Revision as of 22:34, 7 January 2008

Chavín de Huántar Archeological Acoustics Project

Acoustic Measurement, Archiving, Analysis and Modeling, and Simulation/Installation

Co-investigators:

John Rick, PhD, Professor, Stanford University, Archaeology/Anthropology
Julius O. Smith, PhD, Professor, Stanford University, Center for Computer Research in Music and Acoustics (CCRMA)/Electrical Engineering (by courtesy)
Jonathan S. Abel, PhD, Consulting Professor, Stanford University, CCRMA
Patty Huang, MA, Graduate Student, Stanford University, CCRMA
Miriam Kolar, MFA, Graduate Student, Stanford University, CCRMA

Coordinator:

John Chowning, DMA, Professor Emeritus, Stanford University, CCRMA/Music

Local collaborators: •(Museum director)

Team Background:

John Rick has been heading excavations and directing research at the Chavín site since 1995
Digital waveguide techniques were pioneered at CCRMA by Julius O. Smith III; Smith and Jonathan S. Abel have been working together on acoustic array processing and related problems since 1985
Patty Huang is a 4th year graduate student working under Abel on physical modeling of reverberant spaces
Miriam Kolar is a 2nd year graduate student with extensive field experience in recording engineering
John Chowning is a composer having long standing interest in spatial modeling
CCRMA has expertise in field measurements, psychoacoustics, digital signal processing, and artificial reverberation

@@ Line 1: / Line 1: @@
 = Chavín de Huántar Archeological Acoustics Project =
-'''Acoustic Measurement, Archiving, Analysis and Modeling, and Simulation/Installation'''
+=='''Acoustic Measurement, Archiving, Analysis and Modeling, and Simulation/Installation'''==
 '''
 Co-investigators:'''
-•John Rick, PhD, Professor, Stanford University, Archaeology/Anthropology
+* John Rick, PhD, Professor, Stanford University, Archaeology/Anthropology
-•Julius O. Smith, PhD, Professor, Stanford University, Center for Computer Research in Music and Acoustics (CCRMA)/Electrical Engineering (by courtesy)
+* Julius O. Smith, PhD, Professor, Stanford University, Center for Computer Research in Music and Acoustics (CCRMA)/Electrical Engineering (by courtesy)
-•Jonathan S. Abel, PhD, Consulting Professor, Stanford University, CCRMA
+* Jonathan S. Abel, PhD, Consulting Professor, Stanford University, CCRMA
-•Patty Huang, MA, Graduate Student, Stanford University, CCRMA
+* Patty Huang, MA, Graduate Student, Stanford University, CCRMA
-•Miriam Kolar, MFA, Graduate Student, Stanford University, CCRMA
+* Miriam Kolar, MFA, Graduate Student, Stanford University, CCRMA
 '''Coordinator:'''
-•John Chowning, DMA, Professor Emeritus, Stanford University, CCRMA/Music
+* John Chowning, DMA, Professor Emeritus, Stanford University, CCRMA/Music
 '''Local collaborators:'''
@@ Line 19: / Line 19: @@
 '''Team Background:'''
-•John Rick has been heading excavations and directing research at the Chavín site since 1995
+* John Rick has been heading excavations and directing research at the Chavín site since 1995
+* Digital waveguide techniques were pioneered at CCRMA by Julius O. Smith III; Smith and Jonathan S. Abel have been working together on acoustic array processing and related problems since 1985
-•Digital waveguide techniques were pioneered at CCRMA by Julius O. Smith III; Smith and Jonathan S. Abel have been working together on acoustic array processing and related problems since 1985
+* Patty Huang is a 4th year graduate student working under Abel on physical modeling of reverberant spaces
+* Miriam Kolar is a 2nd year graduate student with extensive field experience in recording engineering
-•Patty Huang is a 4th year graduate student working under Abel on physical modeling of reverberant spaces
+* John Chowning is a composer having long standing interest in spatial modeling
+* CCRMA has expertise in field measurements, psychoacoustics, digital signal processing, and artificial reverberation
-•Miriam Kolar is a 2nd year graduate student with extensive field experience in recording engineering
-•John Chowning is a composer having long standing interest in spatial modeling
-•CCRMA has expertise in field measurements, psychoacoustics, digital signal processing, and artificial reverberation