18 results with keyword: 'time optimized task offloading decision making mobile computing'
In this work, we propose a time-optimised task offload- ing decision algorithm in MEC environments by finding the optimal task offloading time taking into consideration the
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(a) Average total delay and average offloading times suggested by each model; (b) absolute difference between the Optimal and all models; (c) percentage difference between the
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The results calculated with the absolute poverty line (average of R311 per person) and the Committee of Inquiry income poverty line (R394 per adult equivalent) are fairly
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Pressure Swing Adsorption (PSA) • production Adsorber A • regeneration Adsorber B Knowledge of: Isotherms Heat of adsorption Kinetics Coadsorption Prediction of Breakthrought
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Tango/04: Periodic audit reports provide full information on potential violations, and specific issues, for example, use of security officer user profiles, or access to
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Compost, instead of waste, to breed Earth worms and make humus-soil, helping nature to grow the healthiest food, is FUN-WORK not toil. WORM ERF
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International Journal of Scientific Research in Computer Science, Engineering and Information Technology CSEIT172356 | Received 10 May 2017 | Accepted 21 May 2017 | May June 2017 [(2)3
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In this paper, we present a new secure offloading system that utilizes drones to extend the coverage of MEC networks and a private Blockchain is used to ensure the visibility
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Many efforts have been made on computational offloading in mobile cloud computing environment to achieve their objectives such as energy efficient task
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Our proposed work could support the method in [13] to optimally decide which server to offload and what time the offloading should occur under the objectives of total delay
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computing model has better results for applications with respect to mobile users.. Keywords: Cloud computing, Mobile
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It is convenient to both operational and technical and economical to the each user present in the cloud computing applications, in this paper we propose to
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FAULT TOLERANT DYNAMIC TASK OFFLOADING WITH CLOUDLETS IN MOBILE CLOUD COMPUTING (FTDOCL) The systems which are used for computation purpose either in the cloudlet
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The Use-Case Diagram (Figure 4) given above shows the interaction of user to the cloud system, where user can perform and request three difference services,
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The results showed that innately aversive (onion and hexanol) and in vitro aversively conditioned (carrot, which is innately attractive) odors specifically induced an increase
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The proposed model has been designed as the major improvement in the task management or the process offloading in the mobile cloud computing.. The proposed
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According to Daitin Tarigan (2006: 3), this learning emphasizes the importance of the real context known to students and the process of constructing
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