!

[Jan’18] The journal version of our paper on k-hop path covers will receive a publication award from our university!

[Nov’17] Our paper on a theoretical explanation for several speed-up techniques for route computation has been accepted at AAAI 2018!

[Oct’17] Thomas’ paper on area preserving map simplification has been accepted at ALENEX 2018!

[May’17] Daniel’s and Martin’s paper on rational points on the unit sphere has been accepted at ISSAC 2017!

[Apr’17] Our paper on personalized route planning with dynamic approximation guarantees has been accepted at SEA 2017!

[Jan’17] Martin’s paper on map matching has been accepted at SIAM SDM 2017!

[Nov’16] Our paper on simultaneous maze solving has been accepted at AAAI 2017.

[Okt’16] Two papers, one on growing balls (!), the other on map simplification will be presented at ALENEX 2017.

[Sep’16] Our paper on Deducing Individual Driving Preferences has been accepted at the 24th ACM SIGSPATIAL GIS 2016.

[Feb’16] Our paper on placing loading stations for EVs has been accepted at ICAPS 2016.

[Jul’15] Paper about our GeoSearch Engine OSCAR at the 16th Int. Conf on Web Information Systems Engineering (WISE)!

[Jun’15] We feel very honored to have our VLDB’14 paper almost verbatimly reproduced in the ‘prestigous’ journal IJSETR, see here. Yeah! 😉

[Feb’15] We were lucky to receive a Google Research Award for research on personalized route planning!

[Sep’14] Our paper “On k-Path Covers and their Applications” has received a Best Paper Award at the 40th Int. Conference on Very Large Databases (VLDB) in Hangzhou (5 out of 139 accepted out of 695 submitted papers).

[Sep’14] Our paper on “Energy-efficient Routing: Taking Speed into Account” has received a Best Paper Award at the 37th German Conference on Artificial Intelligence (KI).

[Jul’14] Our paper “Placement of Loading Stations for Electric Vehicles: No Detours Necessary!” has received a Honorable Mention at the 28th AAAI Conference on Artificial Intelligence (AAAI) in Quebec City (5 nominated out of 398 accepted out of 1406 submitted papers).

[Mar’14] Our StuPro-Team has completed their great “SchulScheduler” project.

[Nov’13] Jochen has defended his PhD thesis and moved on to TomTom.

[Feb’13] Sabine has defended her PhD thesis (already in Dec’12) and received the INFOS award for best CS PhD thesis in 2012!

[Mar’12] Our paper Path Shapes - An Alternative Method for Map Matching and Fully Autonomous Self-Localization presented at GIS 2011 has received the Best Paper Award, also see the ACM SIGSPATIAL newsletter.