Department of Pattern Recognition
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Topics (57)
3D Data Modelling (13)
3D Objects Measurement (2)
Bidirectional Texture Function Modelling (7)
BTF Measurement (1)
Virtual Reality (3)
Benchmarking (2)
Classification (4)
Content Based Image Retrieval (CBIR) (1)
Dynamic Textures (3)
Colour Dynamic Textures Synthesis (1)
Dynamic Texture Modelling (1)
Illumination and Rotation Invariance (1)
Image & Video Analysis / Processing (11)
Image Retrieval (2)
Image Segmentation (5)
Image Sequence Restoration (2)
Remote Sensing (1)
Texture Synthesis (1)
Machine Learning (11)
Mixture Models (11)
Application of Distribution Mixtures (3)
Feature Selection (4)
Mammogram Enhancement (2)
Mathematical Image Modelling (1)
Medical Image Recognition (1)
Pattern Recognition (1)
Probabilistic Expert Systems (1)
Probabilistic Neural Networks (2)
Probabilistic Texture Synthesis (5)
Sampling Based Texture Synthesis (2)
Spatial Data Modelling (1)
Statistical Pattern Recognition (8)
Document Classification (1)
Textural Features (1)
Texture Editing (1)
Texture Segmentation (2)
Visual quality measures (1)
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Prof. Ing. Michal Haindl, DrSc. FIAPR
Position:
head of the department
Address:
Pod Vodárenskou věží 4, CZ-182 08, Praha 8, Czech Republic
Phone:
+420 26605 2350
Fax:
+420 284683031
Room (office):
470
Email:
haindl
[at]
utia [dot] cas [dot] cz
Publications:
list
Research interest:
Spatial Data Modelling
,
Pattern Recognition
,
Virtual Reality
Current students
Nahidbanu Shaikh
Oleksandr Korotetskyi
Former students
Martin Hatka
Michal Havlíček
Mikuláš Krupička
Václav Remeš
Radek Richtr
Stanislav Mikeš
Vojtěch Havlíček
Pavel Žid
Pavel Vácha
Jiří Filip
Miloš Kudělka
Radomír Vávra
Demos
Diagnostic Enhancement of Screening Mammograms by Means of Local Texture Models
Image Retrieval Measures Based on Illumination Invariant Textural MRF Features
Fast BTF Texture Modelling
Virtual Reality
Query by Pictorial Example
Fast Synthesis of Dynamic Colour Textures
Texture Tiling and Patching With a Novel Path Search Algorithm for Quick and Realistic Texture Synthesis
A Roller - Fast Sampling-Based Texture Synthesis Algorithm
Non-linear Reflectance Model for Bidirectional Texture Function Synthesis
BTF Modelling Using 3D CAR Model
A Fast Model-Based Restoration of Colour Movie Scratches
Texture Modelling by Discrete Distribution Mixtures
Texture Synthesis Using Single-Scale / Multiple-Scale Markov Random Field Models
Texture Segmentation Using Recursive Markov Random Field Parameter Estimation
Fast Segmentation of Planar Surfaces in Range Images
Range Image Segmentation by Curve Grouping
Fast Bidirectional Texture Function Modeling based on 2D Causal Auto-Regressive model
Bidirectional Texture Function Simultaneous Autoregressive Model
A Moving Average Bidirectional Texture Function Model
Dynamic Textures Modeling
A Compound Moving Average Bidirectional Texture Function Model