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DSP Applications and Student Projects This chapter can be used as a source of experiments, projects, and applications, as well as Refs. 1 to 4. A wide range of projects have been implemented on the floatingpoint C30 and C31 processors [5–20] as well as on the fixed-point TMS320C25 [21–26]. They range in topics from communications and controls, to neural networks, and can be used as a source of ideas to implement other projects. The proceedings from the yearly conferences, published by Texas Instruments, contain a number of articles based on the TMS320 family of digital signal processors and can be a. | DSP Applications Using C and the TMS320C6x DSK. Rulph Chassaing Copyright 2002 John Wiley Sons Inc. ISBNs 0-471-20754-3 Hardback 0-471-22112-0 Electronic 9_ DSP Applications and Student Projects This chapter can be used as a source of experiments projects and applications as well as Refs. 1 to 4.A wide range of projects have been implemented on the floatingpoint C30 and C31 processors 5-20 as well as on the fixed-point TMS320C25 21-26 .They range in topics from communications and controls to neural networks and can be used as a source of ideas to implement other projects. The proceedings from the yearly conferences published by Texas Instruments contain a number of articles based on the TMS320 family of digital signal processors and can be a good source of project ideas.Texas Instruments Web site contains a list of student projects covering a wide range of applications that have made it to the final rounds of the TI DSP and Analog Design Contest Challenge which has a 100 000 first prize . Chapters 6 and 7 and Appendices D-F can also be useful. I owe a special debt to all the students who have made this chapter possible. They include students from Roger Williams University and the University of Massachusetts-Dartmouth who have contributed to my general background in DSP applications in particular the Worcester Polytechnic Institute WPI students in my graduate course Real-Time DSP based on the C6x Y. Bognadov J. Boucher G. Bowers D. Ciota P. DeBonte B. Greenlaw S. Kintigh R. Lara-Montalvo M. Mellor F. Moyse A. Pandey I. Progri V. C. Ramanna P. Srikrishna U. Ummethala L. Wan. A brief discussion of their projects and some miniprojects are included in this chapter. Two projects on adaptive filtering and graphic equalizers were discussed in Chapters 6 and 7. 9.1 VOICE SCRAMBLER USING DMA AND USER SWITCHES scram16k_sw The project scram16k_sw on the accompanying disk is an extension of Example 4.9 making use of the three dip switches USER_SW1 through USER_SW3 the 260 .
