Titlebook: Wireless Virtualization; Heming Wen,Prabhat Kumar Tiwary,Tho Le-Ngoc Book 2013 The Author(s) 2013 Future Internet.Next-Generation Networks

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Heming Wen,Prabhat Kumar Tiwary,Tho Le-Ngocted embedded systems deployed in mission-critical applications. We propose a simple formal distributed asynchronous framework extending Kahn Process Networks with intensional specification. More precisely, we present a model-driven approach based on a platform-independent language and an intensional

拾落穗

Heming Wen,Prabhat Kumar Tiwary,Tho Le-Ngocs. Previous load distribution scheduling algorithms of web cluster systems to distribute web requests to real servers are Round-Robin, Weighted Round-Robin, Least-Connection and Weighted Least-Connection(WLC) algorithm. The WLC scheduling algorithm, in which a throughput weight is assigned to real s

亞當(dāng)心理陰影

Heming Wen,Prabhat Kumar Tiwary,Tho Le-Ngoc cloud computing helps a user to utilize resources with less expensive cost, even if it is unreliable. When a user performs tasks with unreliable spot instances, failures inevitably lead to the delay of task completion time and cause a seriously deterioration in the QoS of users. To solve the proble

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灌溉

Heming Wen,Prabhat Kumar Tiwary,Tho Le-Ngocwill be respected. Moreover, it allows modeling (and programming) reliable distributed systems for multi-core hosts. Such a capability makes our framework suitable for next generation grid computing systems where multi-core individual hosts need to be utilized for improving scalability.Given an inte

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Heming Wen,Prabhat Kumar Tiwary,Tho Le-Ngocs by avoiding web requests being assigned to only a new real server. When web requests are continuously assigned to only a new real server more than the maximum continuous allocation number(L), the proposed algorithm excepts the new real server from activated real server scheduling list and deactiva

Galactogogue

Heming Wen,Prabhat Kumar Tiwary,Tho Le-Ngocrformance improvements in the task execution time of 68.94%, 68.61%, and 46.35% compared with the hour-boundary checkpointing scheme, the rising edge-driven checkpointing scheme, and our previously proposed checkpointing scheme., respectively Further, our scheme outperforms the existing schemes in t

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