1
Projects
(www.psplab.csie.nctu.edu.tw)
A.
Layer 3 Audio Encoder
—
Intensity coding
B.
Layer 3 Audio Encoder
—
MS coding
C.
Layer 3 Audio Encoder
—
Bit allocation
D.
Layer 3 Audio Encoder
—
Psychoacoustic model
E.
AAC
Audio Encoder
—
MS coding
F.
AAC
Audio Encoder
—
Intensity
co
ding
G.
AAC
Audio Encoder
—
Bit allocation
H.
AAC
Audio Encoder
—
Temporal Noise Shaping
I.
AAC
Audio Encoder
—
Intensity
coding
J.
AAC
Audio Encoder
—
Long
-
term Prediction.
K.
Audio Objective Quality Measure
--
ODG
.
L.
Plunked String Synthesis
M.
Wave Table Synthesis
N.
Mono
-
to
-
Stere
o Conversion
O.
Reverberation
Implementation through FIR filters
P.
Reverberation
Implementation through IIR filters
Q.
Key Shifting
.
R.
Chorus/Echo Effect
.
S.
Sampling Rate Conversion
.
T.
High Frequency
Reconstruction
U.
Binaural cue coding
-
Part II:
Schemes and applications
,
IEEE
Transactions on
Audio and Speech Processing, Nov, 2003
V.
Binaural Cue Coding
—
Part I: Psychoacoustic Fundamentals and
2
Design Principles
, IEEE Trans on Audio and Speech Processing, Nov.
2003.
W.
MP3 Surround: Efficient and Compatible Coding of Multi
-
Chan
nel
Audio
,
AES 116, Convention Paper 6049.
X.
Efficient Bit Distribution Strategy for
Stereophonic Audio Coders
,
AES 116, Convention Paper 6075.
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