Titlebook: Embedded Software and Systems; Second International Laurence T. Yang,Xingshe Zhou,Man Lin Conference proceedings 2005 Springer-Verlag Berli

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Vipin Chandra Kalia,Adesh Kumar Saini’t be fully rebuilt to utilize these new resources. This paper describes a novel framework, called Runtime Instruction Rescheduling (RIR), to solve this problem. RIR can find hot spots in binary codes, build a large instruction window to generate trace, reschedule and optimize instructions in traces

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Heterologous Pathway Engineering,however, are largely unknown. Currently, biological data processing ubiquitously relies on the high-end systems equipped with expensive, general-purpose processors. The future generation of bioinformatics requires the more flexible and cost-effective computing platforms to meet its rapidly growing m

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https://doi.org/10.1007/978-981-16-7262-0d CMP both make a chip to achieve greater throughput. But the power, chip size and thermal features are also important for embedded system. In this paper we compare the design space of both architecture. As simulation results shown, although extending wide-issue processor into SMT has the advantage

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R. Verpoorte,R. Van Der Heijden,J. Memelinkption. In this paper, we propose a new architecture for motion compensation (MC) of H.264/AVC with power reduction by decreasing the data transfers. For this purpose, a reconfigurable microarchitecture based on data type is proposed for interpolation and it is mapped onto the dedicated motion compen

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George G. Harrigan,Royston Goodacrere handled by different tasks running on control plane OS. The critical packets need to be processed in time, otherwise the system, even the network, may enter some unstable states. Thus, the packets should be processed according to their priorities, i.e., packet-processing tasks for more important