This course aims to extend the continuous-time analysis of signals and systems to discrete time. This course provides the following: Review of Discrete-time signals and systems, Correlation, Frequency Domain Concepts, Analogue to Digital conversion, Sampling, Quantization, LTI systems described by difference equations, FIR and IIR Filters design, and implementation. Z-transform applications, Discrete-Time Fourier Transform, Fast Fourier Transforms (FFT).
- Teacher: Iman Abualmaaly
- Teacher: Elsadig Saeed
Applications for electromagnetic fields include a wide range of technologies that are essential to daily living, such as medical imaging and telecommunications. Utilizing the laws of electromagnetism, these applications produce images of the interior of the body, convey data, and generate electricity.
This course examines electromagnetic phenomena in a variety of contemporary applications, such as electrical motors, transmission lines, waveguides, wireless, MEMS, antennas, and acoustics. Fundamentals contain the solutions to Maxwell's equations, as well as forces, power, and energy, waves, radiation, and guided waves.
This course examines electromagnetic phenomena in a variety of contemporary applications, such as electrical motors, transmission lines, waveguides, wireless, MEMS, antennas, and acoustics. Fundamentals contain the solutions to Maxwell's equations, as well as forces, power, and energy, waves, radiation, and guided waves.
- Teacher: Sami Sharif