Course Highlights:

This course provides complete understanding of architectural features and programming concepts of TMS320C5416 DSP processor. This course also provides practically useful information about the TI’s software development tool – Code Composer Studio which is used in developing DSP based system on TI’s DSP processors. TMS320C5416 processor being a fixed point processor, this course covers the fixed point data representation, fixed point arithmetic and fixed point C programming skills. Real-time experiments on TMS320C5416 DSK to implement many DSP algorithms and optimization techniques provide dexterity to turn DSP concepts into real-time implementations.

Objectives of the course:

Upon the completion of the course, the participants will gain a comprehensive understanding of TMS320C5416 DSP’s architectural features, TI’s software development tools, fixed point data and arithmetic concepts, DSP programming using fixed point C and ASM and also it imparts the ability to design and implement DSP based systems using DSP processors.

Who Should Attend:

DSP engineers having knowledge about the DSP concepts and would like to

• get introduced with DSP Processors,
• know about the architectural features of general DSP Processors,
• know the programming practices of TI’s DSP processors,
• use the TI’s  software development tool CCS,
• understand the Fixed Point data concepts and to program 16-bit Fixed Point processors and
• know the real time implementation of DSP based systems.


Course Outline:



DAY 1:

• Introduction to few important DSP algorithms and their implementation using MATLAB.
• Evolution of DSP Processors
• Basic architectural features of a generic DSP processor.
• Data formats and computational accuracy in DSP implementation.
• Fixed point data format and arithmetic
• Fixed point C programming
• Software Development Tools for C54x
• Code Composer Studio (CCS) Development
• Developing a Simple Program
• Debugging a project using CCS
• Additional features of CCS
• DSP Algorithms and their Fixed Point C Implementation

DAY 2:

• TMS320C54X processor’s architecture
• Central Processing Unit
• MEMORY SPACE
• Pipeline
• Addressing Modes (Data Memory)
• Variants of Indirect Addressing
• Program Memory Addressing Mode
• Basic Instruction Set of C54x
• ASM Programming
• Assembly Language Programming
• Simple ASM source code

DAY 3:

• Assembly Language Programming
• Simple ASM source code
• Additional Instruction Set
• EXP/NORM instructions
• Application Specific Instructions
• FIRS, POLY, LMS and SQURA
• Assembler Directives
• Mixed C Programming and Optimization methods
• Intrinsics
• LAB Experiments ( C &  ASM)
• Sum of Products
• Linear Convolution
• Circular Convolution
• Complex Mathematics
• Matrix manipulations
• Polynomial Evaluation
• IIR Filter Implementation
• FIR Filter Implementation
• Sym. FIR Implementation
• Non-Real Time Waveform Generation
• DFT
• FFT
• Interpolation Filter
• Decimation Filter
• Lab Experiments (Real Time)
• Wave Form Generation
• Multi Tone Generation and FIR Filtering
• C54x interfacing with a CODEC
• Audio Effects and Audio Filtering with FIR Filters