Managing internet-driven change in international telecommunications: Rob Frieden, 480 pages, Boston, London: Artech House 2001, ISBN 1-58053-019-2. - Jan Holub 002 (Comput. Stand. Interfaces, 2002)

Stochastic testing of ADC - Step-Gauss method. - Jan Holub 002; Josef Vedral (Comput. Stand. Interfaces, 2004)

Delay effect on conversational quality in telecommunication networks: Do we mind? - Jan Holub 002; Martin Kastner; Ondrej Tomiska (WTS, 2007)

Technical and Phonetic Aspects of Speech Quality Assessment: The Case of Prosody Synthesis. - Jana Tucková; Jan Holub 002; Tomás Dubeda (COST 2102 Conference (Prague), 2008)

Transcoded speech contemporary objective quality measurements reliability. - Jan Holub 002; Lubica Blaskova (WTS, 2008)

End-to-end network simulator for conversational quality measurements. - Jan Holub 002; Jan Micka (WTS, 2009)

Voice transmission quality measurement algorithm with non-native listener emulation capability. - Jan Holub 002 (WTS, 2010)

Validation of ITU-T P.863 for low bit-rate coded speech quality measurements. - Jan Holub 002 (WTS, 2011)

Impact of jitter and jitter buffer on the final quality of the transferred voice. - Oldrich Slavata; Jan Holub 002; Pavel Hubner (IDAACS-SWS, 2012)

Evaluation of ITU-T P.863 POLQA in Chinese environment. - Pavel Soucek; Jan Holub 002 (IDAACS-SWS, 2012)

Impact of IP channel parameters on the final quality of the transferred voice. - Jan Holub 002; Oldrich Slavata (WTS, 2012)

Experimental stress assessment in biomedical measurement class. - Ondrej Bruna; Jan Holub 002; Pavel Paces (IDAACS, 2013)

Effect of speech activity parameter on PESQ's predictions in presence of independent and dependent losses. - Peter Pocta; Jan Holub 002 (Comput. Stand. Interfaces, 2013)

Shift in Speech Quality and Acceptability Level between 2008-2012. - Pavel Soucek; Jan Holub 002 (Int. J. Interdiscip. Telecommun. Netw., 2013)

Evaluation of objective speech transmission quality measurements in packet-based networks. - Oldrich Slavata; Jan Holub 002 (Comput. Stand. Interfaces, 2014)

Towards Layer Adaptation for Audio Transmission. - Jan Holub 002; Oldrich Slavata; Pavel Soucek; Odysseas Zisimopoulos; Dimitris Toumpakaris; Stavros A. Kotsopoulos (Int. J. Interdiscip. Telecommun. Netw., 2014)

Using long samples in subjective testing of voice transmission quality in IP network. - Oldrich Slavata; Pavel Soucek; Jan Holub 002 (WTS, 2015)

Data Processing Techniques in Wireless Multimedia Sensor Networks. - Yun Liu 001; Qing-An Zeng; Ying-Hong Wang; Jan Holub 002 (Int. J. Distributed Sens. Networks, 2015)

Stress Measurement and Inducement in Experiments with Low Cost Flight Simulator for Testing of General Aviation Pilots. - Ondrej Bruna; Tomás Levora; Jan Holub 002 (HCI (29), 2017)

Subjective speech quality measurement repeatability: comparison of laboratory test results. - Jan Holub 002; Hakob Avetisyan; Scott Isabelle (Int. J. Speech Technol., 2017)

Subjective Audio Quality Testing, With Tasting and Car Driving as Parallel Tasks. - Jan Holub 002; Julia Sula; Luisa Soares; Oldrich Slavata (IEEE Access, 2018)

Analysis of the Dependency of Call Duration on the Quality of VoIP Calls. - Jan Holub 002; Michael Wallbaum; Noah Smith; Hakob Avetisyan (IEEE Wirel. Commun. Lett., 2018)

Smart Acoustic Sensor. - Jakub Svatos; Jan Holub 002 (RTSI, 2019)

Statistical-Based Control Points Selection for Indoor Illuminance Measurement. - Tomás Drábek; Vladimír Petrík; Jan Holub 002 (IEEE Trans. Instrum. Meas., 2020)

Subjective Video QoE With a Hybrid Cognitive-Motor Task. - Jan Holub 002; Hakob Avetisyan; Paulo Victor Lima (IEEE Access, 2021)

Subjective Influence of Camera-Gaze Angular Offset. - Jan Holub 002; Scott Isabelle; Adéla Krylová; Hakob Avetisyan (IEEE Access, 2022)

Comparison of Frequency Cepstral Coefficients in Impulse Acoustic Events Detection. - Jakub Svatos; Jan Holub 002; Oluwaseun Olasoji (MESAS, 2023)

Impulse Acoustic Event Detection, Classification, and Localization System. - Jakub Svatos; Jan Holub 002 (IEEE Trans. Instrum. Meas., 2023)

AI-Based Acoustic Surveillance System for Smart Cities. - Jan Holub 002; Jakub Svatos (RTSI, 2024)