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In the state-of-the-art hardware/software (HW/SW) co-design of embedded systems, there is a lack of sufficient support for architectural specifications across HW/SW boundaries. Such an architectural specification ought to capture both hardware and software components and their interactions, and facilitate effective design exploitation of HW/SW trade-offs and scalable HW/SW co-verification. In this...
In this paper we present ESIDE, an integrated development environment for component-based embedded systems. It leverages component-based software engineering principles to facilitate efficient, scalable, and robust hardware/software co-design, co-simulation, co-verification, and their seamless integration. We first describe the architecture and features of ESIDE. We then discuss several design decisions...
In the state-of-the-art hardware/software (HW/SW) co- design of embedded systems, there is a lack of sufficient support for architectural specifications across HW/SW boundaries. Such an architectural specification ought to capture both hardware and software components and their interactions, and facilitate effective design exploitation of HW/SW trade-offs and scalable HW/SW co-verification. In this...
In component-based hardware/software co-verification, properties of an embedded system are established from properties of its hardware and software components. A major challenge in component-based co-verification is the property formulation problem: (1) what are the system properties to verify, (2) what are the component properties needed for verifying the system properties, and (3) what are the environment...
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