Chapter - 1: Signals ==============1.Deterministic and random signals2.Analog and Digital Signals3.Unit impulse Function - Elementary Signals4.Unit step Function5.Unit Ramp and Parabolic & Singularity Functions 6. Exponential Functions - Elementary Signals7. Signum Function - Elementary Signals8. Rectangular Function - Elementary Signals9. Triangular Function - Elementary Signals10. Sinusoidal Functions - Elementary Signals11. Sinc & Sampling Functions - Elementary Signals12. Periodic & Non Periodic Signals- Classification13.Even and Odd Signals14.Causal and Non Causal Signals16.Rectangular Function E & P17.Unit step Function E & P18.Unit Ramp Function E & P19.Power of Sinusoidal Signal20.Effect of shifting and Scaling on E & P21.Observation Points on E & P22.Operations on Independent Variable of Signal23. GATE Previous Problems with Solutions Set - 1 24. GATE Previous Problems with Solutions Set - 2Chapter - 2: Systems================15. 1. Systems Classification - Linear & Nonlinear Systems16. 2. Systems Classification - Time Variant & time Invariant Systems17. 3. Static & Dynamic & Causal & Non Causal Systems18. 4. Examples19. 5. Stable & Unstable Systems20. 6. Examples21 7. Invertible & Non Invertible Systems23. 9. GATE Previous Problems with Solutions Set - 124. 10.GATE Previous Problems with Solutions Set - 225. 11.GATE Previous Problems with Solutions Set - 3 Chapter - 3: Fourier Series==================1. Fourier Series Introduction2.Orthogonality in Vectors3.Orthogonality in Signals4.Orthogonal Signal Space & Signal Approximation5.Mean Square Error and Complete Set6.Orthonormal Set7.Complete Set Exampl
What you'll learn
understand deterministic and random signals
classify various types of systems
apply Fourier series concepts
solve previous GATE exam problems related to signals and systems
Course objectives
provide a foundational understanding of signals and systems
enable students to analyze and classify different signals and systems
prepare students for advanced topics in electrical engineering