Embedded DSP Processor Design, : Application Specific Instruction Set Processors (Systems on Silicon)
by Dake Liu
This book examines the design of embedded DSP processors, particularly application-specific instruction set processors integrated into systems on silicon. It offers a comprehensive look at optimizing architectures for digital signal processing in embedded applications, addressing efficiency, customization, and integration challenges for engineers and researchers.
About This Book
Embedded DSP Processor Design focuses on the architecture and implementation of application-specific instruction set processors within systems on silicon. It provides insights into optimizing processors for digital signal processing tasks in embedded environments.
The book covers key principles of DSP processor design, emphasizing customization for specific applications to enhance performance and efficiency. Readers gain an understanding of how to tailor instruction sets to meet the demands of embedded systems.
Through detailed examination of silicon-based systems, the text addresses challenges in integrating DSP functionalities. It serves as a valuable resource for engineers working on processor design and embedded computing solutions.
Practical aspects of processor development are highlighted, including considerations for power consumption and real-time processing requirements in various applications.
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