Summary

This appendix introduces practical C programming techniques for implementing DSP algorithms on real-time embedded processors, with emphasis on the TMS320C55x family. Readers will learn how to structure code, manage fixed-point arithmetic, and optimize implementations of filters and FFTs for real-time audio, speech, and communications tasks.

Key Takeaways

• Write portable C code patterns tailored for DSP kernels (FIR/IIR filters, FFTs, block processing).
• Apply fixed-point scaling and numeric techniques to preserve dynamic range and avoid overflow.
• Optimize C implementations for TI C55x-style DSPs using intrinsics, memory models, and data alignment.
• Organize real-time I/O with circular buffers, DMA-friendly layouts, and interrupt-aware routines.
• Profile and tune spectral and filter routines to meet real-time constraints in audio and communications systems.

Who Should Read This

Embedded DSP engineers, signal-processing students, and firmware developers with basic C and DSP knowledge who need practical guidance on implementing and optimizing DSP algorithms for real-time targets.

Still RelevantIntermediate

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