Frucci, M.
* 1991: Reversible Skeletonization by (5,7,11)-Erosion
* 1994: Parallel skeletonization by directional information
* 1995: Line representation of elongated shapes
* 1996: Shape Decomposition by (D1,D2)-Weighted Selection and Directional Information
* 2000: Image Processing Tools for Fresco Restoration
* 2001: Spatial Relations among Pattern Subsets as a Guide for Skeleton Pruning
* 2007: Using resolution pyramids for watershed image segmentation
* 2007: Watershed Segmentation Via Case-Based Reasoning
* 2008: Image Segmentation Via Iterative Histogram Thresholding and Morphological Features Analysis
* 2009: New Technique for Image Magnification, A
* 2009: Reconnecting Broken Ridges in Fingerprint Images
* 2011: New Algorithm for Image Segmentation via Watershed Transformation, A
* 2012: Automatic Image Scaling Up Algorithm, An
* 2013: Using the Watershed Transform for Iris Detection
* 2014: IDEM: Iris DEtection on Mobile Devices
* 2015: BIRD: Watershed Based IRis Detection for mobile devices
* 2016: Direction-Based Segmentation of Retinal Blood Vessels
* 2016: insight on eye biometrics, An
* 2016: Partial Matching of Finger Vein Patterns Based on Point Sets Alignment and Directional Information
* 2016: Severe: Segmenting vessels in retina images
* 2016: WIRE: Watershed based iris recognition
* 2017: Human skin detection through correlation rules between the YCb and YCr subspaces based on dynamic color clustering
* 2017: Retinal Vessels Segmentation Based on a Convolutional Neural Network
* 2017: Unsupervised Approach for Eye Sclera Segmentation, An
* 2018: Multi-classification of Breast Cancer Histology Images by Using a Fine-Tuning Strategy
* 2019: Segmentation of Pigment Signs in Fundus Images for Retinitis Pigmentosa Analysis by Using Deep Learning
* 2022: Exploring a Transformer Approach for Pigment Signs Segmentation in Fundus Images
Includes: Frucci, M. Frucci, M.[Maria]
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Fruchter, R.
* 2017: Are They Paying Attention? A Model-Based Method to Identify Individuals' Mental States