- Teacher: Yassir Alhaj
- Teacher: ا. اشرف ابراهيم
Course Introduction:
The aims of this course are to develop student’s understanding of signals and systems analysis, to provide the mathematical tools needed for analysis of continuous and discrete –time signals and systems, and to develop the skills required for the design and analysis of linear systems.
Topics to be Covered during the course:
1. Concepts of Continuous and discrete signals
2. Concepts of Systems.
3. Linear Time Invariant Systems Properties
4. Convolution Sum and Convolution Integral
5. Differential and difference equations.
6. Fourier series and Fourier Transforms
7. The Sampling Theory
8. The Laplace Transform
9. The Z-transform
10. System transfer functions and the impulse response
11. Low and high-pass filter design
Text Book:
Oppenheim & Willsky (1998), Signals and Systems, Prentice-Hall, ISBN: 0-13-651175-9
The aims of this course are to develop student’s understanding of signals and systems analysis, to provide the mathematical tools needed for analysis of continuous and discrete –time signals and systems, and to develop the skills required for the design and analysis of linear systems.
Topics to be Covered during the course:
1. Concepts of Continuous and discrete signals
2. Concepts of Systems.
3. Linear Time Invariant Systems Properties
4. Convolution Sum and Convolution Integral
5. Differential and difference equations.
6. Fourier series and Fourier Transforms
7. The Sampling Theory
8. The Laplace Transform
9. The Z-transform
10. System transfer functions and the impulse response
11. Low and high-pass filter design
Text Book:
Oppenheim & Willsky (1998), Signals and Systems, Prentice-Hall, ISBN: 0-13-651175-9
- Teacher: Hesham Dafalla
- Teacher: Kamal Ramdan
- Teacher: Altyeb Mohammed