Noise and Channel Normalized Cepstral Features for Far-speech Recognition. - Michal Borsky; Petr Mizera; Petr Pollák (SPECOM, 2013)

Impact of Irregular Pronunciation on Phonetic Segmentation of Nijmegen Corpus of Casual Czech. - Petr Mizera; Petr Pollák; Alice Kolman; Mirjam Ernestus (TSD, 2014)

Spectrally selective dithering for distorted speech recognition. - Michal Borsky; Petr Mizera; Petr Pollák (INTERSPEECH, 2015)

Improved Estimation of Articulatory Features Based on Acoustic Features with Temporal Context. - Petr Mizera; Petr Pollák (TSD, 2015)

Phonetic Segmentation Using KALDI and Reduced Pronunciation Detection in Causal Czech Speech. - Zdenek Patc; Petr Mizera; Petr Pollák (TSD, 2015)

Advanced acoustic modelling techniques in MP3 speech recognition. - Michal Borsky; Petr Pollák; Petr Mizera (EURASIP J. Audio Speech Music. Process., 2015)

KALDI Recipes for the Czech Speech Recognition Under Various Conditions. - Petr Mizera; Jirí Fiala 002; Ales Brich; Petr Pollák (TSD, 2016)

Improving of LVCSR for Causal Czech Using Publicly Available Language Resources. - Petr Mizera; Petr Pollák (SPECOM, 2017)

Dithering techniques in automatic recognition of speech corrupted by MP3 compression: Analysis, solutions and experiments. - Michal Borsky; Petr Mizera; Petr Pollák; Jan Nouza (Speech Commun., 2017)

Automatic Phonetic Segmentation and Pronunciation Detection with Various Approaches of Acoustic Modeling. - Petr Mizera; Petr Pollák (SPECOM, 2018)

Privacy-Preserving Speaker Recognition with Cohort Score Normalisation. - Andreas Nautsch; Jose Patino 001; Amos Treiber; Themos Stafylakis; Petr Mizera; Massimiliano Todisco; Thomas Schneider 003; Nicholas W. D. Evans (INTERSPEECH, 2019)

Self-Supervised Speaker Embeddings. - Themos Stafylakis; Johan Rohdin; Oldrich Plchot; Petr Mizera; Lukás Burget (INTERSPEECH, 2019)

End-to-End Architectures for ASR-Free Spoken Language Understanding. - Elisavet Palogiannidi; Ioannis Gkinis; George Mastrapas; Petr Mizera; Themos Stafylakis (ICASSP, 2020)

Analysis of ABC Submission to NIST SRE 2019 CMN and VAST Challenge. - Jahangir Alam 001; Gilles Boulianne; Lukás Burget; Mohamed Dahmane; Mireia Díez Sánchez; Alicia Lozano-Diez; Ondrej Glembek; Pierre-Luc St-Charles; Marc Lalonde; Pavel Matejka; Petr Mizera; João Monteiro 002; et al. (Odyssey, 2020)