Dipl.-Inf. Malte Willert

Dipl.-Inf. Malte Willert

PhD Student

Latency in Distributed Acquisition and Rendering for Telepresence Systems

Telepresence systems use 3D techniques to create a more natural human-centered communication over long distances. This work concentrates on the analysis of latency in telepresence …

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Prof. Dr.-Ing. Stephan Ohl

Calibration of Depth Camera Arrays

Depth cameras are increasingly used for tasks such as 3-D reconstruction, user pose estimation, and human- computer interaction. Depth-camera systems comprising multiple depth …

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MSc Rasmik Avetisyan

A Distributed Camera Library Design for Telepresence

We present a distributed dataflow-based camera library design. It is tailored to the special needs of distributed acquisition and rendering telepresence systems with inhomogeneous …

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Prof. Dr.-Ing. Stephan Ohl

Reducing Bandwidth Consumption in Parallel Networked Telepresence Environments

Systems for multi-camera telepresence utilizing Large High-Resolution Displays (LHRDs) face the problem of generating large amounts of dynamic data. These data have to be processed …

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Dipl.-Inf. Malte Willert

General Bandwidth Reduction Approaches for Immersive LHRD Videoconferencing

Systems for immersive videoconferencing utilizing LHRDs face the problem of generating large amounts of data. A solution to reduce this data is essential to realize such systems. …

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Dipl.-Inf. Malte Willert

The Extended Window Metaphor for Large High-Resolution Displays

We present a novel tele-presence approach that extends the window metaphor by combining large high-resolution LCD walls with multi-camera 3D video. We propose to integrate an array …

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Dipl.-Inf. Malte Willert

NCCL: A Lightweight Networked Camera Control Library for Teleimmersion Applications

We present a lightweight camera framework for teleimmersion and multi-camera video acquisition that abstracts from the hardware and enables user-defined preprocessing as well as …

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Prof. Dr.-Ing. Stephan Ohl