ICCVG 2010: Warsaw, Poland

Computer Vision and Graphics

• Wlodzimierz Kasprzak, Lukasz Czajka, Artur Wilkowski:
  A Constraint Satisfaction Framework with Bayesian Inference for Model-Based Object Recognition. 1-8
  
• Peter Kapec:
  Visual Programming Environment Based on Hypergraph Representations. 9-16
  
• Rafal Henryk Kartaszynski, Pawel Mikolajczak:
  MRI Brain Segmentation Using Cellular Automaton Approach. 17-24
  
• Damian Karwowski, Marek Domanski:
  Improved Context-Based Adaptive Binary Arithmetic Coding in MPEG-4 AVC/H.264 Video Codec. 25-32
  
• Artur Klepaczko, Piotr M. Szczypinski, Piotr Daniel, Marek Pazurek:
  Local Polynomial Approximation for Unsupervised Segmentation of Endoscopic Images. 33-40
  
• Ivana Kolingerová, Josef Kohout, Michal Rulf, Václav Uher:
  A Proper Choice of Vertices for Triangulation Representation of Digital Images. 41-48
  
• Jacek Komorowski, Przemyslaw Rokita:
  A Method for Novel Face View Synthesis Using Stereo Vision. 49-56
  
• Anatoly Kornev, Laurent Babout, Marcin Janaszewski, Hugues Talbot:
  Outer Surface Reconstruction for 3D Fractured Objects. 57-64
  
• Tomasz Kornuta:
  Application of the FraDIA Vision Framework for Robotic Purposes. 65-72
  
• Lenka Krulikovská, Michal Mardiak, Juraj Pavlovic, Jaroslav Polec:
  Video Analysis Based on Mutual Information. 73-80
  
• Tim Kubertschak, Rico Nestler, Torsten Machleidt, Karl-Heinz Franke:
  Speeding Up Powerful State-of-the-Art Restoration Methods with Modern Graphics Processors. 81-88
  
• Jaroslaw Konrad Lipowski:
  Multi-layered Framebuffer Condensation: The l-buffer Concept. 89-97
  
• Yonghuai Liu, Ralph R. Martin, Longzhuang Li, Baogang Wei:
  Accurate Overlap Area Detection Using a Histogram and Multiple Closest Points. 98-109
  
• Przemyslaw Mackowiak:
  Automatic Extraction of the Lower Boundary of the Mandibular Bone in Dental Panoramic Radiographs. 110-117
  
• Slawomir Mackowiak, Jacek Konieczny, Maciej Kurc, Przemyslaw Mackowiak:
  Football Player Detection in Video Broadcast. 118-125
  
• Marcin Michalak, Adam Switonski:
  Spectrum Evaluation on Multispectral Images by Machine Learning Techniques. 126-133
  
• Helmi Adly Mohd. Noor, Rosziati Ibrahim:
  Fatigue Detector Using Eyelid Blinking and Mouth Yawning. 134-141
  
• Silvia Moreno, Sandra L. Caicedo, Tonny Strulovic, Juan Carlos Briceño, Fernando Briceño, Soledad Gomez, Marcela Hernández Hoyos:
  Inferior Maxillary Bone Tissue Classification in 3D CT Images. 142-149
  
• Krzysztof Okarma, Aleksandra Mietus, Mateusz Teclaw:
  Vector Median Splatting for Image Based Rendering. 150-157
  
• Wieslaw Pamula:
  Feature Extraction Using Reconfigurable Hardware. 158-165
  
• Maryam Panjeh Fouladgaran, Aki Mankki, Lasse Lensu, Jari Käyhkö, Heikki Kälviäinen:
  Automated Counting and Characterization of Dirt Particles in Pulp. 166-174
  
• Mariusz Paradowski, Andrzej Sluzek:
  Keypoint-Based Detection of Near-Duplicate Image Fragments Using Image Geometry and Topology. 175-182
  
• Przemyslaw Wiktor Pardel, Konrad W. Wojciechowski:
  Three Cameras Method of Light Sources Extraction in Augmented Reality. 183-192
  
• Jan Piecha, Marcin Staniek:
  The Context-Sensitive Grammar for Vehicle Movement Description. 193-202
  
• Maria Pietruszka, Dominik Szajerman:
  The Method for Verifying Correctness of the Shape's Changes Calculation in the Melting Block of Ice. 203-210
  
• Bartlomiej Placzek:
  A Real Time Vehicle Detection Algorithm for Vision-Based Sensors. 211-218
  
• Marcin Raniszewski:
  Sequential Reduction Algorithm for Nearest Neighbor Rule. 219-226
  
• Boguslaw Rymut, Bogdan Kwolek:
  GPU-Supported Object Tracking Using Adaptive Appearance Models and Particle Swarm Optimization. 227-234
  
• Jairo R. Sánchez, Hugo Álvarez, Diego Borro:
  GFT: GPU Fast Triangulation of 3D Points. 235-242
  
• Hamid Sarve, Joakim Lindblad, Carina B. Johansson, Gunilla Borgefors:
  Methods for Visualization of Bone Tissue in the Proximity of Implants. 243-250
  
• Adam Schmidt, Marek Kraft, Andrzej J. Kasinski:
  An Evaluation of Image Feature Detectors and Descriptors for Robot Navigation. 251-259
  
• Adam Schmidt, Andrzej J. Kasinski:
  The Visual SLAM System for a Hexapod Robot. 260-267
  
• Andrzej Skalski, Pawel Turcza, Tomasz P. Zielinski:
  Displacement Calculation of Heart Walls in ECG Sequences Using Level Set Segmentation and B-Spline Free Form Deformations. 268-275
  
• Joanna Porter-Sobieraj, Maciej Swiechowski:
  Fast and Accurate Machined Surface Rendering Using an Octree Model. 276-283
  
• Michal Stanek, Bartosz Broda, Halina Kwasnicka:
  PATSI - Photo Annotation through Finding Similar Images with Multivariate Gaussian Models. 284-291
  
• Olgierd Stankiewicz, Krzysztof Wegner:
  Generation of Temporally Consistent Depth Maps Using Nosie Removal from Video. 292-299
  
• Nanik Suciati, Koichi Harada:
  Smooth Detail Features on Multiresolution Surface. 300-308
  
• Rafal Swiderski, Barbara Strug:
  Using Parallel Graph Transformations in Design Support System. 309-316
  
• Michal Swiercz, Marcin Iwanowski:
  Fast, Parallel Watershed Algorithm Based on Path Tracing. 317-324
  
• Adam Switonski, Marcin Michalak, Henryk Josinski, Konrad W. Wojciechowski:
  Detection of Tumor Tissue Based on the Multispectral Imaging. 325-333
  
• Adam Szczepanski, Khalid Saeed, Alois Ferscha:
  A New Method for ECG Signal Feature Extraction. 334-341
  
• Zelmira Tóthová, Jaroslav Polec, Tatiana Orgoniková, Lenka Krulikovská:
  Error Concealment Method Selection in Texture Images Using Advanced Local Binary Patterns Classifier. 342-349
  
• Tomás Vomácka, Ivana Kolingerová:
  Early Warning System for Air Traffic Control Using Kinetic Delaunay Triangulation. 350-356
  
• Adam Wojciechowski, Grzegorz Wróblewski:
  GPU Calculated Camera Collisions Detection within a Dynamic Environment. 357-366
  
• Andrzej Zacher:
  Utilization of Multi-spectral Images in Photodynamic Diagnosis. 367-375
  
• Andrzej Zacher:
  The Spectral Analysis of Human Skin Tissue Using Multi-spectral Images. 376-384
  
• Maria A. Zuluaga, Edgar J. F. Delgado Leyton, Marcela Hernández Hoyos, Maciej Orkisz:
  Can the Coronary Artery Centerline Extraction in Computed Tomography Images Be Improved by Use of a Partial Volume Model? 385-392
  

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