Echtzeitspurerkennung mit einem systolischen Arrayprozessor. - Frank Klefenz; Reinhard Männer (DAGM-Symposium, 1989)

Ein systolischer Arrayprozessor zur Spurrekonstruktion als Trigger in Driftklammern. - Frank Klefenz (1992)

Identification of Musical Instruments by Means of the Hough-Transformation. - Christian Röver; Frank Klefenz; Claus Weihs (GfKl, 2004)

A Neural Net for 2D-slope and sinusoidal Shape Detection. - Andreas Brückmann; Frank Klefenz; Andreas Wünsche (Int. J. Comput., 2004)

Schallanalyse Neuronale Repräsentation des Hörvorgangs als Basis. - Gero Szepannek; Frank Klefenz; Claus Weihs (Inform. Spektrum, 2005)

Vowel Classification by a Neurophysiologically Parameterized Auditory Model. - Gero Szepannek; Tamás Harczos; Frank Klefenz; András Kátai; Patrick Schikowski; Claus Weihs (GfKl, 2006)

A neurobiologically inspired vowel recognizer using hough-transform - a novel approach to auditory image processing. - Tamás Harczos; Frank Klefenz; András Kátai (VISAPP (1), 2006)

Die Hough-Transformation als Verfahren zum robusten Eye Tracking. - Frank Klefenz; Valiantsin Hardzeyeu (MuC (Workshopband), 2007)

New Digital Speech Processing Strategies for Cochlea Implants. - Frank Klefenz (ERCIM News, 2007)

A Bio-Inspired Contrast Adaptation Model and its Application for Automatic Lane Marks Detection. - Valiantsin Hardzeyeu; Frank Klefenz (BIOSIGNALS (2), 2008)

Effects of Improper Spectral Delay on Speech Recognition with Cochlear Implants: A Simulation Study. - Tamás Harczos; András Kátai; Frank Klefenz; Izet Baljic (BIOTECHNO, 2008)

Extending features for automatic speech recognition by means of auditory modelling. - Gero Szepannek; Tamás Harczos; Frank Klefenz; Claus Weihs (EUSIPCO, 2009)

Modeling the Formation Process of Grouping Stimuli Sets through Cortical Columns and Microcircuits to Feature Neurons. - Frank Klefenz; Adam Williamson (Comput. Intell. Neurosci., 2013)