Interactive Media Systems, TU Vienna

Annette Mossel

Dipl.-Ing. Dr. — Position: PostDoc Researcher

Contact

E-Mail mossel@ims.tuwien.ac.at
Office 1040 Wien, Favoritenstraße 9-11 Room HG0410 Map
Office Hours By Appointment
Phone +43-1-58801-18893
Fax +43-1-58801-918893

Available

0521 VRGroup - Immersive Training and Simulation in Virtual Reality In Virtual Reality Umgebungen können gefährliche Situation unter kontrollierten Bedingungen simuliert und trainiert werden. Besonders interessant ist… C. Schönauer, H. Kaufmann, A. Mossel Details
0468 Mobile Virtual Reality for Multipe User This topic aims at creating a multi-user immersive Virtual Reality (VR) system that provides * 3D stereoscopic viewing with a mobile head mounted… A. Mossel Details

In Progress

0494 Shared Mobile Virtual Reality for Multiple Users This topic aims at creating a multi-user immersive Virtual Reality (VR) system that provides distributed 3D stereoscopic viewing using a mobile head… A. Mossel Details
0492 Immersive Training in Mobile Virtual Reality The aim of this master thesis to develop a system to allow for immserive training of first responders within a virtual reality environment, solely… A. Mossel Details
0445 Streaming and Interactive Exploration of Dense Points Clouds in Immersive Virtual Reality In recent years, 3D mesh generation using depth sensors like Microsoft Kinect got very popular and a number a algorithms exist for real time depth… A. Mossel, H. Kaufmann Details
0438 Interactive 3D Mesh Exploration in Immersive Virtual Reality In recent years, 3D mesh generation using depth sensors like Microsoft Kinect got very popular and a number a algorithms exist for real time depth… A. Mossel, H. Kaufmann Details
0432 Mobile Localization and Mapping using Visual Features To enable autonomous flight of a unmanned aerial vehicle (UAV), the UAV must be aware of its position and orientation in space. This remains a… A. Mossel, H. Kaufmann Details
0408 Draw Your Interface - Ubiquitous Human Computer Interaction based on Capacitive Sensing This thesis creates ways to enable human computer interaction anywhere and everywhere, on a table, on a page of a book, just by using cheap and off… A. Mossel Details

Completed

0493 Enabling an Omnidirectional Treadmill in Untethered Mobile Virtual Reality The goal of this practicum is to develop a wireless data streaming solution to enable the integration of an omnidirectional Treadmill in untethered… A. Mossel Details
0439 DepthSLAM on a Mobile Device Simultaneous localization and mapping (SLAM) using depth data from structured light (i.e. MS Kinect) has become very popular in recent years to… A. Mossel Details
0431 Semi-Autonomous Camera Calibration of a Stereo Rig for Large Scale Virtual Reality Optical tracking is one of the fundamentals of every virtual reality systems and is based on accurately calibrated cameras. However, camera… A. Mossel Details
0406 Fly a Multicopter using an Immersive Virtual Realiy Setup Multicopters have become popular and wide spread in recent years. While consumer hardware is still manually controlled by a pilot using a standard… A. Mossel Details
0381 Printed SmartCopter Within the practicum, a printable frame to be used for the SmartCopter is designed, printed and tested. Furthermore, the drift correction in the… A. Mossel Details
0361 Creating Interactive & Distributed Mixed Reality Environments To create rich and interactive mixed reality applications, a number of input as well as output devices are incorporated into an existing framework to… A. Mossel Details
0360 3D Interaction in an Ambient Mixed Reality Environment To enable mobile 3D interaction in an ambient mixed reality (MR) environment, the 3D orientation data of a mobile device is sent over WIFI to a… A. Mossel, H. Kaufmann Details
0359 6 Degree-of-Freedom Tracking for Mobile Augmented Reality To estimate the 6 degree-of-freedom pose (position and orientation) of a mobile device, the data from the built-in RGB camera is captured and… A. Mossel Details
0250 Accurate Selection and 6DOF Interaction with Extruded 3D Content in Dense Collaborative Mobile AR The master thesis focuses on interaction techniques in distributed mobile augmented reality environments accessed by smart phones. It covers… A. Mossel, H. Kaufmann Details
0249 Natural 3D Interaction in Mobile AR This master thesis focus on the implementation and evaluation of an natural 6-degree of freedom human computer interface (HCI). This HCI is used for… A. Mossel, H. Kaufmann Details
0248 Autonomous flight of a low-cost UAV The master thesis aim is to design and construct an UAV with low cost, off the shelf hardware and implement autonomous flight control in a 2D marker… A. Mossel, H. Kaufmann Details