Architectural Modeling for Hardware and Software in Reconfigurable Embedded System
نویسنده
چکیده
In Recent high-performance embedded system technology, applications are demanding very high performance from system with minimum available hardware resource. Due to this fast development, developer integrates more functionality into a single chip (Hardware). Reconfigurable architectures can adapt the behavior of the hardware resources to a specific computation that needs to be performed. Computing using reconfigurable architectures provides an alternate paradigm to utilize the available hardware resources. High performance with limited resources needs application-specific architectures (ASIC), while flexibility requires adaptive capabilities Reconfigurable computing devices promise to meet both needs i.e. flexibility and performance. Several advancements in the field of reconfigurable computing hardware and software are promising greater design flexibility and reduced cost and time to market in embedded system development environments. But the lack of efficient software tools, simpler design methodologies and standards are hindering the complete development of reconfigurable embedded system designs. While these devices are currently available but the issue of how to design these systems is unresolved. According to these requirements, we presents a proposal of architecture model of hardware and software using reconfigurable computing applied to reconfigurable embedded system design.
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