Publications

bibtex file with publications

 

PhD Thesis

  • Wolfrum, P.: 2008, Information Routing, Correspondence Finding, and Object Recognition in the Brain. Goethe University Frankfurt, Dept. of Computer Science and Mathematics

    • An extended version of the thesis has been published with Springer, see the preview at GoogleBooks

     

    Peer-reviewed publications

  • Wolfrum, P., Wolff, C., Lücke, J. and von der Malsburg, C.: 2008, A Recurrent Dynamic Model for Correspondence-Based Face Recognition. Journal of Vision, Volume 8, Number 7, pp. 1-18.

  • Wolfrum, P., Lücke, J. and von der Malsburg, C.: 2008, Invariant Face Recognition in a Network of Cortical Columns. Proc. International Conference on Computer Vision Theory and Applications, Vol.2, pp 38-45.

  • Wolfrum, P. and von der Malsburg, C.: 2007, A Marker-based Model for the Ontogenesis of Routing Circuits. Proc. ICANN, Springer LNCS 4669, pp 1-8.

  • Wolfrum, P. and von der Malsburg, C.: 2007, What is the optimal architecture for visual information routing? Neural Computation 19(12):3293-3309

  • Sato, Y., Wolff, C., Wolfrum, P. and von der Malsburg, C.: 2007, Dynamic Link Matching between Feature Columns for Different Scale and Orientation. Proc. ICONIP, Springer LNCS 4984, pp 385-394.

  • Wolfrum, P., Vargas, A., Gallivan, M. and Allgöwer, F.: 2005, Complexity reduction of a thin film deposition model using a trajectory based nonlinear model reduction technique, Proc. American Control Conference, Portland, Oregon, pp. 2566-2571

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    Conference abstracts

  • Wolfrum, P. and von der Malsburg, C.: 2008, Attentional Processes in Correspondence-Based Object Recognition, Proc. COSYNE

  • Wolfrum, P. and von der Malsburg, C.: 2007, Correspondence Based Object Recognition with Networks of Cortical Columns, Proc. 7th Göttingen Meeting of the German Neuroscience Society

  • Lücke, J., Keck, C., Wolfrum, P., Wolff, C., Bouecke, J. and von der Malsburg, C.: 2007, Neural Feature Layers Can Establish Correspondences In Physiological Time, Proc. COSYNE, pp. 305

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    Unpublished older work

    At CNS, Boston University

    Differences in Musical Interval Processing by People With and Without Absolute Pitch

    Deriving Linear Filters to Reconstruct Ocular Dominance Patterns from White Noise

    Kalman Filter project

    At Hitachi Human Intelligence Laboratory, Japan

    Haptic Music Player Using a Fiberstone I/O Interface

    Diploma Thesis

    Model Complexity Reduction Using Nonlinear System Identification Methods