A Digital Logic Based Experimental Design Of A Dsp/Communication System For Ecet Students | Zendy

Robert Adams | Zendy; James Zhang | Zendy; Paul Yanik | Zendy; Ken Burbank | Zendy

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A Digital Logic Based Experimental Design Of A Dsp/Communication System For Ecet Students

Author(s) -

Robert Adams,

James Zhang,

Paul Yanik,

Ken Burbank

Publication year - 2020

Publication title -

2006 annual conference and exposition proceedings

Language(s) - English

Resource type - Conference proceedings

DOI - 10.18260/1-2--603

Subject(s) - digital signal processing , computer science , digital electronics , communications system , baseband , electronic system level design and verification , systems design , block (permutation group theory) , generator (circuit theory) , computer architecture , multimedia , embedded system , electronic circuit , software engineering , computer hardware , engineering , telecommunications , electrical engineering , power (physics) , physics , geometry , mathematics , bandwidth (computing) , quantum mechanics

This article discusses the results of a senior design project to design a baseband system for a communication system, as well as on-going efforts to improve the design. Upon completion, the experimental design is intended for use in our Digital Circuits, Digital Signal Processing (DSP) , and Electronic Communications courses. For this reason, plans for incorporating design aspects of a communications system in these courses are discussed.

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