Embedded Computing - Architecture. Compiler and Tool VLIW Methods - Classic Original Library (English Version): Embedded Computing (English Version)

Author: Fisher
Publisher:
Publish Date: 2006-09-01
Features: Today, the number of embedded computers has surpassed that of general-purpose computers, and we are constantly influenced by hundreds of embedded computers every day—this is no longer news. The issue now is that the ever-increasing performance, complexity, and capacity of embedded computers demand a new approach to design. Based on years of R&D experience, the authors of this book describe a new era of embedded computing where processors are at the center, making their design methods fundamentally different from current practices in embedded system design. They argue that a computing-centric, system-level design approach is essential for traditional components such as programmable devices, peripherals, interconnects, and buses. These components must be integrated into a unified system design along with high-performance processor architectures, microarchitectures, compilers, and the compilation tools, debuggers, and simulators required for application development. In this book, the authors leverage their expertise in interdisciplinary hardware/software development and VVLIW processors to articulate this transformation in embedded computing. VLIW architecture has long been a common choice in embedded system design, and it remains a central theme throughout the book, with embedded computing as its core subject. This book perfectly combines technical depth and practical experience, clearly explaining the differences between general-purpose computing systems and embedded computing systems at the hardware, software, tools, and operating system levels. It is comprehensive, rich in examples, and ideal for practicing engineers (chip designers and embedded system designers) as well as technical professionals. It is also suitable for reference and study by faculty and students in relevant fields at universities and colleges.