Lecture notes communication system
Lecture 1: Course Overview No tutorials in week 1
Lecture 2: Introduction + Shannon Limit
Lecture 3: Signals & Systems
Lecture 4: LTI Systems Tutorial 1
Lecture 5: Fourier Representations
Lecture 6: Signal Transmission & Filtering
Lecture 7: Correlation & Spectral Density Tutorial 2, Assignment 1 available
Lecture 8: Bandpass Signals & Systems
Lecture 9: Amplitude Modulation
Lecture 10: Angle modulation (1) (ADR) Tutorial 3, do Assignment 1
Lecture 11: Angle modulation (2)
Lecture 12: Generation and Detection of FM and PM
Lecture 13: Sampling theory and practice (1) Tutorial 4, Assignment 1 Due Mon 29-Mar-2010, Assignment 2 available
Lecture 14: Sampling theory and practice (2)
Lecture 15: Pulse Modulation Tutorial 5, Assignment 2 Due (14-Apr-2010) Prac 1
Lecture 16: CW Receivers 1 (1)
Lecture 17: CW Receivers 1 (2)
Lecture 18: CW Receivers 2 Tutorial 6/7
Lecture 19: Multiplexing Systems (1)
Lecture 20: Multiplexing Systems (2)
Lecture 21: Phase-Lock Loops – PLL operation and lock-in Tutorial 8 Prac 2
Lecture 22: Phase-Lock Loops (PLL) – Linearised PLL model and FM detection
Lecture 23: PLL Synthesizer (PLL) – Frequency synthesizers, Synchronous detection
Lecture 24: Communications Link Design (1)
Lecture 25: Communications Link Design (2) Assignment 3 Due (4-Jun-2010, 5pm) Prac 3
Lecture 26: Television Systems
Lecture 27: Line Codes & Spectra (KSB)
Lecture 28: Noise, Errors & Synchronisation Tutorial 9/10
Lecture 29: Telephone & Internet
Lecture 30: Binary Bandpass Signalling (KSB)
Lecture 31: Source Coding Tutorial 11,
Lecture 32: Channel Coding