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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.
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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.