Course Name: EE5330 : Digital Signal Processing

Description: Discrete ? Tine signals and systems: Basic sequences and sequence operations. Linear time invariant systems Causality and stability. Linear constant coefficient difference equations. Discrete-time Fourier transform and its properties. Convolution and modulation theorems. Complex variables: Contour integrals? Cauchy?s integral formula? residues and residue theorem. Z-Transform: Properties of the region of convergence. Inverse z-transforms. Z-transform properties. Sampling of Continuous-Time Signals: Periodic sampling. Frequency domain representation of sampling. Reconstruction of a band limited signal form its samples. Changing the sampling rate using discrete time processing. Multirate signal processing. Transform Analysis of LTI Systems: Frequency response of LTI systems. Relationship between magnitude and phase. All-pass systems. Minimum phase systems, Generalised linear phase systems. Structures of Discrete-Time Systems: Signal flow graph representation of linear constant coefficient difference equations

Slot: D

RoomNo: ESB 242

Instructor: Ramalingam C S

Period: JUL-NOV 2013

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