This handbook provides a comprehensive overview of high-performance embedded computing systems, covering their fundamental principles, design considerations, and diverse applications. The book addresses a wide array of topics, from analog-to-digital conversion and application-specific integrated circuit design to the history and future directions of high-performance computing. It details every component within these systems, offering a balanced perspective on theoretical and practical issues, and highlights their use in sectors such as consumer electronics, radar, sonar, telecommunications, medical, and finance.

This handbook is presented as a thorough resource for understanding high-performance embedded computing systems, drawing on expertise from both academia and industry. The content is structured to cover a broad spectrum of topics, from foundational concepts like analog-to-digital conversion to the strategic outlook on future computing directions. Its detailed component analysis and application-specific discussions aim to provide readers with a well-rounded grasp of the field.