Weekly outline
- General
- 1. 13 September - 19 September
- 2. 20 September - 26 September
2. 20 September - 26 September
Chapter 1 Signals & Systems
1.1 Continuous-time signal and discrete-time signal
1.2 Independent variable conversion
1.3 Exponential and sinusoidal function - 3. 27 September - 3 October
3. 27 September - 3 October
Chapter 1 Signals & Systems (II)
1.4 Unit impulse and unit step function
1.5 Continuous-time and discrete-time system
1.6 The basic property of system - 4. 4 October - 10 October
4. 4 October - 10 October
Chapter 2 Fourier Transform
2.1 Fourier Series & Spectrum
2.2 Fourier transform theorems
2.3 Fourier transform properties - 5. 11 October - 17 October
5. 11 October - 17 October
Chapter 3 Sampling Theorem
3.1 Sampling theorem
3.2 Aliasing theorem
3.3 Continuous-time signal sampling
3.4 Dicrete-time signal sampling - 6. 18 October - 24 October
6. 18 October - 24 October
Chapter 4 z-Transform I
4.1 z-Transform definition
4.2 z-Transform properties - 7. 25 October - 31 October
- 8. 1 November - 7 November
8. 1 November - 7 November
Chapter 5 Continuous-Time Signals and LTI Systems
5.1 Continuous-Time Signals
5.2 Linear time invariant system
5.3 LTI properties - 9. 8 November - 14 November
- 10. 15 November - 21 November
10. 15 November - 21 November
Chapter 6 Laplace transform (I)
6.1 Laplace transform
6.2 Inverse Laplace transform
6.3 The property of Laplace transform
6.4 Frequency Response of FIR Filters - 11. 22 November - 28 November
11. 22 November - 28 November
Chapter 6 Laplace transform II
6.4 LTI analysis using Laplace transform
6.5 Block diagram of System representation
6.6 Single side Laplace transform - 12. 29 November - 5 December
12. 29 November - 5 December
Chapter 7 Time/Frequency Property in Signals & Systems
7.1 Frequency response for LTI
7.2 Sine frequency response
7.3 Low-pass, high pass, bandpass filter - 13. 6 December - 12 December
13. 6 December - 12 December
Chapter 8 Filtering, Modulation, and Sampling
8.1 Linear time invariant system
8.2 Amplitude modulation of sinusoids
8.3 Sampling and reconstruction - 14. 13 December - 19 December
14. 13 December - 19 December
Chapter 9 Computing the Spectrum
9.1 Sum of finite Fourier
9.2 Different form of Fourier transform
9.3 The period gram
- 15. 20 December - 26 December
15. 20 December - 26 December
Chapter 10 Linear feedback system (I)
10.1 Linear feedback system
10.2 Feedback system application and result
10.3 Root locus analysis - 16. 27 December - 2 January
16. 27 December - 2 January
Chapter 10 Linear feedback system (II)
10.4 Nyquist stability criterion
10.5 Gain and phase margin - 17. 3 January - 9 January
17. 3 January - 9 January
Chapter 11 Communication system
11.1 Sinusoidal modulation and demodulation
11.2 Frequency-division multiplexing
11.3 Pulse modulation - 18. 10 January - 16 January
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