Biologically motivated computer vision. Second international workshop, BMCV 2002, Tübingen, Germany, November 22--24, 2002. Proceedings (Q1872774)

The articles of this volume will be reviewed individually. Indexed articles: \textit{Thorpe, Simon}, Ultra-rapid scene categorization with a wave of spikes, 1-15 [Zbl 1033.68925] \textit{Hansen, Thorsten; Neumann, Heiko}, A biologically motivated scheme for robust junction detection, 16-26 [Zbl 1033.68790] \textit{Kolesnik, Marina; Barlit, Alexander; Zubkov, Evgeny}, Iterative tuning of simple cells for contrast invariant edge enhancement, 27-37 [Zbl 1033.68831] \textit{Pellegrino, Felice Andrea; Vanzella, Walter; Torre, Vincent}, How the spatial filters of area V1 can be used for a nearly ideal edge detection, 38-49 [Zbl 1033.68884] \textit{Grigorescu, Cosmin; Petkov, Nicolai; Westenberg, Michel A.}, Improved contour detection by non-classical receptive field inhibition, 50-59 [Zbl 1033.68783] \textit{Hugues, Etienne; Guilleux, Florent; Rochel, Olivier}, Contour detection by synchronization of integrate-and-fire neurons, 60-69 [Zbl 1033.68793] \textit{Ishihara, Yukio; Morita, Satoru}, Reading speed and superiority of right visual field on foveated vision, 70-79 [Zbl 1033.68800] \textit{Mundhenk, T. Nathan; Itti, Laurent}, A model of contour integration in early visual cortex, 80-89 [Zbl 1033.68862] \textit{Santos, Luís M.; du Buf, J. M. Hans}, Computational cortical cell models for continuity and texture, 90-98 [Zbl 1033.68905] \textit{Thielscher, Axel; Schuboe, Anna; Neumann, Heiko}, A neural model of human texture processing: Texture segmentation vs. visual search, 99-108 [Zbl 1033.68924] \textit{Ouadfel, Salima; Batouche, Mohamed}, Unsupervised image segmentation using a colony of cooperating ants, 109-116 [Zbl 1033.68878] \textit{Wundrich, Ingo J.; von der Malsburg, Christoph; Würtz, Rolf P.}, Image reconstruction from Gabor magnitudes, 117-126 [Zbl 1033.68932] \textit{Bernardino, Alexandre; Santos-Victor, José}, A binocular stereo algorithm for log-polar foveated systems, 127-136 [Zbl 1033.68722] \textit{Dahlem, Markus A.; Wörgötter, Florentin}, Rotation-invariant optical flow by gaze-depended retino-cortical mapping, 137-145 [Zbl 1033.68752] \textit{Zanker, Johannes M.; Zeil, Jochen}, An analysis of the motion signal distributions emerging from locomotion through a natural environment, 146-156 [Zbl 1033.68941] \textit{Giese, Martin A.}, Prototypes of biological movements in brains and machines, 157-170 [Zbl 1033.68778] \textit{Franz, Matthias O.; Chahl, Javaan S.}, Insect-inspired estimation of self-motion, 171-180 [Zbl 1033.68771] \textit{Langer, Michael S.; Mann, Richard}, Tracking through optical snow, 181-188 [Zbl 1033.68839] \textit{Ben-Shahar, Ohad; Huggins, Patrick S.; Zucker, Steven W.}, On computing visual flows with boundaries: The case of shading and edges, 189-198 [Zbl 1033.68721] \textit{Kalberer, Gregor A.; Müller, Pascal; Van Gool, Luc}, Biological motion of speech, 199-206 [Zbl 1033.68812] \textit{Kersten, Daniel}, Object perception: Generative image models and Bayesian inference, 207-218 [Zbl 1033.68818] \textit{Kimia, Benjamin; Tamrakar, Amir}, The role of propagation and medial geometry in human vision, 219-229 [Zbl 1033.68826] \textit{Elder, James H.}, Ecological statistics of contour grouping, 230-238 [Zbl 1033.68766] \textit{Krüger, Norbert; Wörgötter, Florentin}, Statistics of second order multi-modal feature events and their exploitation in biological and artificial visual systems, 239-248 [Zbl 1033.68834] \textit{Sinha, Pawan}, Qualitative representations for recognition, 249-262 [Zbl 1033.68911] \textit{Oliva, Aude; Torralba, Antonio}, Scene-centered description from spatial envelope properties, 263-272 [Zbl 1033.68876] \textit{Knoblich, Ulf; Riesenhuber, Maximilian; Freedman, David J.; Miller, Earl K.; Poggio, Tomaso}, Visual categorization: How the monkey brain does it, 273-281 [Zbl 1033.68828] \textit{Maass, Wolfgang; Legenstein, Robert; Markram, Henry}, A new approach towards vision suggested by biologically realistic neural microcircuit models, 282-293 [Zbl 1033.68856] \textit{Bolme, David S.; Draper, Bruce A.}, Interpreting LOC cell responses, 294-300 [Zbl 1033.68728] \textit{Bayerl, Pierre; Neumann, Heiko}, Neural mechanisms of visual flow integration and segregation -- insights from the Pinna-Brelstaff illusion and variations of it, 301-310 [Zbl 1033.68720] \textit{Kogo, Naoki; Strecha, Christoph; Fransen, Rik; Caenen, Geert; Wagemans, Johan; Van Gool, Luc}, Reconstruction of subjective surfaces from occlusion cues, 311-321 [Zbl 1033.68829] \textit{Krüger, Norbert; Jäger, Thomas; Perwass, Christian}, Extraction of object representations from stereo image sequences utilizing statistical and deterministic regularities in visual data, 322-330 [Zbl 1033.68833] \textit{Cheoi, Kyungjoo; Lee, Yillbyung}, A method of extracting objects of interest with possible broad application in computer vision, 331-339 [Zbl 1033.68737] \textit{de Cunha, Darryl; Eadie, Leila; Adams, Benjamin; Hawkes, David}, Medical ultrasound image similarity measurement by human visual system (HVS) modelling, 340-347 [Zbl 1033.68951] \textit{Friedrich, Gil; Yeshurun, Yehezkel}, Seeing people in the dark: Face recognition in infrared images, 348-359 [Zbl 1033.68772] \textit{Neumann, Titus R.}, Modeling insect compound eyes: Space-variant spherical vision, 360-367 [Zbl 1033.68869] \textit{Park, Kang Ryoung; Lee, Jeong Jun; Kim, Jaihie}, Facial and eye gaze detection, 368-376 [Zbl 1033.68880] \textit{Loos, Hartmut S.; von der Malsburg, Christoph}, 1-click learning of object models for recognition, 377-386 [Zbl 1033.68852] \textit{Serre, Thomas; Riesenhuber, Maximilian; Louie, Jennifer; Poggio, Tomaso}, On the role of object-specific features for real world object recognition in biological vision, 387-397 [Zbl 1033.68910] \textit{Hamker, Fred H.; Worcester, James}, Object detection in natural scenes by feedback, 398-407 [Zbl 1033.68787] \textit{Koike, Takahiko; Saiki, Jun}, Stochastic guided search model for search asymmetries in visual search tasks, 408-417 [Zbl 1033.68830] \textit{Park, Sang-Jae; Shin, Jang-Kyoo; Lee, Minho}, Biologically inspired saliency map model for bottom-up visual attention, 418-426 [Zbl 1033.68882] \textit{Sun, Yaoru; Fisher, Robert}, Hierarchical selectivity for object-based visual attention, 427-438 [Zbl 1033.68919] \textit{Tsotsos, John K.; Pomplun, Marc; Liu, Yueju; Martinez-Trujillo, Julio C.; Simine, Evgueni}, Attending to motion: Localizing and classifying motion patterns in image sequences, 439-452 [Zbl 1033.68926] \textit{Navalpakkam, Vidhya; Itti, Laurent}, A goal oriented attention guidance model, 453-461 [Zbl 1033.68866] \textit{Ramström, Ola; Christensen, Henrik I.}, Visual attention using game theory, 462-471 [Zbl 1033.68893] \textit{Walther, Dirk; Itti, Laurent; Riesenhuber, Maximilian; Poggio, Tomaso; Koch, Christof}, Attentional selection for object recognition -- A gentle way, 472-479 [Zbl 1033.68929] \textit{van der Willigen, Robert Frans; von Campenhausen, Mark}, Audio-oculomotor transformation, 480-490 [Zbl 1033.68952] \textit{Graf, Arnulf B. A.; Wichmann, Felix A.}, Gender classification of human faces, 491-500 [Zbl 1033.68782] \textit{Hwang, Bon-Woo; Lee, Seong-Whan}, Face reconstruction from partial information based on a morphable face model, 501-510 [Zbl 1033.68794] \textit{Kim, Jeounghoon}, Dynamics of face categorization, 511-518 [Zbl 1033.68821] \textit{Kumar, Vinay P.; Poggio, Tomaso}, Recognizing expressions by direct estimation of the parameters of a pixel morphable model, 519-527 [Zbl 1033.68835] \textit{Ilg, Winfried; Giese, Martin}, Modeling of movement sequences based on hierarchical spatial-temporal correspondence of movement primitives, 528-537 [Zbl 1033.68798] \textit{Giese, Martin A.; Knappmeyer, Barbara; Bülthoff, Heinrich H.}, Automatic synthesis of sequences of human movements by linear combination of learned example patterns, 538-547 [Zbl 1033.68779] \textit{Bray, Alistair}, An adaptive hierarchical model of the ventral visual pathway implemented on a mobile robot, 548-557 [Zbl 1033.68731] \textit{Chung, Daesu; Hirata, Reid; Mundhenk, T. Nathan; Ng, Jen; Peters, Rob J.; Pichon, Eric; Tsui, April; Ventrice, Tong; Walther, Dirk; Williams, Philip; Itti, Laurent}, A new robotics platform for neuromorphic vision: Beobots, 558-566 [Zbl 1033.68746] \textit{Natale, Lorenzo; Rao, Sajit; Sandini, Giulio}, Learning to act on objects, 567-575 [Zbl 1033.68865] \textit{Rushton, Simon K.; Wen, Jia; Allison, Robert S.}, Egocentric direction and the visual guidance of robot locomotion background, theory and implementation, 576-591 [Zbl 1033.68902] \textit{Zufferey, Jean-Christophe; Floreano, Dario; van Leeuwen, Matthijs; Merenda, Tancredi}, Evolving vision-based flying robots, 592-600 [Zbl 1033.68950] \textit{Kang, Seonghoon; Lee, Seong-Whan}, Object detection and classification for outdoor walking guidance system, 601-610 [Zbl 1033.68815] \textit{Yu, Chen; Ballard, Dana H.}, Understanding human behaviors based on eye-head-hand coordination, 611-619 [Zbl 1033.68939] \textit{Stürzl, Wolfgang; Mallot, Hanspeter A.}, Vision-based homing with a panoramic stereo sensor, 620-628 [Zbl 1033.68917] \textit{Edelman, Shimon; Intrator, Nathan; Jacobson, Judah S.}, Unsupervised learning of visual structure, 629-642 [Zbl 1033.68765] \textit{Schwaninger, Adrian; Lobmaier, Janek S.; Collishaw, Stephan M.}, Role of featural and configural information in familiar and unfamiliar face recognition, 643-650 [Zbl 1033.68908] \textit{Wallraven, Christian; Schwaninger, Adrian; Schuhmacher, Sandra; Bülthoff, Heinrich H.}, View-based recognition of faces in man and machine: Re-visiting inter-extra-ortho, 651-660 [Zbl 1033.68928]