Using Matrix Decompositions in Formal Concept Analysis. - Václav Snásel; Petr Gajdos; Hussam M. Dahwa Abdulla; Martin Polovincak (ISIM, 2007)

Concept Lattice Reduction by Singular Value Decomposition. - Václav Snásel; Martin Polovincak; Hussam M. Dahwa Abdulla (SYRCoDIS, 2007)

On Knowledge Structures Reduction. - Václav Snásel; Martin Polovincak; Hussam M. Dahwa Abdulla; Zdenek Horak (CISIM, 2008)

On Concept Lattices and Implication Bases from Reduced Contexts. - Václav Snásel; Martin Polovincak; Hussam M. Dahwa Abdulla; Zdenek Horak (ICCS Supplement, 2008)

Search Results Clustering Using Nonnegative Matrix Factorization (NMF). - Hussam M. Dahwa Abdulla; Martin Polovincak; Václav Snásel (ASONAM, 2009)

Using a Matrix Decomposition for Clustering Data. - Hussam M. Dahwa Abdulla; Martin Polovincak; Václav Snásel (CASoN, 2009)

Search Results Clustering Using Nonnegative Matrix Factorization (NMF). - Václav Snásel; Hussam M. Dahwa Abdulla (ICECS, 2009)

Search Result Clustering using a Singular Value Decomposition (SVD). - Hussam M. Dahwa Abdulla; Václav Snásel (IHCI, 2009)

Application of Binocular Vision and Diamond Search Technology in Computer Vision Navigation. - Jie Wu 007; Hussam M. Dahwa Abdulla; Václav Snásel (INCoS, 2009)

Using Kohonen Maps and Singular Value Decomposition for Plagiarism Detection. - Asim M. El Tahir Ali; Hussam M. Dahwa Abdulla; Václav Snásel; Ivo Vondrák (CICSyN, 2011)

Overview and Comparison of Plagiarism Detection Tools. - Asim M. El Tahir Ali; Hussam M. Dahwa Abdulla; Václav Snásel (DATESO, 2011)

Simple Rules for Syllabification of Arabic Texts. - Hussein Soori; Jan Platos; Václav Snásel; Hussam M. Dahwa Abdulla (ICDIPC (1), 2011)

Using Singular Value Decomposition as a Solution for Search Result Clustering. - Hussam M. Dahwa Abdulla; Abdella S. Abdelrahman; Václav Snásel; Hamoud Aldosari (IBICA, 2014)

Chatbots: Security, privacy, data protection, and social aspects. - Martin Hasal; Jana Nowaková; Khalifa Ahmed Saghair; Hussam M. Dahwa Abdulla; Václav Snásel; Lidia Ogiela (Concurr. Comput. Pract. Exp., 2021)