Constructing application-specific heterogeneous embedded architectures from custom HW/SW applications

Deep sub-micron processing technologies have enabled the implementation of new application-specific embedded architectures that integrate multiple software programmable processors (e.g. DSPs, microcontrollers) and dedicated hardware components together onto a single cost-efficient IC. These application-specific architectures are emerging as a key design solution to today's microelectronics design problems, which are being driven by emerging applications in the areas of wireless communication, broadband networking, and multimedia computing. However the construction of these customized heterogeneous multiprocessor architectures, while ensuring that the hardware and software parts communicate correctly, is a tremendously difficult and highly error proned task with little or no tool support. In this paper, we present a solution to this embedded architecture co-synthesis problem based on an orchestrated combination of architectural strategies, parameterized libraries, and software tool support.