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Non-Linear: Random Order
Dear Students
This course is offered under Syllabus Completion program. It will help the students to revise and summarize your core topics for better preparation for semester exam. The course scheduled for 15 to 20 hours to covers the core topics by the faculty those who are currently teaching this course
SCHEDULE FOR PRINCIPLES OF DIGITAL SIGNAL PROCESSING
(Electronics and Communication Engineering )
Faculty : Mr. Manikandan S S
Live teaching from 1st June 2020 to 17th June 2020
Registration from on 9th May 2020 to 31st May 2020
Topics Focused On Electrical Engineering Program
Discrete Fourier Transform, Properties of DFT.
Fast Fourier Transform-DIT,DIF
Circular Convolution,
Sectional Convolution-Overlap add and Save method
Structures of IIR-Direct form I &II, cascade and Parallel
Impulse invariant technique,
Bilinear transformation,
Approximation Derivative
Butterworth analog and digital filter design
Chebyshev analog and digital filter design
Structures of FIR, Linear phase characteristics
Fourier series method, Types of window, Design of FIR using window
Frequency sampling technique
Fixed point and floating point rep.
Finite word length effects, ADC-quantization, Truncation and rounding
coefficient quantization error Product quantization error, overflow limit cycle
Scaling and Limit cycle oscillations
Multirate signal processing, Interpolation and decimation
Sampling rate conversion by a rational factor – Adaptive Filters: Introduction, Applications of adaptive filtering to equalization.
Features
Online live Teaching
Limited Participants Only
Taught by Experts those who are teaching the syllabus Currently
Selected and core Topics will be handled
Lecture Notes will be provided
Question Banks will be provided
For Further Details
Dr.A.Clementking
Director
INTEGRATED INTELLIGENT RESEARCH (IIR)
No 29 E, Sarojammal Complex 1st Floor,Keelkattalai, Chennai - 600117,
Mobile : +91 -9884568399 ;+91 9791163515. Email : iirindia2020@gmail.com
Web : www.iirgroups.org
.
Discrete Fourier Transform, Properties of DFT. on 1.6.20 Monday 10.00am-11.00am
Fast Fourier Transform-DIT,DIF on 2.6.20 Tuesday 10.00am-11.00am
Circular Convolution, Sectional Convolution-Overlap add and Save method on 3.6.20 Wednesday 10.00am-11.00am
Structures of IIR-Direct form I &II, cascade and Parallel on 4.6.20 Thursday 10.00am-11.00am
Impulse invariant technique, Bilinear transformation, Approximation Derivative on 5.6.20 Friday 10.00am-11.00am
Butterworth analog and digital filter design on 6.6.20 Saturday 10.00am-11.00am
Chebyshev analog and digital filter design on 8.6.20 Monday 10.00am-11.00am
Structures of FIR, Linear phase characteristics on 9.6.20 Tuesday 10.00am-11.00am
Fourier series method, Types of window, Design of FIR using window on 10.6.20 Wednesday 10.00am-11.00am
Frequency sampling technique on 11.6.20 Thursday 10.00am-11.00am
Fixed point and floating point rep. Finite word length effects, ADC-quantization, Truncation and rounding on 12.6.20 Friday 10.00am-11.00am
coefficient quantization error Product quantization error, overflow limit cycle on 13.6.20 Saturday 10.00am-11.00am
Scaling and Limit cycle oscillations on 15.6.20 Monday 10.00am-11.00am
Multirate signal processing, Interpolation and decimation on 16.6.20 Tuesday 10.00am-11.00am
Sampling rate conversion by a rational factor – Adaptive Filters: Introduction, Applications of adaptive filtering to equalization. on 17.6.20 Wednesday 10.00am-11.00am
The certificate issued for the Course will have
Only the e-certificate will be made available. No Hard copies. The certificates issued by Integrated Intelligent Research . can be e-verifiable at www.ulektzskills.com/verify.
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