CAJ | 학술논문

为了节约移动设备的电量消耗,提出了一种适合于普适计算环境的动态软件部署算法.综合考虑了软件组件的计算、通信和移动所消耗的费用,建立了一个在移动设备和服务器间组件部署的电量消耗模型.在软件部署中同时也考虑了组件的移动性和组件间的移动关系.利用网络流理论,将节约电量的最优化问题转化为一个流网络的最优分割问题,而后者可采用最大流最小切割算法实现最优切分.实验结果表明提出的算法比现有算法能够节约更多的电量.
위료절약이동설비적전량소모,제출료일충괄합우보괄계산배경적동태연건부서산법.종합고필료연건조건적계산、통신화이동소소모적비용,건립료일개재이동설비화복무기간조건부서적전량소모모형.재연건부서중동시야고필료조건적이동성화조건간적이동관계.이용망락류이론,장절약전량적최우화문제전화위일개류망락적최우분할문제,이후자가채용최대류최소절할산법실현최우절분.실험결과표명제출적산법비현유산법능구절약경다적전량.
A novel dynamic software allocation algorithm suitable for pervasive computing environments is proposed to minimize power consumption of mobile devices. Considering the power cost incurred by the computation, communication and migration of software components, a power consumption model of component assignments between a mobile device and a server is set up. Also, the mobility of components and the mobility relationships between components are taken into account in software allocation. By using network flow theory,the optimization problem of power conservation is transformed into the optimal bipartition problem of a flow network which can be partitioned by the max-flow min-cut algorithm. Simulation results show that the proposed algorithm can save significantly more energy than existing algorithms.