PAPERS SESSIONS
Session Q Tuesday, May 11, 09:00-13:00 h SOUND REINFORCEMENT Chairman: S�ren Bech, Bang & Olufsen A/S, Struer, Denmark Q1 The Audio System for the Wroclaw Opera Theatre Bohdan W. Kulesza, Wroclaw University of Technology, Wroclaw, Poland and Witold Ryszkowski, Wroclaw School of Dramatic Arts, Wroclaw, Poland Q2 The Audio Reinforcement System for the Main Hall of the Gorizia Branch of the University of Triest, Italy Franco C. Grossi, University of Triest, Italy Q3 A Method for improving the Intelligibility in Human Speech in the Presence of Noisy Environments Ron Knapp, SRS Labs, San Jose, California, USA Q4 The Analysis, Interaction, and Measurement of Loudspeaker Far-Field Polar Patterns Justin Baird, Perrin Meyer, Meyer Sound Laboratories, Berkeley, CA, USA Q5 Sound System of Otopeni International Airport, Romania Radu Ionescu, Cristian Damboiu, SC Romaudiovideo SRL, Bucharest, Romania Q6 Digital Audio System in a Convention Center Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany AES Convention Munich 13 Q7 Sound System for a Cathedral with Long Reverberation Time Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany Q8 Teleconferencing and Sound Reinforcement feedback margin through the use of DML Loudspeakers Peter Mapp, P. Mapp Associates, Cambridge, England
Session Q
Q1 The Audio System for the Wroclaw Opera Theatre Bohdan W. Kulesza, Wroclaw University of Technology, Wroclaw, Poland and Witold Ryszkowski, Wroclaw School of Dramatic Arts, Wroclaw, Poland Q2 The Audio Reinforcement System for the Main Hall of the Gorizia Branch of the University of Triest, Italy Franco C. Grossi, University of Triest, Italy Q3 A Method for improving the Intelligibility in Human Speech in the Presence of Noisy Environments Ron Knapp, SRS Labs, San Jose, California, USA Q4 The Analysis, Interaction, and Measurement of Loudspeaker Far-Field Polar Patterns Justin Baird, Perrin Meyer, Meyer Sound Laboratories, Berkeley, CA, USA Q5 Sound System of Otopeni International Airport, Romania Radu Ionescu, Cristian Damboiu, SC Romaudiovideo SRL, Bucharest, Romania Q6 Digital Audio System in a Convention Center Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany AES Convention Munich 13 Q7 Sound System for a Cathedral with Long Reverberation Time Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany Q8 Teleconferencing and Sound Reinforcement feedback margin through the use of DML Loudspeakers Peter Mapp, P. Mapp Associates, Cambridge, England
Q2 The Audio Reinforcement System for the Main Hall of the Gorizia Branch of the University of Triest, Italy Franco C. Grossi, University of Triest, Italy Q3 A Method for improving the Intelligibility in Human Speech in the Presence of Noisy Environments Ron Knapp, SRS Labs, San Jose, California, USA Q4 The Analysis, Interaction, and Measurement of Loudspeaker Far-Field Polar Patterns Justin Baird, Perrin Meyer, Meyer Sound Laboratories, Berkeley, CA, USA Q5 Sound System of Otopeni International Airport, Romania Radu Ionescu, Cristian Damboiu, SC Romaudiovideo SRL, Bucharest, Romania Q6 Digital Audio System in a Convention Center Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany AES Convention Munich 13 Q7 Sound System for a Cathedral with Long Reverberation Time Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany Q8 Teleconferencing and Sound Reinforcement feedback margin through the use of DML Loudspeakers Peter Mapp, P. Mapp Associates, Cambridge, England
Q3 A Method for improving the Intelligibility in Human Speech in the Presence of Noisy Environments Ron Knapp, SRS Labs, San Jose, California, USA Q4 The Analysis, Interaction, and Measurement of Loudspeaker Far-Field Polar Patterns Justin Baird, Perrin Meyer, Meyer Sound Laboratories, Berkeley, CA, USA Q5 Sound System of Otopeni International Airport, Romania Radu Ionescu, Cristian Damboiu, SC Romaudiovideo SRL, Bucharest, Romania Q6 Digital Audio System in a Convention Center Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany AES Convention Munich 13 Q7 Sound System for a Cathedral with Long Reverberation Time Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany Q8 Teleconferencing and Sound Reinforcement feedback margin through the use of DML Loudspeakers Peter Mapp, P. Mapp Associates, Cambridge, England
Q4 The Analysis, Interaction, and Measurement of Loudspeaker Far-Field Polar Patterns Justin Baird, Perrin Meyer, Meyer Sound Laboratories, Berkeley, CA, USA Q5 Sound System of Otopeni International Airport, Romania Radu Ionescu, Cristian Damboiu, SC Romaudiovideo SRL, Bucharest, Romania Q6 Digital Audio System in a Convention Center Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany AES Convention Munich 13 Q7 Sound System for a Cathedral with Long Reverberation Time Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany Q8 Teleconferencing and Sound Reinforcement feedback margin through the use of DML Loudspeakers Peter Mapp, P. Mapp Associates, Cambridge, England
Q5 Sound System of Otopeni International Airport, Romania Radu Ionescu, Cristian Damboiu, SC Romaudiovideo SRL, Bucharest, Romania Q6 Digital Audio System in a Convention Center Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany AES Convention Munich 13 Q7 Sound System for a Cathedral with Long Reverberation Time Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany Q8 Teleconferencing and Sound Reinforcement feedback margin through the use of DML Loudspeakers Peter Mapp, P. Mapp Associates, Cambridge, England
Q6 Digital Audio System in a Convention Center Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany AES Convention Munich 13 Q7 Sound System for a Cathedral with Long Reverberation Time Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany Q8 Teleconferencing and Sound Reinforcement feedback margin through the use of DML Loudspeakers Peter Mapp, P. Mapp Associates, Cambridge, England
Q7 Sound System for a Cathedral with Long Reverberation Time Thomas zur Lage, Ulrich Zimmermann, Beneke Daberto Engineering, Munich, Germany Q8 Teleconferencing and Sound Reinforcement feedback margin through the use of DML Loudspeakers Peter Mapp, P. Mapp Associates, Cambridge, England
Q8 Teleconferencing and Sound Reinforcement feedback margin through the use of DML Loudspeakers Peter Mapp, P. Mapp Associates, Cambridge, England