F-Measure as the Error Function to Train Neural Networks. - Joan Pastor-Pellicer; Francisco Zamora-Martínez; Salvador España Boquera; María José Castro Bleda (IWANN (1), 2013)

Handwriting Normalization by Zone Estimation Using HMM/ANNs. - Joan Pastor-Pellicer; Salvador España Boquera; Francisco Zamora-Martínez; María José Castro Bleda (ICFHR, 2014)

Document Image Binarization using LSTM: A Sequence Learning Approach. - Muhammad Zeshan Afzal; Joan Pastor-Pellicer; Faisal Shafait; Thomas M. Breuel; Andreas Dengel 001; Marcus Liwicki (HIP@ICDAR, 2015)

A combined Convolutional Neural Network and Dynamic Programming approach for text line normalization. - Joan Pastor-Pellicer; Salvador España Boquera; María José Castro Bleda; Francisco Zamora-Martínez (ICDAR, 2015)

Combining Learned Script Points and Combinatorial Optimization for Text Line Extraction. - Joan Pastor-Pellicer; Angelika Garz; Rolf Ingold; María José Castro Bleda (HIP@ICDAR, 2015)

Insights on the Use of Convolutional Neural Networks for Document Image Binarization. - Joan Pastor-Pellicer; Salvador España Boquera; Francisco Zamora-Martínez; Muhammad Zeshan Afzal; María José Castro Bleda (IWANN (2), 2015)

esCam: A Mobile Application to Capture and Enhance Text Images. - Joan Pastor-Pellicer; María José Castro Bleda; Jose Luis Adelantado-Torres (IWANN (2), 2015)

NoisyOffice. - S. Espaa-Boquera; Joan Pastor-Pellicer; María José Castro Bleda; F. Zamora-Martinez (UCI Machine Learning Repository, 2015)

Complete System for Text Line Extraction Using Convolutional Neural Networks and Watershed Transform. - Joan Pastor-Pellicer; Muhammad Zeshan Afzal; Marcus Liwicki; María José Castro Bleda (DAS, 2016)

Handwriting recognition by using deep learning to extract meaningful features. - Joan Pastor-Pellicer; María José Castro Bleda; Salvador España Boquera; Francisco Zamora-Martínez (AI Commun., 2019)

The NoisyOffice Database: A Corpus To Train Supervised Machine Learning Filters For Image Processing. - María José Castro Bleda; Salvador España Boquera; Joan Pastor-Pellicer; Francisco Zamora-Martínez (Comput. J., 2020)