Digital Signal Processing

Upon successful completion of this course the student / wo will have advanced knowledge on the subject of Digital Signal Processing, on which it will be able to: - Describes a block diagram of the basic and specific processes of Digital Signal Processing - Selects appropriate between alternative descriptions digital system, based on the problem faced. - Makes spectral analysis of signals and systems using digital systems simulation tools to calculate the output. - Interprets the results of spectral analysis of digital signals and systems in order to progress in characterization and classification. - Analyzes signal processing problems in realistic application scenarios (audiovisual signal processing, biomedical signal, telecommunications signal) and complex solutions (planning digital systems) based on the approaches taught. - Works in a team for the comprehensive treatment (analysis - synthesis) complex problem of digital signal processing, critical evaluation of alternatives and decision-making to implementation.

Objectives

Upon successful completion of this course the student / wo will have advanced knowledge on the subject of Digital Signal Processing, on which it will be able to: - Describes a block diagram of the basic and specific processes of Digital Signal Processing - Selects appropriate between alternative descriptions digital system, based on the problem faced. - Makes spectral analysis of signals and systems using digital systems simulation tools to calculate the output. - Interprets the results of spectral analysis of digital signals and systems in order to progress in characterization and classification. - Analyzes signal processing problems in realistic application scenarios (audiovisual signal processing, biomedical signal, telecommunications signal) and complex solutions (planning digital systems) based on the approaches taught. - Works in a team for the comprehensive treatment (analysis - synthesis) complex problem of digital signal processing, critical evaluation of alternatives and decision-making to implementation.

Prerequisites

Course Specialization

Syllabus

The course consists of the following topics: - Description and Technical Data card TMS320C5505 eZdsp ™ - Description & Technical Specifications Processor (DSP) TMS320C5505 - Guidelines for the Development and Program Implementation in Code Composer Studio v.4 - Digital production systems and Resonance phenomena Echo (Echo and Reverberation) - Composition Digital Waveform Sine (Sine Wave Generation) - Membership tonnes telephones Dual Tone Multiple Frequency (DTMF) - Digital Filters Type Comb (Comb filters) - Digital Filter Design Finite Time Response (Finite Impulse Response (FIR) Filters Design) - Digital Filter Design of Infinite Impulse Response (Infinite Impulse Response (IIR) Filters Design) - Alteration Voice (Alien voices generation)