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beantwortet: Dr. Andreas Bulling Perceptual User Interfaces Group Exzellenzcluster „Multimodal Computing and Interaction“ Saarland Informatics Campus E1 4 Tel.: +49 681 932 52128 E-Mail: bulling@mpi-inf [...] Forschungsrat ein ERC Starting Grant erhalten. Für sein Projekt „Anticipate: Anticipatory Human-Computer Interaction” wird er fünf Jahre lang mit 1,5 Millionen Euro gefördert. Ziel seines Forschungsprojektes [...] Forschung im Bereich der Mensch-Computer Interaktion fehlt aktuellen Benutzerschnittstellen diese Fähigkeit. Sie haben auch noch nicht die dafür wichtigen Voraussetzungen: Computer können bisher nicht erkennen

Lengauer DEPT. 3 Computational Biology and Applied AlgorithmicsPhone +49 681 9325-3000Email legenauer@mpi-inf.mpg.de Structural Variation in Genomes Protein Structure and Interactions Bioinformatical Support [...] phenotype is a bioinformatical, i.e. computer-based procedure which estimates the result of a laboratory experiment which is informative about the therapy of the patient and which therefore can be used as companion [...] Genomes Using Next-generation Sequencing Attacking HIV from New Angles Networks and Phylogenies: Understanding Disease Spread and Evolution Charting Epigenomes

Home News & Events Bioinformatics Protein Structure and Interactions Protein Structure and Interactions Olga Kalinina Protein Structure and Interactions Proteins as biological machines Proteins are biological [...] Charge-dependent interaction between CCR5 and CXCR4 and their ligands or – the HIV envelope protein Using the wealth of data on HIV resistance, we have developed a method for the computational assessment of [...] Kalinina DEPT. 3 Computational Biology and Applied AlgorithmicsPhone +49 681 9325-3004Email kalinina@mpi-inf.mpg.de Structural Variation in Genomes Protein Structure and Interactions Bioinformatical Support

Rodrigo Benenson DEPT. 2 Computer Vision and Multimodal Computing Phone +49 681 9325-2105 Email benenson@mpi-inf.mpg.de Jan Hosang DEPT. 2 Computer Vision and Multimodal Computing Phone +49 681 9325-2123 [...] one of the core problems in computer vision. Pedestrian detection is a canonical case of object detection. Due to its multiple applications in car safety, surveillance, and robotics, pedestrian detection [...] benchmarks for evaluating and comparing methods. In the last decade, numerous techniques have been developed for pedestrian detection. Using different image features, cues, and classifier types, detection

joint angles at state-of-the-art accuracy and temporal stability with only very few cameras. Mykhaylo Andriluka DEPT. 2 Computer Vision and Multimodal Computing Phone +49 681 9325-2119 Email andriluk@mpi-inf [...] pi-inf.mpg.de Leonid Pishchulin DEPT. 2 Computer Vision and Multimodal Computing Phone +49 681 9325-1208 Email leonid@mpi-inf.mpg.de Describing Videos with Natural Language Ten Years of Pedestrian Detection [...] information about a person’s intention, attitude and internal state. The focus of our research is to estimate body pose in realistic conditions such as images and videos found on YouTube or captured with a mobile

by non-specialists and are both highly scalable and replicable. Additionally, analysis workflows and results can conveniently be shared over the Internet, encouraging communication and collaboration. Sequence [...] Bastian Beggel DEPT. 3 Computational Biology and Applied Algorithmics Phone +49 681 9325-3016 Email beggel@mpi-inf.mpg.de Sven-Eric Schelhorn DEPT. 3 Computational Biology and Applied Algorithmics Phone [...] development and therapy optimization. The advent of next-generation sequencing technologies resulted in a dramatic drop in cost and increase in throughput of genome sequencing. However, the computational and

of coreceptor usage. This could provide information on the mechanism of interaction between the V3 loop and the coreceptor and can potentially lead to new measures to attack HIV. Analysis of different [...] to improve antibody tests and are consequently an important step on the way towards developing a universal vaccine against HIV. Nico Pfeifer DEPT. 3 Computational Biology and Applied AlgorithmicsPhone [...] Genomes Protein Structure and Interactions Bioinformatical Support of HIV Therapy Analysis of Viral Genomes Using Next-generation Sequencing Attacking HIV from New Angles Networks and Phylogenies: Understanding

Bioinformatics Networks and Phylogenies: Understanding Disease Spread and Evolution Networks and Phylogenies: Understanding Disease Spread and Evolution Glenn Lawyer Networks and Phylogenies: Understanding [...] Glenn Lawyer DEPT. 3 Computational Biology and Applied Algorithmics Phone +49 681 9325-3007 Email lawyer@mpi-inf.mpg.de Structural Variation in Genomes Protein Structure and Interactions Bioinformatical Support [...] Understanding Disease Spread and Evolution Network models of disease spread Networks, where nodes represent individuals or groups, and edges the connections between them, have become the premier mathematical structure

limited expressive power and their inherent ambiguities. As a result and despite enormous efforts, scene understanding remained an illusive goal even for relatively constrained and simple scenes. Disappointed [...] performance levels, we believe that computer vision should reinvestigate the problem to automatically understand 3D scenes from still images and video sequences. Robotics and automotive applications Robotics [...] clearly of major scientific and commercial interest. Therefore, we use the recognition of pedestrians and cars from a moving camera mounted on a vehicle or robot as a test case and running example for our

his face and kisses him passionately. Script: For the first time in her life, she stops thinking and grabs Mike and kisses the hell out of him. Anna Rohrbach DEPT. 2 Computer Vision and Multimodal Computing [...] Computing Phone +49 681 9325-2111 Email arohrbach@mpi-inf.mpg.de Marcus Rohrbach DEPT. 2 Computer Vision and Multimodal Computing Phone +49 681 9325-2111 Email rohrbach@mpi-inf.mpg.de Describing Videos with Natural [...] dataset of movies and associated textual descriptions. We make use of two sources of text data, namely movie scripts (screenplays) and audio descriptions available for many DVDs and Blu-rays. Audio de