What This Document Is
This document presents a detailed exploration of platform design within the context of embedded systems. Specifically, it appears to be a record of a review concerning research into virtual component co-design, likely stemming from a project involving MARCO/DARPA initiatives. It delves into the complexities of abstracting hardware platforms to facilitate software development and portability, focusing on architectural considerations for various applications. The material originates from a research center focused on design and test methodologies.
Why This Document Matters
This resource is invaluable for students and professionals seeking a deeper understanding of the challenges and strategies involved in creating robust and adaptable embedded systems. It’s particularly relevant for those focused on hardware/software co-design, system architecture, and the development of platforms intended for complex applications. Individuals working on projects requiring efficient hardware abstraction, or those interested in the historical evolution of embedded system design approaches, will find this a useful reference. It’s best utilized during the platform design phase of a project or when studying advanced embedded systems concepts.
Topics Covered
* Hardware/Software Abstraction Layers
* Platform Definition and Views (Upper & Lower Level)
* System Specifications and Goal Modeling
* Architectural Design for Embedded Controllers
* Performance Trade-offs in Modeling Techniques (Mean-Value vs. Hybrid)
* Dual-Processor System Architectures
* Application of Embedded Systems to Automotive Control Systems
* Hardware Reusability and Design Cycles
What This Document Provides
* Insights into research conducted on virtual component co-design.
* A framework for understanding the relationship between hardware platforms and application software.
* Illustrative examples relating to automotive powertrain control systems.
* Discussion of architectural considerations for high-performance embedded systems.
* A historical perspective on design methodologies and their impact on development timelines and resource utilization.
* Details on specific architectural approaches, including dual-processor designs.
