Lecture Notes - Signal Anlaysis and Communication

Welcome here :)!

Please click on the links below to access my lecture notes for the course "Signal Analysis and Communication", which I taught to Third Year Engineering students in Fall 2022 and Fall 2023 at the Department of Electrical and Computer Engineering, University of Toronto.

• Lecture 1: Introduction to Signals
• Lecture 2: Properties Of Signals
• Lecture 3: Exponential and Sinusoidal Signals
• Lecture 4: Unit Impulse and Step Functions
• Lecture 5: Introduction to Systems, Properties of Systems (Memoryless and Invertibility)
• Lecture 6: Properties of Systems (contd.)
• Lecture 7: DT LTI Systems
• Lecture 8: CT LTI Systems
• Lecture 9: Properties of LTI Systems
• Lecture 10: Properties of LTI Systems (contd.)
• Lecture 11: Properties of LTI Systems (contd.)
• Lecture 12: LCCDE
• Lecture 13: Response of LTI Systems to Complex Exponentials
• Lecture 14: Fourier Series Representation of CT Periodic Signals
• Lecture 15: Fourier Series for Periodic Signals (contd.)
• Lecture 16: Convergence of Fourier Series
• Lecture 17: Properties of CTFS
• ECE355_Lec18_Continuous Time Fourier Transform
• Lecture 19: CTFT (contd.) + FT of Periodic Signals
• Lecture 20: Properties of CTFT
• Lecture 21: CTFT and LCCDE
• Lecture 22: Convolution and Multiplication Properties of CTFT
• Lecture 23-1: DTFS
• Lecture 23-2: DTFT
• Lecture 24: DTFT (contd.) + DTFT for Periodic Signals
• Lecture 25: Properties Of DTFT
• Lecture 26: Midterm2 Content Review
• Lecture 27: Properties of DTFT (contd.), LCCD(ifference)E
• Lecture 28: Sampling
• Lecture 29: Reconstruction from Samples
• Lecture 30: Undersampling_Aliasing
• Lecture 31: Sampling of DT Signals
• Lecture 32: Modulation
• Lecture 33: Non-Ideal Demodulation + Frequency Division Multiplexing
• Lecture 34: SSB Sinusoidal AM + AM with Pulse Train Carrier
• Lecture 35: Angle Modulation