ANNA UNIVERSITY OF DIGITAL SIGNAL PROCESSING IMPORTANT SYLLABUS REGULATION 2008 AND 2010
UNIT –I DISCRETE FOURIER TRANSFORM
DISCRETE FOURIER TRANSFORM AND THEIR PROPERTIES
DFT FAST FOURIER TRANSFORM
a. DECIMATION IN TIME.
b. DECIMATION IN FREQUENCY.
OVERLAP METHODS
a. OVERLAP ADD METHODS
b. OVERLAP SAVE METHODS
UNIT-II INFINITE IMPULSE RESPONSE DIGITAL FILTERS
DESIGN OF ANALOG BUTTERWORTH FILTER USING BILINEAR METHOD.
DESIGN OF ANALOG BUTTERWORTH FILTER USING IMPULSE INVARIANCE METHOD.
DESIGN OF ANALOG BUTTERWORTH FILTER USING BILINEAR METHOD.
DESIGN OF ANALOG BUTTERWORTH FILTER USING IMPULSE INVARIANCE METHOD.
DESIGN OF DIGITAL FILTER USING IMPULSE INVARIANCE METHOD.
DESIGN OF DIGITAL FILTER USING BILINEAR.
DIRECT FORM-1.
DIRECT FORM-2.
CASECADE FORM.
PARALLEL FORM.
UNIT-III FINITE IMPULSE RESPONSE DIGITAL FILTERS
DESIGN OF WINDOWING TECHNIQUES.
a. DESIGN OF RECTANGULAR WINDOW USING LOWPASS FILTERS.
b. DESIGN OF RECTANGULAR WINDOW USING HIGHPASS FILTERS.
c. DESIGN OF RECTANGULAR WINDOW USING BANDPASS FILTERS.
d. DESIGN OF RECTANGULAR WINDOW USING BANDSTOP FILTERS.
e. DESIGN OF BLACKMAN WINDOW USING LOWPASS FILTERS.
f. DESIGN OF BLACKMAN WINDOW USING HIGHPASS FILTERS.
g. DESIGN OF BLACKMAN WINDOW USING BANDPASS FILTERS.
h. DESIGN OF BLACKMAN WINDOW USING BANDSTOP FILTERS.
i. DESIGN OF HAMMING WINDOW USING LOWPASS FILTERS.
j. DESIGN OF HAMMING WINDOW USING HIGHPASS FILTERS.
k. DESIGN OF HAMMING WINDOW USING BANDPASS FILTERS.
l. DESIGN OF HAMMING WINDOW USING BANDSTOP FILTERS.
m. DESIGN OF HANNING WINDOW USING LOWPASS FILTERS.
n. DESIGN OF HANNING WINDOW USING HIGHPASS FILTERS.
o. DESIGN OF HANNING WINDOW USING BANDPASS FILTERS.
p. DESIGN OF HANNING WINDOW USING BANDSTOP FILTERS.
UNIT –IV FINITE WORD LENGTH EFFECTS
COMPARISON B/W TRUNCATION AND ROUNDING ERRORS.
QUANTIZATION NOISE
UNIT – V MULTIRAE SIGNAL PROCESSING
DECIMATION BASIC DIAGRAM AND DERIVATION.
INTERPOLATION BASIC DIAGRAM AND DERIVATION.
APPLICATION MULTIRATE SIGNAL PROCESSING.
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