A general, novel methodology for studying the generation of finite precision error in any algorithm. - Constantin Papaodysseus; Constantinos Chalatsis; Dimitris Arabadjis; Solomon Zannos; Fotios Giannopoulos; Panayiotis Rousopoulos; E. Kalfa (ISSPIT, 2013)

Finite precision error analysis of Zernike moments computation schemes and a new, efficient, robust recursive algorithm. - Constantinos Chalatsis; Constantin Papaodysseus; Dimitris Arabadjis; Fotios Giannopoulos (Digit. Signal Process., 2018)

Exact Analysis of the Finite Precision Error Generated in Important Chaotic Maps and Complete Numerical Remedy of These Schemes. - Constantinos Chalatsis; Constantin Papaodysseus; Dimitris Arabadjis; Athanasios Rafail Mamatsis; Nikolaos V. Karadimas (Informatics, 2021)