Derivation of Gardner's Timing-Error Detector from the Maximum Likelihood Principle. - Martin Oerder (IEEE Trans. Commun., 1987)

Digital filter and square timing recovery. - Martin Oerder; Heinrich Meyr (IEEE Trans. Commun., 1988)

An all digital receiver architecture for bandwidth efficient transmission at high data rates. - Gerd Ascheid; Martin Oerder; Johannes Stahl 001; Heinrich Meyr (IEEE Trans. Commun., 1989)

Kontextabhängige Phonemmodelle bei der Erkennung kontinuierlicher Sprache in verschiedenen Szenarien. - Martin Oerder (DAGM-Symposium, 1992)

Improvements in beam search for 10000-word continuous speech recognition. - Hermann Ney; Reinhold Häb-Umbach; Bach-Hiep Tran; Martin Oerder (ICASSP, 1992)

Word graphs: an efficient interface between continuous-speech recognition and language understanding. - Martin Oerder; Hermann Ney (ICASSP (2), 1993)

The Philips research system for large-vocabulary continuous-speech recognition. - Volker Steinbiss; Hermann Ney; Reinhold Haeb-Umbach; B.-H. Iran; Ute Essen; Reinhard Kneser; Martin Oerder; Hans-Günter Meier; Xavier L. Aubert; Christian Dugast; Dieter Geller; W. Höllerbauer; et al. (EUROSPEECH, 1993)

A realtime prototype of an automatic inquiry system. - Martin Oerder; Harald Aust (ICSLP, 1994)

On sampling rate, analog prefiltering, and sufficient statistics for digital receivers. - Heinrich Meyr; Martin Oerder; Andreas Polydoros (IEEE Trans. Commun., 1994)

The Philips automatic train timetable information system. - Harald Aust; Martin Oerder; Frank Seide; Volker Steinbiss (Speech Commun., 1995)

Continuous speech dictation - From theory to practice. - Volker Steinbiss; Hermann Ney; Ute Essen; Bach-Hiep Tran; Xavier L. Aubert; Christian Dugast; Reinhard Kneser; Hans-Günter Meier; Martin Oerder; Reinhold Haeb-Umbach; Dieter Geller; W. Höllerbauer; et al. (Speech Commun., 1995)