| Computer Vision Systems Group |
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 | Description |
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| | The research area of the Computer Vision Systems Group, created in 1987, is quantitative analysis of 2D and 3D images.
Dr Ryszard Winiarczyk, a co-founder of the group, was in charge of it for well over a decade. Today, the group is led by dr Krzysztof Skabek.
Our research is published in many reviews and at conferences, but their main output is practical applications in such areas as medicine, forensic science or various branches of the industry. Most members of the group are also active as academic teachers, at the Silesian Institute of Technology (Faculty of Automatic Control, Electronics
and Computer Science), as well as at the Universit |
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 | Team leader |
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| | PhD Krzysztof Skabek |
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 | Team members |
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| | Prof. Ryszard Jakubowski |
| | PhD Leszek Luchowski |
| | PhD Agnieszka Tomaka |
| | PhD Dariusz Pojda |
| | PhD Przemysław Kowalski |
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 | Team homepage |
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| | http://www.iitis.gliwice.pl/zksw/index.php?lang=en |
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 | Projects |
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| | [1] Computerized, parametric and deformable geometric model of the human head for the purposes of its reconstruction and of the analysis and modeling of its growth (własny 3 T11F 004 27, 2004-2006)
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| | [2] Multisensory perception, representation and analysis of 3D shapes by computer, taking into account the presence of incomplete and imprecise information (własny 3 T11C 028 27, 2004-2006)
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 | Publications |
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| | [1] Building the Models of Cultural Heritage Objects Using Multiple 3D Scanners. 2009. |
| | [2] Computer Vision Support for the Orthodontic Diagnosis. 2009. |
| | [3] Implementation of Progressive Meshes for Hierarchical Representation of Cultural Artifacts. 2009. |
| | [4] Laboratory of the Exploration of Virtual 3D Environments. 2009. |
| | [5] Network Transmission of 3D Mesh Data Using Progressive Representation. 2009. |
| | [6] Modeling of Internet 3D Traffic Using Hidden Markov Models. 2009. |
| | [7] Correction of error in 3D reconstruction induced by CT gantry tilt. 2008. |
| | [8] Implementation of Progressive Meshes for Hierarchical Representation of Cultural Artifacts. 2008. |
| | [9] On Analyzing Symmetry of Objects Using Elastic Deformations. 2008. |
| | [10] Porównanie technik digitalizacji obiektów przestrzennych dla potrzeb wirtualnego muzeum. 2008. |
| | [11] Automatic Mering of 3D atribute meshes.. 2007. |
| | [12] Digital dental models and 3D patient photographs registration for orthodontic documentation and diagnostic purposes. 2007. |
| | [13] Stability of feature points defined by approximating quadric surfaces. 2007. |
| | [14] Automatic Registration and Merging of 3D Surface Scans of Human Head. 2006. |
| | [15] Bringing into Register Incomplete Range Images of Cultural Artifacts. 2006. |
| | [16] Computer system for the analysis of facial features based on 3d surface scans.. 2006. |
| | [17] Computer System for the Registration and Fusion of Multimodal Images for the Purposes of Orthodontics. 2006. |
| | [18] Model of the oculomotoric system for diagnosis of Squint. 2006. |
| | [19] Segmenting 3d mesh images of the human face by local quadric parameterization. 2006. |
| | [20] System for facial tissue reconstruction based on dowel method. 2006. |
| | [21] The application of 3D Computer Vision in orthodontics. 2006. |
| | [22] The proposed system for orthodontic surgery. 2006. |
| | [23] 3D head surface scanning techniques for orthodontics.. 2005. |
| | [24] Landmarks Identification Using Active Appearance Model. 2005. |
| | [25] Multiple-view stereo matching of points using epipolar constraints and relaxation. 2005. |
| | [26] The application of 3D surfaces scanning in the facial features analysis. 2005. |
| | [27] Using active models for finding landmarks. 2005. |
| | [28] Gromadzenie oraz upowszechnianie obiektów wirtualnych. 2005. |
| | [29] Iteracyjna metoda integracji sceny przestrzennej z wykorzystaniem grafów struktury. 2005. |
| | [30] Wykorzystanie skanera 3D do tworzenia obiektów wirtualnych. 2005. |
| | [31] Zastosowanie brzegowej reprezentacji przebadanej przestrzeni dla wyboru kolejnego punktu widokowego. 2005. |
| | [32] Interacyjna metoda integracji sceny przestrzennej z wykorzystaniem grafów struktury. 2004. |
| | [33] Model of the oculomotoric system for diagnosis of Squint. 2004. |
| | [34] Pozyskiwanie informacji o scenie 3D z zastosowaniem aktywnego stereowidzenia. 2004. |
| | [35] Wybór punktu widokowego w systemach aktywnej wizji komputerowej. 2004. |
| | [36] Zastosowanie brzegowej reprezentacji przebadanej przestrzeni dla wyboru kolejnego punktu widokowego. 2004. |
| | [37] Rozpraszanie obliczeń w pakiecie Khoros. 2004. |
| | [38] Computer-aided longitudinal description of
deformation and its application to craniofacial growth in humans. 2003. |
| | [39] Komputerowa reprezentacja oraz prezentacja i graficzna edycja krzywoliniowych obiektów 3d. 2003. |
| | [40] Multilayer model of the oculomothoric system for computer based diagnosis of squint. 2003. |
| | [41] Stereovision Techniques for the Three-Dimensional Cephalogram. 2003. |
| | [42] Algorithm for fusion of 3D scene by subgraph isomorphism with procrustes analysis. 2002. |
| | [43] Algorytm nawigacji aktywnej głowicy stereowidzącej. 2002. |
| | [44] Detekcja i opis deformacji struktur na podstawie sekwencji obrazów cyfrowych. 2002. |
| | [45] Indoor navigation and recognition using stereovision. 2002. |
| | [46] System for toolmark analysis in forensic laboratory. 2002. |
| | [47] The active stereovision head: hardware and low-level software. 2002. |
| | [48] Viewpoint selection while exploring a compact polyhedral scene. 2002. |
| | [49] Viewpoint selection while exploring a compact polyhedral scene. 2002. |
| | [50] Active stereovision head navigation strategies. 2001. |
| | [51] Detekcja i opis deformacji struktur na podstawie sekwencji obrazów cyfrowych. 2001. |
| | [52] Feature-based Modelling System Based on Sweeping Operation Technique. 2001. |
| | [53] Full scene recognition using navigation in single-view areas. 2001. |
| | [54] Landmark-based quantitative description of deformation. 2001. |
| | [55] Przetwarzanie informacji wizyjnej w komputerowym systemie z mobilną głowicą stereowizyjną. 2001. |
| | [56] Computer-assisted analysis of striated toolmarks and impressions. 2000. |
| | [57] Oprogramowanie dla sterowania aktywną głowicą stereowizyjną. 2000. |
| | [58] Symulator widoków wielościanów uzyskiwanych za pomocą głowicy stereowizualnej – implementacja i zastosowania. 2000. |
| | [59] Zastosowanie systemu OBER2 dla objektywizacji badań pola widzenia. 2000. |
| | [60] Zastosowanie systemu OBER2 w diagnostyce zeza. 2000. |
| | [61] A Structural Approach to Representation of 3D-objects. 1999. |
| | [62] Komputerowe metody oceny deformacji twarzo-czaszki na podstawie sekwencji teleradiogramów. 1999. |
| | [63] Mobile Stereovision Strategies. 1999. |
| | [64] Model-based 3D-Shape Recovery by Aspect Graphs. 1999. |
| | [65] Narzędzia programowe dla aktywnej głowicy stereowizyjnej. 1999. |
| | [66] Programowe platformy dla zagadnień wizji komputerowej. 1999. |
| | [67] Software Tool for Microscope Image Comparison (SOMIC). 1999. |
| | [68] Structural approach to extraction and analysis of 3D features representing machining operations. 1999. |
| | [69] Structural Method in Perceptual Organization of 2D-curve Detection, Representation and Analysis. 1999. |
| | [70] Structural/Syntactic Methods in Perceptual Organization of Shape Modelling and Analysis. 1999. |
| | [71] Trójwymiarowa komputerowa ocena deformacji twarzowej części czaszki w oparciu o analizę par wzajemnie prostopadłych teleradiogramów. 1999. |
| | [72] Wydajność mechanizmów komunikacji systemu QNX. 1999. |
| | [73] Data Types and Operations for Striated Toolmark Identification. 1998. |
| | [74] Displacement and rotation estimation by cluster matching. 1998. |
| | [75] Kryteria pasowania punktów charaktery-stycznych w stereowizji. 1998. |
| | [76] Wybrane aspekty implementacji analizy wzrostu twarzo-czaszki metodą tensorów. 1998. |
| | [77] Application of the Hough Transform to Detection of Hollow Rectangular Features in an Incomplete Image. 1997. |
| | [78] Detekcja i estymacja parametrów ruchu z wykorzystaniem klasteryzacji. 1997. |
| | [79] Model procesu tworzenia obrazu rentgenowskiego. 1997. |
| | [80] A new method to threshold images of flat binary scenes under uneven lighting. 1995. |
| | [81] Estimating of the Influence of X-Ray Imaging System Geometry on Conditions of Edge Detection in Images. 1995. |
| | [82] Komputerowa reprezentacja oraz prezentacja i graficzna edycja krzywoliniowych obiektów 3d. 1993. |