SYNERGIE - System zur Optimierung der Energieeffizienz von Kommunalen Kläranlagen durch Intelligentes Wissensmanagement

synergie_thumbThe project SYNERGIE aims at the development of a smart energy management system in the are of sewage treatment plants.

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AVILUSplus
AVILUSplusLogoAVILUSplus is a research and development project funded by the Federal Ministry of Education and Research (BMBF). It is in close relationship with the German technology network AVILUS, where participants of the German core industries and applied research develop innovative technologies in the areas of virtual (VR) and augmented reality (AR) for product and resource life cycle.
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STREET3D - Real time modeling and visualization of traffic-related air pollution
s3d_iso_245x145Based on the reliable STREET concept, a simple but effective method to assess the traffic-related air pollution in urban areas which was initially developed by the “Association for Technical Inspection” (TÜV Süd) and validated in German cities like Düsseldorf, Tübingen or Neuss as well as by the AIRPARIF network
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TuBUs-Pro – A tutor system for diagnosing ultrasound images of the prostate
TuBUs-Pro_Image_teaser
The TuBUs-Pro project aims at tutoring the use of the ANNA-framework to analyze conventional rectal ultrasound images of the prostate. The system provides different training modes with varying difficulty levels, ranging from “mark a suspicious region in a particular ultrasound image” to “find all primary cancers in a complete case”.
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IVMT - Development of new Interaction- and Visualization metaphors for Multi-Touch devices
IVMT
The project pursues two goals regarding multi-touch devices. On the one hand research is conducted in human computer interaction (HCI). On the other hand research regarding multi-touch hardware and touch tracking is carried out.
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iACT – Multi-Channel Interaction in Virtual Environments
i-act_245x145Due to the ever-growing amount of available data in modern information society there is a growing trend towards large and immersive displays both in industry and in science. Today, well known visualization and interaction techniques do not scale and are not applicable for these kind of modern output devices.
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ANNA Artificial Neural Network Analyzer
ANNA-Image-1
The project ANNA (Artificial Neural Network Analyzer) aims at the design of a framework to analyze ultrasound images by means of signal processing combined with methods from the field of artificial intelligence (neural networks, self-organizing maps, etc.). Although not obvious ultrasound images do contain information that cannot be recognized by the human visual system and that do provide
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