Digital Signal Processing

Lesson PlAN
Name of the Faculty : MS. PRIYANKA GAUR
Discipline : ECE/EEE
Semester : 7TH
Subject : DIGITAL SIGNAL PROCESSING (ECE-409-F)
Lesson Plan Duration : JULY-DEC’18
Week	Theory		Practical
	Lecture Day	Topic	Practical Day	Topic
1st	1	Signal classifications	1	represent basic signals (Unit step, unit impulse, ramp, exponential, sine and cosine).
	2	Frequency domain representation
	3	Time domain representation
	4	Representation of sequences by Fourier transform
2nd	5	Properties of Fourier transform	2	To develop program for discrete convolution
	6	Discrete time random signals
	7	Energy and power theorems
	8	Classification of Discrete-time Systems
3rd	9	Properties, time invariant system	3	To develop program for discrete correlation
	10	Finite impulse Response (FIR) system
	11	Infinite impulse response (IIR) system
	12	Sampling theorem, application
4th	13	Frequency domain representation of sampling	4	To design analog filter(low-pass, high pass, band-pass, band-stop).
	14	Reconstruction of band limited signal from its samples
	15	Discrete time processing of continuous time signals
	16	Changing the sampling rate using discrete time processing
5th	17	Introduction to Z-Transform	5	To design digital IIR filters(low-pass, high pass, band-pass, band-stop).
	18	Properties of the region of convergence
	19	Properties of the Z-transform
	20	Inversion of the Z-transform
6th	21	Applications of Z-transform	6	To design FIR filters using windows technique
	22	Fundamentals of digital filtering
	23	Various types of digital filters
	24	Design techniques of digital filters
7th	25	Window technique for FIR	7	To study Auto correlation & Linear convolution
	26	Bi-linear transformation for IIR filter design
	27	Backward difference methods for IIR filter design
	28	Analysis of finite word length effects in DSP
8th	29	DSP algorithm implementation consideration	8	To understand sampling theorem
	30	Applications of DSP
	31	Introduction to multirate digital signal processing
	32	Sampling rate conversion
9th	33	Filter structures	9	To study PCM encoding & Hamming code generation
	34	Multistage decimator and interpolators
	35	Digital filter banks
	36	Half and full adder/Subtracter
10th	37	Multiplexers	10	To study FIR Filter Implementation
	38	Demultiplexers
	39	Flip-flops
	40	Shift Registers
11th	41	Counters	11
	42	Block Diagram of Microprecessor/Microcontroller and their applications
	43	The elements of communication system
	44	IEEE frequency spectrum
12th	45	Transmission media: wired and wireless	12
	46	Need of modulation
	47	AM and FM modulation schemes
	48	Mobile communication systems: cellular concept
13th	49	Block diagram of GSM system.	13
	50
	51
	52