Parametric estimation of two-dimensional affine transformations [object recognition applications]. - Rami R. Hagege; Joseph M. Francos (ICASSP (3), 2004)

Parametric estimation of multi-dimensional affine transformations: an exact linear solution [image recognition applications]. - Rami R. Hagege; Joseph M. Francos (ICASSP (2), 2005)

Linear Estimation of Sequences of Multi-Dimensional Affine Transformations. - Rami R. Hagege; Joseph M. Francos (ICASSP (2), 2006)

Decoupled sequential estimation of homeomorphic deformations. - Rami R. Hagege; Joseph M. Francos (SIP, 2007)

Registration of joint geometric and radiometric image deformation. - Shahar Z. Kovalsky; Rami R. Hagege; Joseph M. Francos (SIP, 2007)

Estimation of orientation and affine transformations of a 3-dimensional object. - Rami Shallom; Rami R. Hagege; Joseph M. Francos (SIP, 2007)

Joint detection, segmentation, and registration of elastically deformable objects. - Gilad Cohen; Joseph M. Francos; Rami R. Hagege (ACSCC, 2008)

Joint segmentation and registration of elastically deformable objects. - Gilad Cohen; Joseph M. Francos; Rami R. Hagege (ICPR, 2008)

Estimation of affine geometric transformations of several objects from global measurements. - Rami R. Hagege; Joseph M. Francos (MMSP, 2009)

Parametric Estimation of Affine Transformations: An Exact Linear Solution. - Rami R. Hagege; Joseph M. Francos (J. Math. Imaging Vis., 2010)

Decoupled Linear Estimation of Affine Geometric Deformations and Nonlinear Intensity Transformations of Images. - Shahar Z. Kovalsky; Guy Cohen; Rami R. Hagege; Joseph M. Francos (IEEE Trans. Pattern Anal. Mach. Intell., 2010)

Parametric modeling and linear estimation of elastic deformations. - Nadav Geva; Rami R. Hagege; Joseph M. Francos (ICASSP, 2011)

Universal manifold embedding for geometric deformations estimation. - Rami R. Hagege; Joseph M. Francos (ISIT, 2011)

Object detection and recognition using structured dimensionality reduction. - Ran Sharon; Joseph M. Francos; Rami R. Hagege (GlobalSIP, 2013)

Linear Estimation of Time-Warped Signals. - Rami R. Hagege; Joseph M. Francos (IEEE Trans. Inf. Theory, 2013)

Point matching via affine region expansion. - Erez Farhan; Rami R. Hagege (ICIP, 2014)

Affine estimation via region expansion. - Erez Farhan; Rami R. Hagege (SSP, 2014)

Scene appearance model based on spatial prediction. - Rami R. Hagege (Mach. Vis. Appl., 2014)

Detection and recognition of deformable objects using structured dimensionality reduction. - Ran Sharon; Rami R. Hagege; Joseph M. Francos (ICASSP, 2015)

Geometric Expansion for Local Feature Analysis and Matching. - Erez Farhan; Rami R. Hagege (SIAM J. Imaging Sci., 2015)

Amplitude Modulated Video Camera - Light Separation in Dynamic Scenes. - Amir Kolaman; Maxim Lvov; Rami R. Hagege; Hugo Guterman (CVPR, 2016)

Geometry and radiometry invariant matched manifold detection and tracking. - Ran Sharon; Erez Farhan; Rami R. Hagege; Joseph M. Francos (ICASSP, 2016)

2D-3D Pose Estimation of Heterogeneous Objects Using a Region Based Approach. - Jonathan Hexner; Rami R. Hagege (Int. J. Comput. Vis., 2016)

Universal Manifold Embedding for Geometrically Deformed Functions. - Rami R. Hagege; Joseph M. Francos (IEEE Trans. Inf. Theory, 2016)

Local Region Expansion: a Method for Analyzing and Refining Image Matches. - Erez Farhan; Elad Meir; Rami R. Hagege (Image Process. Line, 2017)

Geometry and Radiometry Invariant Matched Manifold Detection. - Ran Sharon; Joseph M. Francos; Rami R. Hagege (IEEE Trans. Image Process., 2017)

Dynamic Spatial Predicted Background for Video Surveillance. - Yaniv Tocker; Rami R. Hagege; Joseph M. Francos (ICIP, 2019)

Motion Segmentation Using Locally Affine Atom Voting. - Erez Posner; Rami R. Hagege (CoRR, 2019)

Light Invariant Video Imaging for Improved Performance of Convolution Neural Networks. - Amir Kolaman; Dan Malowany; Rami R. Hagege; Hugo Guterman (IEEE Trans. Circuits Syst. Video Technol., 2019)

Dynamic Spatial Predicted Background. - Yaniv Tocker; Rami R. Hagege; Joseph M. Francos (IEEE Trans. Image Process., 2020)