Fluschnik, T.[Till]
* 2016: Size Distribution, Scaling Properties and Spatial Organization of Urban Clusters: A Global and Regional Percolation Perspective, The
Flussef, J.[Jan]
* 2015: Image analysis of videokymographic data
Flusser, J.[Jan]
* 1992: Adaptive Method for Image Registration, An
* 1993: Character recognition by affine moment invariants
* 1993: Image Representations via a Finite Radon Transformation
* 1993: Pattern Recognition by Affine Moment Invariants
* 1994: Affine Moment Invariants: A New Tool For Character-Recognition
* 1994: moment-based approach to registration of images with affine geometric distortion, A
* 1995: features for recognition of projectively deformed point sets, The
* 1995: Image Features Invariant with Respect to Blur
* 1995: Object Matching by Means of Matching Likelihood Coefficients
* 1995: projective invariants for polygons, The
* 1996: Invariants for Recognition of Degraded 1-D Digital Signals
* 1996: Recognition of Blurred Images by the Method of Moments
* 1996: Vertex-Based Features for Recognition of Projectively Deformed Polygons
* 1997: Point projective and permutation invariants
* 1998: Degraded Image-Analysis: An Invariant Approach
* 1998: New Multichannel Blind Deconvolution Method and its Application to Solar Images, A
* 1999: Combined Invariants to Linear Filtering and Rotation
* 1999: Convex Layers: A New Tool for Recognition of Projectively Deformed Point Sets
* 1999: Landmark recognition using invariant features
* 1999: Robust detection of significant points in multiframe images
* 2000: Invariants to Convolution in Arbitrary Dimensions
* 2000: Multichannel Blind Deconvolution of the Short-exposure Astronomical Images
* 2000: On the independence of rotation moment invariants
* 2000: Point-based projective invariants
* 2000: Refined Moment Calculation Using Image Block Representation
* 2001: Features Invariant Simultaneously to Convolution and Affine Transformation
* 2002: Affine invariants of convex polygons
* 2002: Application of image processing for the conservation of the medieval mosaic
* 2002: Blur and affine moment invariants
* 2002: Estimation of camera planar motion from blurred images
* 2002: new wavelet-based measure of image focus, A
* 2002: On the inverse problem of rotation moment invariants
* 2003: Combined blur and affine moment invariants and their use in pattern recognition
* 2003: Construction of Complete and Independent Systems of Rotation Moment Invariants
* 2003: Image Registration Methods: A Survey
* 2003: Moment forms invariant to rotation and blur in arbitrary number of dimensions
* 2003: Multichannel blind iterative image restoration
* 2004: Graph method for generating affine moment invariants
* 2004: Invariants to convolution with circularly symmetric PSF
* 2004: Projective Moment Invariants
* 2004: Registration and Fusion of Blurred Images
* 2005: Moment Invariants for Recognizing Symmetric Objects
* 2005: Multichannel Blind Deconvolution of Spatially Misaligned Images
* 2005: Recognition of Partially Occluded and Deformed Binary Objects
* 2006: Generalized affine moment invariants for object recogn
* 2006: Resolution enhancement via probabilistic deconvolution of multiple degraded images
* 2006: Rotation Moment Invariants for Recognition of Symmetric Objects
* 2007: Cylindrical Phase Correlation Method
* 2007: Object Recognition by Implicit Invariants
* 2007: Polygonal shape description for recognition of partially occluded objects
* 2007: Restoration of Color Images Degraded by Space-Variant Motion Blur
* 2007: Unified Approach to Superresolution and Multichannel Blind Deconvolution, A
* 2008: Affine moment invariants generated by automated solution of the equations
* 2008: Extension of Moment Features' Invariance to Blur
* 2008: Recognition of Partially Occluded and Deformed Binary Objects
* 2008: Space-Variant Restoration of Images Degraded by Camera Motion Blur
* 2008: Superresolution and blind deconvolution of video
* 2009: 3D Rigid registration by cylindrical phase correlation method
* 2009: Affine Moment Invariants of Color Images
* 2009: Moments and Moment Invariants in Pattern Recognition
* 2010: Implicit Moment Invariants
* 2010: Refined Morphological Methods of Moment Computation
* 2011: Affine moment invariants generated by graph method
* 2011: Blur Invariants Constructed From Arbitrary Moments
* 2011: Tensor Method for Constructing 3D Moment Invariants
* 2012: Decomposition of binary images: A survey and comparison
* 2012: Rectangular Decomposition of Binary Images
* 2013: Blur Invariant Translational Image Registration for N-fold Symmetric Blurs
* 2013: comment on A novel approach for the registration of weak affine images, A
* 2013: Comparison of Leaf Recognition by Moments and Fourier Descriptors
* 2013: Invariants to Symmetrical Convolution with Application to Dihedral Kernel Symmetry
* 2013: Patch-based blind deconvolution with parametric interpolation of convolution kernels
* 2014: M3art: A Database of Models of Canvas Paintings
* 2014: Noise-Resistant Image Retrieval
* 2015: 3D rotation invariants by complex moments
* 2015: 3D rotation invariants of Gaussian-Hermite moments
* 2015: Projection Operators and Moment Invariants to Image Blurring
* 2015: Quaternion Wiener Deconvolution for Noise Robust Color Image Registration
* 2015: Recognition of Images Degraded by Gaussian Blur
* 2015: Registration of Images With N-Fold Dihedral Blur
* 2016: Decomposition of 3D Binary Objects into Rectangular Blocks
* 2016: Recognition of Images Degraded by Gaussian Blur
* 2016: Robust histogram-based image retrieval
* 2017: Feature Selection on Affine Moment Invariants in Relation to Known Dependencies
* 2017: Recognition of patterns in vector fields by Gaussian-hermite invariants
* 2018: Affine Moment Invariants of Vector Fields
* 2018: Rotation invariants of vector fields from orthogonal moments
* 2018: Rotation of 2D orthogonal polynomials
* 2019: Blur Invariant Template Matching Using Projection onto Convex Sets
* 2019: Image Invariants to Anisotropic Gaussian Blur
* 2019: On the Null-Space of the Shape-Color Moment Invariants
* 2019: Orthogonal Affine Invariants from Gaussian-Hermite Moments
* 2019: Robust Histogram Estimation Under Gaussian Noise
* 2020: Handling Gaussian blur without deconvolution
* 2021: Affine Invariants of Vector Fields
* 2021: Blur-Invariant Similarity Measurement of Images
* 2021: Combined Invariants to Gaussian Blur and Affine Transformation
* 2021: DCT/IDCT Filter Design for Ultrasound Image Filtering
* 2022: Non-separable rotation moment invariants
* 2023: 3d Non-separable Moment Invariants
* 2023: Blur Invariants for Image Recognition
* 2023: NERD: Neural Field-Based Demosaicking
* 2023: Real-Time Wheel Detection and Rim Classification in Automotive Production
Includes: Flusser, J.[Jan] Flusser, J.
103 for Flusser, J.