Master Theses and Diplomarbeiten

Fachgebiet Augmented Reality (FAR)

2009

2008

• Tayfur Coskun: Visualization of Activity Parameters with an Avatar Suitable for Elderly People. (With xmedio GmbH)

• Nikolas Dörfler: Building a Gesture-Based Information Display.

• Severina Popova: Analyse und Entwicklung eines Modells zur computergestützten Verhaltenssimulation von Autofahren. (With LFE, FB Maschinenwesen, TU München: Prof. Bubb)

• Xueming Pan: Optimierung und Evaluierung der Interaktion und der Visualisierung eines Pick-By-Vision Systems. (With FML, FB Maschinenwesen, TU München: Prof. Günthner)

• Stefan Misslinger: Ein System zur Erstellung von Augmented Reality Szenarios. (With metaio GmbH)

• Michail Yordanov: Enabling Personalized Augmented Reality Display Technology in Cars.

• Markus Duschl: AR in Cars for Assistance at Intersections. (With LFE, FB Maschinenwesen, TU München: Prof. Bubb)

• Sebastian Lieberknecht: Evaluierung markerloser Trackingverfahren zur Realisierung einer MagicBook-Anwendung. (With metaio GmbH)

• Leslie Klein: Presentation Concepts for Conformal Navigation Systems.

• Christian Waechter: Multi-Modal Sensor Fusion for People Tracking in Interactive Spaces. (With Universitat Pompeu Fabra, Barcelona: Prof. Verschure)

• Andreas Demmel: Maintenance Support Using Hybrid Displays. (With EADS)

• Henning Herbers: Active Vision for Interactive Spaces. (With Universitat Pompeu Fabra, Barcelona: Prof. Verschure)

• Kenan Bektas: Increasing Robustness of Real-Time Edge-Based Tracking (With EADS)

2007

• Stanimir Arnaudov: Efficient Visualization of Lighting Simulation Data. (With metaio GmbH)

• Miriam Wiegand: Development of AR-based interaction methods to control a robot during minimally invasive surgery. (With DLR Oberpfaffenhofen)

• Benjamin Kormann: Hochgenaue Abstands- und Positionsbestimmung von Objekten im Fahrumfeld mit Stereo Vision für verschiedene Applikationen. (With BMW)

• Erwin Yükselgil: Identifizierung effizienter Nutzer von Augmented Reality Systemen.

• Andreas Dollinger: Entwicklung von virtuellen Patienten zur Evaluation unterschiedlicher Triagesysteme.

• Ingo Kresse: Augmented Reality in User Interfaces for Industrial Robots. (With IWB, FB Maschinenwesen, TU München: Prof. Zäh)

• Darya Popiv: Integration of a Component Based Driving Simulator and Experiments on Multimodal (= Haptic and Optical) Driver Assistance. (With LFE, FB Maschinenwesen, TU München: Prof. Bubb)

• Horst Süggel: Konzeption und Evaluierung von Licht- und Schattenmetaphern für ein Fahrerinformationssystem. (With BMW)

• Christopher Rölle: Entwicklung einer kartographischen Interaktionsmetapher für große Datenmengen im Automobil. (With BMW)

2006

• Dimitri Khanin: Authoring of Augmented Reality based Maintenance Manuals. (With EADS)

• Moritz Köhler: Infrastructure Independent Self-Positioning Using Projected Patterns in the Environment. (With Georgia Institute of Technology: Prof. Abowd)

• Troels Frimor: Display Technologies for Augmented Reality Support in Logistics.

• Oskar Klett: Gestik-basierte Roboterprogrammierung. (With IWB, FB Maschinenwesen, TU München: Prof. Zäh)

• Michael Schlegel: Analytical and Empirical Evaluation of Marker Configurations for Optical Tracking.

• Simon Nestler: Ressourcenmanagement im Katastrophenfall – Resource Management in Catastrophic Events. (With Klinikum Innenstadt,Ludwig-Maximilians-Universität München: Dr. Med. Kanz, München, with Berufsfeuerwehr München: K. Weißenberger, and with O₂ (Germany))

• Daniel Koitzsch: AR-basierte Interaktion mit dynamischer Flußsimulationen. (With TUM3D, FB Informatik, TU München: Prof. Westermann)

2005

• Steven Pessall: Interaktiver elektronischer Leitstand zur Disposition von Fertigungsplätzen.

• Christian Trübswetter: Conceptual Differences and Coupling Models between Physical and Digital Objects in Augmented Reality.

• Sintje Göritz: Kombination von magnetischem und optischem Tracking. (With CAMP, FB Informatik, TU München: Prof. Navab)

• Gerrit Hillebrand: Inverse Kinematic Infrared Finger Tracking. (With ART GmbH)

• Sven Hennauer: Optical See-Through HMD Calibration. (With CAMP, FB Informatik, TU München: Prof. Navab)

• Jan-Gregor Fischer: Spatial Context Management for Augmented Reality in Vehicles.

• Felix Löw: Adaptive Motion-Based Thresholding of a Natural Feature Tracking Application with Hybrid Tracking Techniques. (With Hit-Lab, New Zealand: Prof. Billinghurst)

• Michael Siggelkow: Evaluating Collaborative Work Enhanced by Different Augmented Reality Avatar Representations. (With Hit-Lab, New Zealand: Prof. Billinghurst)

• Katharina Pentenrieder: Tracking Scissors Using Retro-Reflective Lines.

2004

• Leonard Walchshäusl: Klassifikation dynamischer Gesten im Kontext multimodaler Infotainmentsysteme. (With BMW)

• Rudi Lindl: Spotting dynamischer Gesten im Kontext multimodaler Infotainmentsysteme. (With BMW)

• Daniel Pustka: Handling Error in Ubiquitous Tracking Environments.

• Dagmar Beyer: Construction of Decentralized Data Flow Graphs within Ubiquitous Tracking Environments.

• Franz Mader: Entwurf und Integration eines kamerabasierten Trackingsystems für ein Flugzeugcockpit zur Darstellung fortschrittlicher Flugführungsinformationen in einem Head-Mounted Display. (With FSD, FB Maschinenwesen, TU München: Prof. Sachs)

• Franz Strasser: Bootstrapping of Sensor Networks for Ubiquitous Tracing Environments.

• Vinko Novak: Attentive User Interfaces for DWARF.

• Otmar Hilliges: A Control Component for Adaptive Augmented Reality User Interfaces.

• Fabian Sturm: Issues in View Management for 3D Objects on multiple Displays.

2003

• Marco Feuerstein: Design of a Planning Tool for Augmented Reality Supported Placement and Tracking for a Teleoperator in Heart Surgery. (With Deutsches Herzzentrum München: Prof. Bauernschmitt)

• Martin Groher: Development of a Planning and Navigation Tool for Endoscopic Treatment of Abdominal Aortic Aneurisms – Computer Aided Implantation of a Stent Graft. (With Deutsches Herzzentrum München: Prof. Bauernschmitt)

• Peter Keitler: Mathematical Methods of Image Processing for Automated Navigation in Endoscopic Treatment of Abdominal Aortic Aneurisms – Computer Aided Implementation of a Stent Graft. (With Deutsches Herzzentrum München: Prof. Bauernschmitt)

• Günther Harrasser: Design eines für Blinde und Sehbehinderte geeigneten Navigationssystems mit taktiler Ausgabe – Navigation Aid for Visually Impaired (NAVI).

• Florian Reitmeir: Benutzerorientierter Datenfilter für Umgebungsinformationen als Erweiterung eines Navigationssystems für sehbehinderte und blinde Mitmenschen – Navigation Aid for Visually Impaired (NAVI).

• Wolfgang Wein: Intensity-based Rigid 2D-3D Registration Algorithms for Radiation therapy. (With Siemens SCR, USA: Dr. Navab)

• Jörg Traub: Design of a Planning Tool for Port Placement in Robotically Assisted Minimally Invasive Cardiovascular Surgery. (With Deutsches Herzzentrum München: Prof. Bauernschmitt), Siemens Excellence Award 2005

• Tobias Sielhorst: High Accuracy Tracking for Medical Augmented Reality. (With Siemens SCR, USA: Dr. Khamene)

• Markus Tönnis: A Data Management Architecture for Augmented Reality.

• Bernhard Zaun: New Calibration Methods for Augmented Reality.

• Christoph Söhngen: Kontextsensitive Informationsfilter. (With Prof. Kossmann, TU München)

2001

• Florian Rodler: Erstellung eines Frameworks zur Bewegungsanalyse durch aktive konturbasierte Verfahren. (With FhG-IIS: Dr. Wittenberg)

• Martin Wagner: Design, Prototypical Implementation and Testing of a Real-Time Optical Feature Tracker.