Indicative contents

• Introduction to DSP Processors (20%)
  Differences between DSP and other microprocessor architectures, their comparison, need for special DSPs, RISC vs CISC. Overview of various DSP architectures.
• Fixed Point DSPs (20%)
  2. Architectures of ADSP21XX Series Processor, TMS 320C5X and C54X processors, addressing modes, pipelining. On- chip peripherals.
• Floating Point DSPs (20%)
  Architectures of ADSP-21XXX and TMS 320C3X family processor, data formats, floating point operation, addressing modes, pipelining & peripherals Vehicle
  Dynamic Control
• Modeling and analysis
• DSP Interfacing and Development Tools (20%)
  Interfacing with I/O, Analog to digital converters, interfacing to PC, Dual ported RAM, EEPROMs, EPGAs DSP tools: assembler, debugger, C Compiler, linker and loader
• Overview of Other DSPs and Applications (20%)
  P5. VLIW Architectures, SHARC, SIMD, MIMD Architectures, multiprocessors DSPs and other analog DSPs, application: Adaptive filter, spectrum analyzer, echo
  cancellation, modem, voice synthesis & recognition, Choice of DSP Processors for Practical Applications, case studies like MPEG-2, Motion estimation/compensation chips
   

Recommended reading

• Books
  1. C.Marven & G.Ewers,”A Simple approach to digital signal processing”, Wiley Interscience, 1996.
  2. R.A.Haddad & T.W. Parsons,” Digital Signal Processing Science Press NY”
  3. K.K.Parhi & John Wiley,”VLSI DSP Systems (1999)
  4. Chassing R, DSP Applications using C and TMS320C6x DSK, John-wiley,

• Magazines
  IEEE Signal Processing
• Internet Sites

1. www.ti.com
2. www.analog.com

• Laboratory
  Hardware Required: TMS320C6x, TMS320C5x, TMS320C64xx, ADSP-21xx, ADSP-21xxx
  Software Required: Code Composer Studio, Visual DSP++
  Software Manuals: Software M TMS320C6x user manual, TMS320C5x user manual, ADSP-21xx user manual, ADSP-21xxx User manual, Code Composer Studio Manual, Visual DSP++ manual