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In this paper, a vCPU (virtual CPU) migration mechanism in order to improve real-time responsiveness in a GPOS (General Purpose Operating System) is presented in the embedded multicore virtualization platform and can also be applied to CPS environment. Virtualization technique is recently emerging as a useful solution for the embedded system, because it can provide real-time handling ability through...
This research investigates the application of meta-heuristic algorithms to a scheduling problem called permutation manufacturing-cell flow shop (PMFS) from two perspectives. First, we examine the effect of using different solution representations (S new and S old ) while applying Tabu-search algorithm. Experimental results reveal that Tabu_S new outperforms Tabu_S old ...
In this paper, a vCPU (virtual CPU) migration mechanism in order to improve real-time responsiveness in a GPOS (General Purpose Operating System) is presented in the embedded multicore virtualization platform and can also be applied to CPS environment.
Due to the vehicle's movement and inherent characteristics of wireless channel, how to discover and retrieve the required contents has become a challenging issue in a hybrid network including vehicular ad hoc networks (VANETs) and the Internet. In this paper, we propose a social cluster-based P2P framework that estimates similarity and connection condition among peers to provide mobile peers efficient...
A modified genetic programming (GP) called block deepening GP (BDGP) is proposed in this paper to optimize the scheduling of direct load control (DLC). The optimal scheduling obtained by BDGP is a both profit-based and fairness-based DLC scheduling strategy. The scheduling arranged by the BDGP not only individually satisfies the load to be shed at every time step while minimizes utility's revenue...
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