What This Document Is
These are class notes from EE 249: Design of Embedded Systems – Models, Validation and Synthesis, offered at the University of California, Berkeley. The notes represent a foundational overview of the course material, capturing key concepts and the instructor’s perspective on the rapidly evolving field of embedded systems. They provide a structured look at the principles guiding the design and development of these complex systems.
Why This Document Matters
This resource is invaluable for students currently enrolled in EE 249, or those with a strong background in electrical engineering and computer science looking to understand the core principles of embedded systems design. It’s particularly useful for reviewing lecture material, preparing for assignments, and gaining a broader understanding of the challenges and opportunities within this specialized area. Individuals preparing for advanced coursework or professional roles involving embedded systems will also find this a helpful starting point.
Topics Covered
* The evolving landscape of embedded systems and their societal impact
* System-level design methodologies and abstraction techniques
* The relationship between behavior, computation, and communication in system architecture
* Models of computation for embedded systems
* Platform-based design approaches
* Considerations for hardware/software partitioning and synthesis
* The importance of formal modeling and validation
* Exploration and mapping techniques for efficient system implementation
What This Document Provides
* A high-level course overview, outlining the key parts and their focus.
* An introduction to the challenges inherent in designing complex embedded systems.
* A framework for understanding the orthogonal concerns of behavior, computation, and communication.
* Details regarding course logistics, including office hours, teaching assistant contact information, and grading breakdown.
* An outline of the course structure, detailing the progression of topics from introductory concepts to implementation and verification.
* Discussion of relevant market segments and real-world applications of embedded systems.
