ECE6580: DSP Implementation Course Overview and Requirements
Welcome to ECE6580, the Digital Signal Processing Implementation course taught by Dr. Darrel Judd. This course covers essential topics such as DSP architectures, data structures, and includes hands-on labs, mid-term and final tests. Prerequisites include C programming, sampling theory, and digital filter theory. Students will explore software standards and have a project that requires a DSP system design, with a focus on audio processing and performance specifications. For assistance, contact Teaching Assistants Ying Ding and Geeta Pasrija.
ECE6580: DSP Implementation Course Overview and Requirements
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Presentation Transcript
ECE6580 DSP Implementation • Instructor – Darrel Judd • Contact at drjudd@ieee.org • Class web site www.ece.utah.edu/~ece6580
ECE6580 DSP Implementation • Teaching Assistants • Ying Ding - yd4@utah.edu • Geeta Pasrija - pasrija@lab2eng.utah.edu
ECE6580 DSP ImplementationClass Prerequisites • C Programming • Sampling Theory • Digital Filter Theory
ECE6580 DSP ImplementationSubjects Covered • Software Standards for the class. • DSP Architectures • DSP Data Structures • Indebt study of ADSP-21161 • Indebt study of TMS32C6711
ECE6580 DSP ImplementationGrading • Labs: 100 points • Tests - Mid-Term and Final: 100 Points • Project : 100 Points • Can drop lowest score, but must take all tests and do project
ECE6580 DSP ImplementationLab 1 • Recommend a DSP system that will meet the following specs: • Audio Processing • 102 dB SNR • Process a 16K FFT. • Due Friday Jan 16.