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Titlebook: Embedded and Ubiquitous Computing; IFIP International C Tei-Wei Kuo,Edwin Sha,Zili Shao Conference proceedings 2007 Springer-Verlag Berlin

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A Study on Asymmetric Operating Systems on Symmetric Multiprocessorsin point of the performance. In addition, a guest OS in our system requires a few amount of modification costs. Consequently, the experiments prove that our system is a practical approach for both performance and engineering cost sensitive systems.
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Conference proceedings 2007ose collaboration between academia and industry are the keys to guaranteeing success in the development and deployment of the technology in embedded and ubiquitous computing. TheIFIP InternationalConferenceonEmbeddedandUbiquitous Computing (EUC) provides a forum for engineers and scientists in acade
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Nicht realisierte Schalenprojekte,ropose a novel scheduling mechanism, STFS, to reduce the total power consumptions of the wireless stations in the network. Simulation results show that the proposed scheduling mechanism does have better performance than that of 802.11 PSM.
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https://doi.org/10.1007/978-1-349-13131-0roaches, the SS-DVS does not need to know the workload and the worst case execution time of aperiodic tasks in advance. Experimental results show that the proposed SS-DVS obtains better energy reduction (17% ~ 22%) while maintaining the same response time compared to existing approaches.
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https://doi.org/10.1057/9781137507020 is exploited to devise an analytical model to assess the cost of enabling DPS mechanism. As a consequence we can determine the switching timing between pipeline modes at compiler time without causing significant run-time overhead. The experimental result shows that our approach is effective in reducing energy consumption.
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