Target audience:
ECE and allied undergrads.
Course description: Digital signal processing has rapidly developed over a past few decades due to significant developments in digital computer technology. This course develops on the foundations of the pe-requisite course on “Signals and Systems.” In this course, students are introduced to the basic analysis tools and techniques for the processing of digital signals. The course deals with the conversion of analog to digital signals, Fourier domain approach for the analysis of discrete-time signals and systems, design of filters, and introduction to multirate digital systems.
Course objectives/Learning outcomes:
Analyze discrete time systems in time domain, z domain and frequency domain.
Analyze and implement digital systems using DFT and FFT.
Realize digital filters using different structures.
Apply design techniques for digital filters according to specifications.
Use Python for analysis and design of DSP systems.
Course notes: Find here.
Assignments and examinations: