Signals and Systems Video Lectures

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	Signals and Systems
SL NO.	Topic Name WIth Description	Click Here to Watch
1	Introduction to Signals \| Classifications \| Examples \| Signals, and Systems	Click Here
2	Continuous-Time Signal vs Discrete-Time Signal \| Analog vs Digital \| Signals, and Systems	Click Here
3	Representation of a Discrete-Time Signal \| Sequence, Functional, Graphical, Tabular Representation	Click Here
4	Operations on Discrete Time Signal \| Addition Operation \| Multiplication \| Amplitude Scaling	Click Here
5	Operations on Discrete Time Signal \| Time Shifting \| Time Advance \| x(n+k) \| Time Delay \| x(n-k)	Click Here
6	Operations on Discrete-Time Signal \| Time Scaling\| Up Sampling \| Down Sampling \| Decimation \| x(kn)	Click Here
7	Operations on Discrete Time Signal \| Folding \|Time Reversal\| Folding + Shifting \| x(-n-k) \| x(-n+k)	Click Here
8	Deterministic and non-deterministic Signal \| Classifications of Discrete-time Signals	Click Here
9	Causal Signal, Non-Causal Signal, and Anti-Causal Signal \| Classifications of Discrete-Time Signals	Click Here
10	Symmetric (Even) and Antisymmetric (Odd) Signal \| Classifications of Discrete-Time Signals	Click Here
11	Energy Signal and Power Signal \| Classifications of Discrete-Time Signals \| Signals, and Systems	Click Here
12	Numerical1 \| Check (1/2)^n u(n) Energy or Power Signal \| Classifications of Discrete-Time Signals	Click Here
13	Numerical2 \| Check δ [n] is Energy Signal or Power Signal \| Unit Impulse Signal is Energy or Power	Click Here
14	Numerical3 \| Check e^(j πn/2) is Energy Signal or Power Signal \| Complex Exponential Signal	Click Here
15	Numerical 4 \| Check sin(πn/4) is Energy Signal or Power Signal \| Trigonometric Function	Click Here
16	Numerical 5 \| Check cos(πn/4) is Energy Signal or Power Signal \| Trigonometric Function	Click Here
17	Numerical 6\| Check u [n] is Energy Signal or Power Signal \| Unit Step Signal is Energy or Power	Click Here
18	Numerical-7 \| Energy signals and Power Signals \| Constant x(n) = K is Energy Signal or Power Signal	Click Here
19	Numericals(8,9) \| Neither Energy nor Power Signals (NENP Signals) \| Signals and Systems \| DTS	Click Here
20	Numerical 10 \| Energy Signals and Power Signals \| Ramp Signal is Neither Energy Nor Power Signal (NENP)	Click Here
21	Periodic and Aperiodic Signals \| Discrete-Time Periodic Signal \| Periodicity	Click Here
22	Numerical-1 \| Periodic and Aperiodic Signals \| Discrete-Time Periodic Signal \| Fundamental Period	Click Here
23	Numerical-2,3 \| Periodic and Aperiodic Signals \| Discrete-Time Periodic Signal \| Fundamental Period	Click Here
24	Numerical-4,5 \| Periodic and Aperiodic Signals \| Discrete-Time Periodic Signal \| Fundamental Period	Click Here
25	Numerical-6 \| Periodic and Aperiodic Signals \| Discrete-Time Periodic Signal \| Fundamental Period	Click Here
26	Numerical-7,8 \| Periodic and Aperiodic Signals \| Discrete-Time Periodic Signal \| Fundamental Period	Click Here
27	Linear and Non linear Systems \| Classifications of Discrete Time Systems \| y(n) = x^2(n)	Click Here
28	Time-Variant (TV) and Time-Invariant Systems(TIV) \| Classifications of Discrete-Time Systems	Click Here
29	Static and Dynamic Systems \| Classifications of Discrete-Time Systems \| Memoryless and with memory	Click Here
30	causal and Non Causal Systems final \| Classifications of Discrete-Time Systems \| Signals and Systems	Click Here
	Z TRANSFORM AND ITS PROPERTIES
1	Introduction to the Z transform \| Introduction to the Z Transform \| Signals and Systems \| Digital Signal Processing	Click Here
2	Determine the Z Transform and ROC of x(n) = a^nu(n) \| Z Transform and ROC of Infinite duration (Causal) Sequence	Click Here
3	Determine the Z Transform and ROC of (-b)^n u(-n-1) Z Transform and ROC of Infinite Duration (Non-Causal) Sequence	Click Here
4	Properties of Region of Convergence \| ROC properties: Z Transform \| Signals and Systems \| Digital Signal Processing	Click Here
5	Lecture-8: causality and stability in Z Transform using ROC	Click Here
6	Lecture-9: Z Transform Properties a brief introduction	Click Here
7	Lecture-10: Linearity Property of Z Transform Proof with Numerical \| Signals and Systems \| Digital Signal Processing	Click Here
8	Lecture-11: Shifting Property of Z Transform Proof with numerical \| Z Transform Properties	Click Here
9	Lecture-12: Time Reversal Property of Z transform Proof with Numerical \| Z Transform Properties	Click Here
10	Lecture-13: Scaling Property of Multiplication with exponential Property – Z Transform Properties	Click Here
11	Lecture-14: Convolution Property of Z Transform Proof with Numerical \| Z Transform Properties	Click Here
12	Lecture-15.1: Differentiation property of Z transform with proof \| Z Transform Properties	Click Here
13	Lecture -15.2 : Differentiation Property Numerical x(n) = n.a^n.u(n) \| Z Transform Properties	Click Here
14	Lecture – 16: Complex Convolution Theorem of Multiplication Property of Z Transform \| Z Transform Properties	Click Here
15	Lecture – 18 Parseval’s theorem of Z Transform with proof \| Z Transform Properties	Click Here
16	Lecture -19: One-sided z transform[Unilateral z Transform] Unilateral vs. Bilateral z transform	Click Here
17	Lecture – 20: 1/4 Shifting Property Proof of One-Sided Z Transform	Click Here
18	Lecture -21: System function H(z) and Unit sample response h(n) of a difference equation	Click Here
19	Lecture-22: Rational function in z transform [Inverse z transform using partial Fraction Method]	Click Here
20	Lecture -23: Numerical – Inverse z transform using partial fraction expansion method	Click Here
21	Lecture-24: Inverse Z Transform using Long Division Method \| Power Series Method	Click Here

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