Regina Collecchia: Publications and Presentations
-
R.
Collecchia,
J.
S.
Abel,
S.
Coffin,
E.
Callery,
Y.
H.
Yeh,
K.
Spratt,
J.
O.
Smith
III.
“On
the
acoustics
of
alleyways.”
Proc.
of
the
137th
Audio
Engineering
Society
Convention,
Los
Angeles,
October
2014.
Abstract
here.
-
R.
Collecchia,
D.
Somen,
&
K.
McElroy.
“The
Siren
Organ.”
New
Interfaces
in
Musical
Expression,
London,
June
2014.
Available
here.
-
Presented
at
the
Stanford
d.school
in
April
2014
on
the
future
of
audience
participation
in
music.
-
M.
Zbyszyński,
D.
Zicarelli,
&
R.
Collecchia.
“Fzero~:
Fundamental
Estimation
for
Max
6.”
Proc.
of
the
2013
International
Computer
Music
Conference,
Perth,
September
2013.
Available
here.
-
R.
Collecchia,
M.
A.
Kolar,
&
J.
S.
Abel.
“A
computational
acoustic
model
of
the
coupled
interior
architecture
of
ancient
Chavín.”
Proc.
of
the
133rd
Audio
Engineering
Society
Convention,
October
2012.
Available
here.
-
P.
Zahorik,
D.
O.
Kim,
S.
Kuwada,
P.
W.
Anderson,
E.
Brandewie,
R.
Collecchia,
&
N.
Srinivasan.
“Amplitude
modulation
detection
by
human
listeners
in
reverberant
sound
fields:
carrier
bandwidth
effects
and
binaural
versus
monaural
comparison.”
Proc.
of
the
Acoustical
Society
of
America,
June
2012.
Available
here.
-
Gave
a
lecture
in
April
2012
at
San
Francisco
State
University
to
computer
music
students
on
the
relevance
of
the
discrete
Fourier
transform
to
music.
- R. Collecchia. Numbers & notes: An introduction to musical signal processing. Portland, OR:
Perfectly Scientific Press, March 2012, 318 pages. Available here.
-
Sole
author
of
a
scientific
book
on
the
physical,
musical,
psychological,
and
digital
behaviors
of
sound
with
a
special
focus
on
the
mathematics
of
the
discrete
and
fast
Fourier
transforms.
The
book
was
published
in
March
2012.
In
early
2014,
PSI
Press
went
out
of
business,
but
a
PDF
of
the
book
is
available
here.
- Freelance contributor for Create Digital Music and Keyboard Magazine. Samples: CDM
article on the DSI Prophet 12; Keyboard Mag review of SRS Labs’ MDA system.
- R. Collecchia. “The Entropy of Musical Classification.” Senior thesis Reed College, 2009, 113
pages. Available here.