Reconfigurable DSP Architectures: FPGA and Embedded System Approaches
Abstract
Reconfigurable DSP Architectures: FPGA and Embedded System Approaches explores
the rapid evolution of digital signal processing in an era where flexibility and
performance are equally essential. Traditional fixed-function DSP processors are
no longer sufficient for modern applications such as 5G/6G communication,
autonomous systems, advanced imaging, and real-time edge AI. Reconfigurable
platforms—especially FPGAs and heterogeneous embedded systems—now
enable designers to tailor hardware precisely to algorithmic needs, achieving
superior speed, energy efficiency, and adaptability.
This book provides a concise yet comprehensive guide to these architectures,
covering
FPGA fundamentals, DSP-specific
hardware/software
co-design,
high-level
design
synthesis,
and
techniques,
real-world
implementation strategies. It also highlights emerging trends like adaptive
compute platforms, chiplet-based designs, and AI-integrated DSP pipelines.
Intended for students, engineers, and researchers, this text aims to bridge theory
and practice, empowering readers to build flexible, high-performance DSP
systems for the next generation of intelligent technologies.
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