Multi-objective aware design flow for coarse-grained systems on chip

This paper presents a software and hardware co-design flow for the coarse-grained systems on chip. It enables a multi-target design space exploration (MT-DSE) algorithm with multiple objectives such as chip area utilization, energy consumption, core efficiency, interconnection structure, application workload and speedup aware. With the help of the MT-DSE tool, the proposed design flow can supply a valuable assistance for architecture designers to develop a well trade-off multi-processor system. In contrast, most of state-of-the-art design space exploration tools rely on varieties of simulations or implementations that are quite time-consuming. Benefit from no such dependences, the MT-DSE method could turn out the optimized alternative very fast with multiple factors balanced. Besides, the tool is employed at a very early stage in the component based systems design and only needs a little profiling information which can greatly reduce the development term of the design. As an illustration, the JPEG compression algorithm is chosen to demonstrate how the tool exploits a given application and guides to build the most desired architecture.