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This paper presents S3E2S, a CAD environment that allows specification, co-simulation and synthesis of embedded electronic systems, which are composed of a combination of analog parts, digital hardware, and software. S3E2S is based on a distributed, object-oriented system model, where abstract objects are initially used to express complex behavior and may be later refined into digital or analog hardware and software. The target architecture is a set of processors, each one with a possibly different architecture, covering microcontrollers, digital signal processing and RISC-like architectures. S3E2S offers a semi-automatic mechanism for selecting the processor that is best suited for implementing the function of each object in the system model. Besides performance, during the synthesis step S3E2S takes into account different design goals, like power consumption and area. This paper presents the processor selection methodology, as well as results from different applications.

A Design Methodology for Embedded Systems Based on Multiple Processors