What This Document Is
These are lecture notes from Introduction to Embedded Systems (ELENG C249A) at the University of California, Berkeley. They represent a foundational overview of the principles and practices involved in designing and developing embedded systems – the specialized computer systems found within a vast range of devices, from automobiles and home appliances to industrial machinery and network infrastructure. The notes capture key concepts presented in lectures by a leading expert in the field.
Why This Document Matters
This resource is invaluable for students currently enrolled in a similar embedded systems course, or those seeking a strong theoretical grounding in the subject. It’s particularly useful for reviewing lecture material, preparing for assignments, and building a comprehensive understanding of the core concepts. Individuals transitioning into the field of embedded systems from related disciplines will also find these notes a helpful starting point. Access to the full content will provide a detailed exploration of the topics, enabling a deeper understanding and practical application of the principles discussed.
Topics Covered
* The evolving landscape of information technology and the rise of embedded systems.
* System design methodologies, including abstraction, modeling, and formal verification.
* The relationship between behavior and architecture in embedded system design.
* Performance modeling techniques for embedded software, communication, and computational resources.
* Approaches to behavior partitioning, scheduling, and simulation.
* Communication protocols and interface generation.
* Platform-based and communication-based design paradigms.
* Functional and architecture design processes, including capture, exploration, and mapping.
What This Document Provides
* A structured overview of the course syllabus and grading components.
* Insights into the instructor’s office hours and teaching assistant contact information.
* A discussion of the importance of system-level design thinking.
* An outline of the course’s key parts, progressing from introductory concepts to implementation and verification.
* A historical perspective on technology discontinuities and their impact on computing paradigms.
* A framework for understanding the shifting metrics of system capability, including display, connectivity, and computing power.
