Introduction to Signals and Systems.
Continuous and Discrete Time Signals.
Addition of ContinuousTime Signals.
Multiplication of ContinuousTime Signals.
Time Scaling of ContinuousTime Signals.
Amplitude Scaling of ContinuousTime Signals.
Time Shifting of ContinuousTime Signals.
Amplitude Shifting of ContinuousTime Signals.
Reversal of ContinuousTime Signals.
Multiple Transformations of ContinuousTime Signals.
Multiple Transformations of CTS (Important Point & Shortcut).
Multiple Transformations of CTS (Solved Problem 1).
Multiple Transformations of CTS (Solved Problem 2).
Even and Odd Signals.
Even and Odd Components of a Signal.
Properties of Even and Odd Signals.
Even and Odd Signals (Solved Problem 1).
Even and Odd Signals (Solved Problem 2).
Even and Odd Signals (Solved Problem 3).
Even and Odd Signals (Solved Problem 4).
Periodic and NonPeriodic Signals.
Periodic and NonPeriodic Signals (Important Point).
Calculation of Fundamental Period.
Periodic and NonPeriodic Signals (Solved Problems).
Effect of TimeShifting & TimeScaling on Fundamental Time Period.
Effect of TimeReversal and Phase Shift on Fundamental Time Period.
Effect of AmplitudeShifting on Fundamental Time Period.
Effect of AmplitudeScaling on Fundamental Time Period.
Effect of Amplitude Reversal on Fundamental Time Period.
Conjugate Symmetric Signals.
Conjugate Antisymmetric Signals.
HalfWave Symmetric Signals.
Half Wave Symmetric Signals (Solved Problems).
Area of ContinuousTime Signals.
Average Value of ContinuousTime Signals.
Average Value of ContinuousTime Signals (Solved Problems)  Part 1.
Average Value of ContinuousTime Signals (Solved Problems)  Part 2.
Average Value of Continuous Time Signals (Solved Problems)  Part 3.
Energy and Power of Continuous Time Signals.
Energy Signals.
Energy of CT Signals (Solved Problems)  Part 1.
Energy of CT Signals (Solved Problems)  Part 2.
Energy of CT Signals (Solved Problems)  Part 3.
Power Signals.
Power of CT Signals (Solved Problems)  Part 1.
Power of CT Signals (Solved Problems)  Part 2.
Power of CT Signals (Solved Problems)  Part 3.
Power, RMS & Average Values of Standard Signals.
Neither Energy Nor Power (NENP) Signals.
Shortcut for Energy, Power & NENP Signals.
Energy, Power & NENP Signals (Solved Problem 1).
Energy, Power & NENP Signals (Solved Problem 2).
Energy, Power & NENP Signals (Solved Problem 3).
Energy and Power of DiscreteTime Signals.
Orthogonal Signals.
Orthogonal Signals (Solved Problems 1).
Orthogonal Signals (Solved Problems 2).
Orthogonal Signals (Solved Problems 3).
Unit Impulse Signal.
Properties of Impulse Signal (Part 1).
Properties of Impulse Signal (Part 2).
Impulse Signal (Solved Problems)  Part 1.
Impulse Signal (Solved Problems)  Part 2.
Unit Step Signal.
Unit Ramp Signal.
Unit Parabolic Signal.
Relation between Unit Impulse and Unit Step Signals.
Signum Function.
Unit Rectangular Function.
Unit Triangular Function.
Sinc Function.
Sampling Property of Unit Impulse Signal.
Exponential Signals (Real and Complex).
Mathematical Representation of Signal Waveforms (Shortcut).
Mathematical Representation of Signal Waveforms (Solved Problems).
Differentiation of ContinuousTime Signals.
Differentiation of Continuous Time Signals (Solved Problems).
Integration of ContinuousTime Signals.
Integration of ContinuousTime Signals (Solved Problem).
Graphical Integration  Examples (Part 1).
Graphical Integration  Examples (Part 2).
Basic System Properties.
Static and Dynamic Systems.
Static and Dynamic Systems (Solved Problems)  Part 1.
Static and Dynamic Systems (Solved Problems)  Part 2.
Causal and NonCausal Systems.
Causal and NonCausal Systems (Solved Problems)  Part 1.
Causal and NonCausal Systems (Solved Problems)  Part 2.
TimeInvariant and TimeVariant Systems.
TimeInvariant and TimeVariant Systems (Solved Problems)  Part 1.
TimeInvariant and TimeVariant Systems (Solved Problems)  Part 2.
TimeInvariant and TimeVariant Systems (Split System).
Linear and NonLinear Systems.
Linear and NonLinear Systems (Solved Problems)  Part 1.
Linear and NonLinear Systems (Solved Problems)  Part 2.
Linear and NonLinear Systems (Solved Problems)  Part 3.
Linear and NonLinear Systems (Solved Problems)  Part 4.
Linear and NonLinear Systems (Integral & Differential Operators).
Linear and NonLinear Systems (Even & Odd Operators).
Linear and NonLinear Systems (Real & Imaginary Operators).
Linear and NonLinear Systems (Various Nonlinear Operators).
Linear and NonLinear Systems (All Properties).
Checking System Linearity using Transfer Characteristics.
Invertible and NonInvertible Systems.
Invertible and NonInvertible Systems (Solved Problems).
Stable and Unstable Systems.
Stable and Unstable Systems (Solved Problems)  Part 1.
Stable and Unstable Systems (Solved Problems)  Part 2.
Prerequisites for LTI Systems (Revision of Linearity & Time Variance).
Prerequisites for LTI Systems (Laplace Transform).
Linear TimeInvariant (LTI) Systems.
Transfer Function.
Transfer Function Calculation.
Impulse Response and Convolution.
Introduction to Convolution Operation.
Properties of Convolution (Part 1).
Properties of Convolution (Part 2).
Properties of Convolution (Part 3).
Properties of Convolution (Part 4).
Convolution Operation (Shortcut).
Convolution (Solved Problem 1).
Convolution (Solved Problem 2).
Convolution (Solved Problem 3).
Convolution (Solved Problem 4).
Convolution (Solved Problem 5).
Convolution (Solved Problem 6).
Static LTI System.
Static LTI System (Solved Problems).
Causal LTI System.
Causal LTI System (Solved Problems).
Stable LTI System.
Stable LTI System (Solved Problems)  Part 1.
Stable LTI System (Solved Problems)  Part 2.
Harmonics and LTI System.
Magnitude Distortion in LTI Systems.
Phase Distortion in LTI Systems.
Distortionless LTI System.
Group Delay and Phase Delay.
Group Delay & Phase Delay (Solved Problems).
Standard Differential Equation for LTI Systems.
Introduction to Fourier Series.
Conditions for Existence of Fourier Series (Dirichlet Conditions).
Trigonometric Fourier Series.
Trigonometric Fourier Series (Example 1).
Trigonometric Fourier Series (Example 2).
Trigonometric Fourier Series (Example 3).
Trigonometric Fourier Series (Example 4).
Trigonometric Fourier Series (Example 5).
Complex Exponential Fourier Series.
Complex Exponential Fourier Series (Example 1).
Complex Exponential Fourier Series (Example 2).
Complex Exponential Fourier Series (Example 3).
Complex Exponential Fourier Series (Example 4).
Complex Exponential Fourier Series (Example 5).
Relation between Fourier Coefficients.
Relation between Fourier Coefficients (Solved Problem).
x(t)−Cn Pairs (Shortcut for Objectives).
Complex Exponential Fourier Series (Solved MCQ 1).
Complex Exponential Fourier Series (Solved MCQ 2).
Complex Exponential Fourier Series (Solved MCQ 3).
Symmetricities in Fourier Series (Part 1).
Symmetricities in Fourier Series (Part 2).
Hidden Symmetry in Fourier Series (Examples).
Properties of Fourier Series (Part 1).
Properties of Fourier Series (Part 2).
Properties of Fourier Series (Part 3).
Properties of Fourier Series (Part 4).
Properties of Fourier Series (Part 5).
Properties of Fourier Series (Part 6).
Parseval's Power Theorem.
Parseval's Power Theorem (Solved Example).
Properties of Fourier Series (Solved Problems).
Fourier Series for LTI Systems.
Introduction to Fourier Transform.
Conditions for Existence of Fourier Transform (Dirichlet Conditions).
Properties of Fourier Transform (Part 1).
Properties of Fourier Transform (Part 2).
Properties of Fourier Transform (Part 3).
Properties of Fourier Transform (Part 4).
Properties of Fourier Transform (Part 5).
Properties of Fourier Transform (Part 6).
Properties of Fourier Transform (Part 7).
Properties of Fourier Transform (Part 8).
Parseval's Energy Theorem.
Duality Property of Fourier Transform.
Fourier Transform of Basic Signals (DC Value).
Fourier Transform of Basic Signals (Impulse Signal).
Fourier Transform of Basic Signals (Exponential Signals).
Fourier Transform of Basic Signals (Signum Function).
Fourier Transform of Basic Signals (Unit Step Signal).
Fourier Transform of sgn(t) & u(t) [Important Shortcut].
Fourier Transform of Basic Signals (Complex Exponential Signal).
Fourier Transform of Basic Signals (Cosω₀t).
Fourier Transform of Basic Signals (Sinω₀t).
Fourier Transform of Basic Signals (Rectangular Function).
Fourier Transform of Basic Signals (Triangular Function).
Fourier Transform of Basic Signals (Sampling Function).
Fourier Transform (Solved Problem 1).
Fourier Transform (Solved Problem 2).
Fourier Transform (Solved Problem 3).
Fourier Transform (Solved Problem 4).
Fourier Transform (Solved Problem 5).
Fourier Transform (Solved Problem 6).
Fourier Transform (Solved Problem 7).
Fourier Transform (Solved Problem 8).
Fourier Transform (Solved Problem 9).
Fourier Transform (Solved Problem 10).
Calculation of Cn using Fourier Transform.
Fourier Transform for Periodic Signals.
Fourier Transform (Solved Problem 11).
x(t)−X(ω) Pairs (Shortcut for Objectives).
Fourier Transform (Solved Problem 12).
Fourier Transform (Solved Problem 13).
Fourier Transform (Solved Problem 14).
Fourier Transform (Solved Problem 15).
Fourier Transform (Solved Problem 16).
Fourier Transform (Solved Problem 17).
Fourier Transform (Solved Problem 18).
Fourier Transform (Solved Problem 19).
Fourier Transform (Solved Problem 20).
Fourier Transform (Solved Problem 21).
Fourier Transform (Solved Problems 22 & 23).
Introduction to Laplace Transform.
Relation between Laplace Transform & Fourier Transform.
Condition for Existence of Laplace Transform.
ROC and its Properties.
ROC and Stability.
Shortcut for Region of Convergence (ROC).
Properties of Laplace Transform (Part 1).
Properties of Laplace Transform (Part 2).
Properties of Laplace Transform (Part 3).
Properties of Laplace Transform (Part 4).
Properties of Laplace Transform (Part 5).
Properties of Laplace Transform (Part 6).
Initial Value Theorem.
Final Value Theorem.
Laplace Transform of Basic Signals (Unit Impulse Signal).
Laplace Transform of Basic Signals (Unit Step Signal).
Laplace Transform of Basic Signals (DC Value & Signum Function).
Laplace Transform of Basic Signals (Exponential Signals).
Laplace Transform of Basic Signals (Unit Ramp Signal).
Laplace Transform of Basic Signals [Cosω₀t.u(t)].
Laplace Transform of Basic Signals [Sinω₀t.u(t)].
Laplace Transform (Solved Problem 1).
Laplace Transform (Solved Problem 2).
Laplace Transform (Solved Problem 3).
Laplace Transform (Solved Problem 4).
Laplace Transform (Solved Problem 5).
Laplace Transform (Solved Problem 6).
Laplace Transform (Solved Problem 7).
Laplace Transform (Solved Problems 8 & 9).
Laplace Transform (Solved Problem 10).
Laplace Transform (Solved Problem 11).
Inverse Laplace Transform.
Inverse Laplace Transform (Solved Problem).
ROC and Stability of Causal LTI Systems.
Laplace Transform to Solve Differential Equations.
Laplace Transform (Solved Problem 12).
Laplace Transform (Solved Problem 13).
Laplace Transform (Solved Problem 14).
Sampling Theorem.
Nyquist Rate & Nyquist Interval.
Properties of Nyquist Rate.
Nyquist Rate (Solved Problem 1).
Nyquist Rate (Solved Problem 2).
Nyquist Rate (Solved Problem 3).
Reconstruction of Signals.
Reconstruction of a Signal Using Practical LPF.
Frequency Components Present in S(f).
Reconstruction of Signals (Solved Problem 2).
Reconstruction of Signals (Solved Problem 3).
Sampling Theorem for Band Pass Signals.
Operations on Discrete Time Signals (Time Shifting).
Operations on DTS (Time Compression, Time Expansion & Time Reversal).
Operations on DTS (Amplitude Scaling & Amplitude Reversal).
Addition of Discrete Time Signals.
Multiplication of Discrete Time Signals.
Multiple Operations on Discrete Time Signals (Part 1).
Multiple Operations on Discrete Time Signals (Part 2).
Even and Odd Discrete Time Signals.
Even and Odd Parts of Discrete Time Signal.
Conjugate Symmetric and Conjugate Antisymmetric DTS.
Periodic Discrete Time Signals.
Periodic Discrete Time Signals (Solved Problems).
Discrete Time Energy Signals.
Discrete Time Energy Signals (Solved Problems).
Discrete Time Power Signals.
Discrete Time Power Signals (Solved Problems).
Unit Impulse Sequence.
Unit Step & Unit Ramp Sequences.
Discrete Time Signum Function.
Discrete Time Convolution.
Discrete Time Convolution (Tabular Method).
Static & Dynamic Discrete Time Systems.
Causal and NonCausal Discrete Time Systems.
Time−Invariant & Time−Variant Discrete Time Systems.
Linear and Non−Linear Discrete Time Systems.
Stable & Unstable Discrete Time Systems.
Discrete Time Signals & Systems (Solved Problem 1).
Discrete Time Signals & Systems (Solved Problem 2).
Discrete Time Signals & Systems (Solved Problem 3).
Discrete Time Signals & Systems (Solved Problem 4).
Discrete Time Signals & Systems (Solved Problem 5).
Discrete Time Signals & Systems (Solved Problem 6).
Introduction to ZTransform.
Condition for Existence of ZTransform.
Properties of ZTransform (Part 1).
Properties of ZTransform (Part 2).
Properties of ZTransform (Part 3).
Properties of ZTransform (Part 4).
Properties of ZTransform (Part 5).
Properties of ZTransform (Initial Value Theorem).
Properties of ZTransform (Final Value Theorem).
Syllabus
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Course is very good and learned a lot of subject with the help of this course .I enjoyed the course and learned a lot from it. The content is well organised and focused on practical situations. I particularly enjoyed the bits of psychological research shared in the content.