8.1. Syllabus 2016-2017

8.1.1. Schedule

Week	Lectures	Tutor session + Lab session	Deadlines
1	Introduction Complex Numbers Elementary Signals	Pen/Paper Exercises Numpy Complex Numbers Plotting (complex signals)
	Linear Systems Convolutions Eigenfunctions	Pen/Paper Exercises Convolutions
2	CTFS	Pen/Paper Exercises
	CTFT	Analog Signal Processing Oscilloscope Resistors/Capacitors/Inductors, Complex Impedance RCL Filters Bode plot
3	DT Non periodic	Pen/Paper Exercises
	DT Periodic FFT	FFT of sound signals Sampletime, No of samples, Frequencies
4	Sampling Nyquist Shannon	Sampling Audio Signals
	Windowing Short Time Fourier Transform	SHAZAM
5	Discrete Filters Z-transform Block Diagrams	SHAZAM
	Discrete Filters FIR IIR	Audio filter Notch filter (to remove 50Hz hum) Recursive Gaussian Filter IIR audio filters (biquad)
6	Control Theory I Laplace Transform Differential Equations Block Diagrams Feedback	Pen/Paper Exercises
	Control Theory II Responses (impuls, step, sinus) 1st and 2nd order systems	Pen/Paper Exercises Python Simulations
7	Control Theory III Stability Root locus PID controller	PID (hands-on) demonstrations Line follower Balancing beam Segway
	Recap and Exam preparation
8	EXAM