Foto von Manuj Yadav

Person

Dr.

Manuj Yadav

PhD
Lehrstuhl für Hörtechnik und Akustik

Post Doctoral Researcher

Adresse

Raum: 004

Kopernikusstr. 5

52074 Aachen

Kontakt

WorkPhone
Telefon: +49 241 80 97835
Fax Fax: +49 241 80 92214
 

Forschungsgebiete

Auditorische Szenenanalyse

Binauraltechnik

Lärmforschung

 

Publikationen

Titel Autor(en)
Cognitive performance in open-plan office acoustic simulations: Effects of room acoustics and semantics but not spatial separation of sound sources
Erschienen in: Applied acoustics (2023)
Yadav, Manuj (Corresponding author)
Georgi, Markus
Leist, Larisaa
Klatte, Maria
Schlittmeier, Sabine Janina
Fels, Janina
Finding the Seat With the Best View : Stage-View Preference for Orchestra
Erschienen in: Sage open (2023)
Chen, Yuxiao
Cabrera, Densil
Yadav, Manuj (Corresponding author)
Biophiles Design für die Ohren: Verbessern Naturgeräusche in Mikropausen die Aufmerksamkeits- und Stresserholung nach Arbeitsphasen?
Erschienen in: DAGA 2023 : 49. Jahrestagung für Akustik : 06. - 09. März 2023, Hamburg : Tagungsband (2023)
Frings, Katrin (First author)
Schiller, Isabel Sarah
Yadav, Manuj
Schlittmeier, Sabine Janina
The Potential of Focusing Acoustic Retroreflectors for Architectural Surface Treatment
Erschienen in: Applied Sciences (2023)
Cabrera, Densil (Corresponding author)
Lu, Shuai
Holmes, Jonothan
Yadav, Manuj
Editorial: Effects of indoor environmental quality on human performance and productivity
Erschienen in: Frontiers in built environment (2022)
Zhang, Fan (Corresponding author)
Liu, Shichao
Hu, Wenye
Yadav, Manuj
Differential Effects of Task-Irrelevant Monaural and Binaural Classroom Scenarios on Children’s and Adults’ Speech Perception, Listening Comprehension, and Visual-Verbal Short-Term Memory
Erschienen in: International journal of environmental research and public health (2022)
Leist, Larissa (Corresponding author)
Breuer, Carolin
Yadav, Manuj
Fremerey, Stephan
Fels, Janina
Raake, Alexander
Lachmann, Thomas
Schlittmeier, Sabine Janina
Klatte, Maria
Sound Reflections in Indian Stepwells : Modelling Acoustically Retroreflective Architecture
Erschienen in: Acoustics (2022)
Cabrera, Densil (Corresponding author)
Lu, Shuai
Holmes, Jonothan
Yadav, Manuj
Toward Child-Appropriate Acoustic Measurement Methods in Primary Schools and Daycare Centers
Erschienen in: Frontiers in built environment (2022)
Loh, Karin (Corresponding author)
Yadav, Manuj
Persson Waye, Kerstin
Klatte, Maria
Fels, Janina
Investigating noise disturbance in open-plan offices using measurements of the room acoustics, and of the sound environment during occupancy
Erschienen in: [Euronoise 2021] (2021)
Yadav, Manuj (Corresponding author)
Cabrera, Densil
Kim, Jungsoo
Love, James
Holmes, Jonothan
Fels, Janina
de Dear, Richard
Effect of voice support level and spectrum on conversational speech
Erschienen in: The journal of the Acoustical Society of America : JASA-O (2021)
Rapp, Mary (Corresponding author)
Cabrera, Densil
Yadav, Manuj
Sound in occupied open-plan offices : Objective metrics with a review of historical perspectives
Erschienen in: Applied acoustics (2021)
Yadav, Manuj (Corresponding author)
Cabrera, Densil
Kim, Jungsoo
Fels, Janina (Corresponding author)
de Dear, Richard
Reliability and repeatability of ISO 3382-3 metrics based on repeated acoustic measurements in open-plan offices
Erschienen in: Applied Acoustics (2019)
Yadav, Manuj (Corresponding author)
Cabrera, Densil
Love, James
Kim, Jungsoo
Holmes, Jonothan
Caldwell, Hugo
de Dear, Richard
Chamber musicians' acoustic impressions of auditorium stages: Relation to spatial distribution of early reflections and other parameters
Erschienen in: The Journal of the Acoustical Society of America : JASA-O (2019)
Panton, Lilyan (Corresponding author)
Yadav, Manuj
Cabrera, Densil
Holloway, Damien
Two simultaneous talkers distract more than one in simulated multi-talker environments, regardless of overall sound levels typical of open-plan offices
Erschienen in: Applied acoustics (2019)
Yadav, Manuj (Corresponding author)
Cabrera, Densil
Workplace noise assessments by open-plan office occupants: Relationship with ISO 3382-3 metrics, and psychoacoustic parameters
Erschienen in: The journal of the Acoustical Society of America : JASA-O (2018)
Yadav, Manuj
Cabrera, Densil
Love, James
Kim, Jungsoo
de Dear, Richard
A preliminary report on the acoustic measurements and noise survey conducted in Australian open-plan offices
Erschienen in: Proceedings of Euronoise 2018 (2018)
Yadav, Manuj
Cabrera, Densil
Kim, Jungsoo
Holmes, Jonothan
Love, James
An unusual instance of acoustic retroreflection in architecture - Ports 1961 Shanghai flagship store façade
Erschienen in: Applied acoustics (2018)
Cabrera, Densil (Corresponding author)
Holmes, Jonothan
Caldwell, Hugo
Yadav, Manuj
Gao, Kai
Experiments with high-back chairs and retroreflective surfaces for increasing the support of one’s own voice over short conversational distances
Erschienen in: The journal of the Acoustical Society of America : JASA-O (2018)
Cabrera, Densil
Yadav, Manuj (Corresponding author)
Reinhardt, Dagmar
Holmes, Jonothan
Ciccarello, Beau
Caldwell, Hugo
Hannouch, Adam
The irrelevant speech effect in multi-talker environments: Applications to open-plan offices
Erschienen in: The journal of the Acoustical Society of America : JASA-O (2018)
Yadav, Manuj
Cabrera, Densil
Brooker, Lucas
Love, James
Kim, Jungsoo
de Dear, Richard
Critical methodological assessment of the distraction distance used for evaluating room acoustic quality of open-plan offices
Erschienen in: Applied acoustics (2018)
Cabrera, Densil (Corresponding author)
Yadav, Manuj
Protheroe, Daniel
Multi-talker Speech As A Distraction In Open-plan Offices?
Erschienen in: Science trends (2018)
Yadav, Manuj
Auditory distraction in open-plan office environments: The effect of multi-talker acoustics
Erschienen in: Applied acoustics (2017)
Yadav, Manuj (Corresponding author)
Kim, Jungsoo
Cabrera, Densil
de Dear, Richard
Autophonic Loudness of Singers in Simulated Room Acoustic Environments
Erschienen in: Journal of voice (2017)
Yadav, Manuj (Corresponding author)
Cabrera, Densil
Quantifying the local acoustic effects of high-backed chairs
Erschienen in: Applied acoustics (2017)
Cabrera, Densil (Corresponding author)
Yadav, Manuj
Ciccarello, Beau
Assessing Linearity in the Loudness Envelope of the Messa di Voce Singing Exercise Through Acoustic Signal Analysis
Erschienen in: Journal of voice (2015)
Yadav, Manuj (Corresponding author)
Cabrera, Densil
Kenny, Dianna T.
Intelligibility of Reverberant Speech with Amplification: Limitation of Speech Intelligibility Metrics, and a Preliminary Examination of an Alternative Approach
Erschienen in: Journal of applied mathematics and physics (2015)
Lee, Doheon (Corresponding author)
Gong, Eunju
Cabrera, Densil
Yadav, Manuj
Martens, William L.
Towards a method for loudness-based analysis of the sound of one's own voice
Erschienen in: Logopedics, phoniatrics, vocology (2014)
Yadav, Manuj (Corresponding author)
Cabrera, Densil
Kenny, Dianna T.
Influence of time-varying talker directivity on the calculation of speech transmission index from speech in a room acoustical context
Erschienen in: Inter-noise 2014 (2014)
Opsata, Adam
Cabrera, Dansil
Yadav, Manuj
Evaluation of stage acoustics preference for a singer using oral-binaural room impulse responses
Erschienen in: Proceedings of Meetings on Acoustics : POMA (2013)
Miranda Jofre, Luis A. (Corresponding author)
Cabrera, Densil
Yadav, Manuj
Sygulska, Anna
Martens, William
The sound of one’s own voice in auditoria and other rooms
Erschienen in: International Symposium on Room Acoustics (2013)
Cabrera, Densil
Yadav, Manuj
Miranda, Luis
Collins, Ralph
Martens, William L.
The sound of one’s own voice in auditoria and other rooms
Erschienen in: International Symposium on Room Acoustics (2013)
Cabrera, Densil
Yadav, Manuj
Miranda, Luis
Collins, Ralph
Martens, William L.
Auralisation of stage acoustics for large ensembles (2013)Jimenez, Daniel
Vandenberg, Nicholas
Miranda, Luis
Yadav, Manuj
Cabrera, Densil
Investigating Auditory Room Size Perception with Autophonic Stimuli
Erschienen in: Audio Engineering Society Convention 135 (2013)
Yadav, Manuj
Cabrera, Densil A.
Miranda, Luis
Martens, William L.
Lee, Doheon
Collins, Ralph
The regulation of voice levels in various room acoustic conditions
Erschienen in: Proceedings of the Australian Acoustical Society (2013)
Yadav, Manuj
Cabrera, Densil
Lee, Doheon
Miranda, Luis
Martens, William L.
A system for simulating room acoustical environments for one’s own voice
Erschienen in: Applied acoustics (2012)
Yadav, Manuj (Corresponding author)
Cabrera, Densil
Martens, William L.
Simulating autophony with auralized oral-binaural room impulse responses
Erschienen in: Audio Engineering Society Convention 133 (2012)
Yadav, Manuj
Miranda, Luis
Cabrera, Densil A.
Martens, William L.
Auditory room size perceived from a room acoustic simulation with autophonic stimuli
Erschienen in: Acoustics Australia (2011)
Yadav, Manuj
Cabrera, Densil
Martens, William L.
Linearity in the loudness envelope of the messa di voce
Erschienen in: Proceedings of ACOUSTICS (2011)
Cabrera, Densil
Yadav, Manuj
Kenny, Dianna T.
Detection of headtracking in room acoustic simulations for one’s own voice
Erschienen in: Proceedings of the Australian Acoustical Society Conference (2011)
Yadav, Manuj
Cabrera, Densil
Collins, Ralph
Martens, William L.
Detection of headtracking in room acoustic simulations for one's own voice
Erschienen in: Proceedings of ACOUSTICS 2011 2-4 November 2011, Gold Coast, Australia (2011)
Yadav, Manuj
Cabrera, Densil
Collins, Ralph
Martens, William L.
Linearity in the loudness envelope of the messa di voce
Erschienen in: Proceedings of the Australian Acoustical Society (2011)
Cabrera, D.
Yadav, Manuj
Kenny, D. T.
Decay envelope manipulation of room impulse responses: techniques for auralization and sonification
Erschienen in: Proceedings of Acoustics 2011, Gold Coast, Australia (2011)
Cabrera, Densil
Lee, Doheon
Yadav, Manuj
Martens, William L.
 

Abschlussarbeiten

Titel Forschungsgebiet
Implementierung und Validierung kopfhörerbasierter Methoden der virtuellen Akustik zur Untersuchung auditiver Ablenkung
abgeschlossen
Akustische Virtuelle Realität