Appendix 3.03 Survey of The Neurosciences
and Music III Conference 2008
Disorders and Plasticity
Title, Category
Aim
Mus. Material, Cultural Ref.
Technology & Procedure
Main focus of interest
Conclusion
12S
. Cohen et al.
(112
-115)
Cross-
cultural research in the
acquisition of singing Cat. 5: Song
Cat. 7: Culture 13S
. Hutchins & Campbell
(116
-120)
Time to reach target frequency in singing
Cat. 1: PItch Cat
. 5: Song
14S
. Loui & Schlaug
(121
-125)
Investigating musical disorders with DTI
Cat. 11: Disorder
15S
. Mesz & Eguia
(126
-130)
Time
-frequency model for
pitch of vibrato tones
Cat. 1: Pitch
Cat. 3: Complex tones
To propose a test battery of singing s
kills
and a protocol
for obtaining audiovisual information reflecting aspects of the ability to sing
To describe a new technique for estimating the time to reach a target frequency in singing (TRTF)
To investigate the connectivity of the
Arcuate Fasci
culus
(AF) using Diffusion Tensor Imaging (DTI)
To study vibrato as the manifestation of a non-stationary tone that can evoke a single overall pitch, by means of time
-frequency
representations (TFR)
, which
provide accurate representations of rapidly changing sounds
Task material:
11 components, including singing back intervals and scales, familiar and unfamiliar songs, improvisation and free composition
. CR: Western
Task material:
Participants sing back the pitch of the final tone in a short melod
y
CR: Western
No musical material
CR:
---
Frequency
-modulated
sinusiods
CR: Neutral
Two researchers administ
ered the battery to 12
children
age 3, 5 and 7, and
8 adults
. Sessions were
videotaped
An adaptive windowing time
freu
qency estimation m
ethod
performed using MATLAB software
Acquiring anatomical images using Structural MRI with DTI.
Participants: 12 subjects, 6 tone-
deaf and 6 controls
Four subjects, varying degree of musical training, ages 25
38 years.
Task: to match the
pitch of
the modulated tone
and an unmodulated sinusiod
To develop a digital library for storing audiovisual data of singing : Children’s Inter
national Media Exchange for Singing (CHIMES)
.
To examine the way singers correct an inaccurate ini
tial
pitch, and the
ir trajectory
through pitch space
Tractography to reconstruct white
-matter tracts, especially
the Arcuate Fasciculus (AF) connecting Broca’s and Wernicke’s areas in the frontal and temporal lobes
Some results suggest that the perceived pitch could be
governed by some stability
sensitive mechanism
Data analysis
in progress
For analyzing sung vocal production, this method has advantages compared with onset latency (OL) measures
Musically tone
-de
af
individuals, who show impairments in pitch dis
crimination, have
reduced connectivity in the AF compared to musically normal
-functioning control
subjects
A recently proposed time
frequency representation (TFR) could be the simplest framework to explain this hypothetical stability
-sensitive
mechanism