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MiW: An MCC-WMSNs Integration Approach for Performing Multimedia Applications

机译：MiW：用于执行多媒体应用程序的MCC-WMSNs集成方法

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摘要

The popularity of multimedia applications are growing day-by-day. Emerging Mobile Cloud Computing (MCC) and Wireless Multimedia Sensor Networks (MCC-WMSNs) help to work efficiently with these multimedia applications. The advantage of integrating MCC with WMSNs is that the data gathered by sensor nodes can be accessible from anywhere and at anytime by the users. In this context, there exists several issues such as battery life of the multimedia sensors, processing power, and storage etc. To solve these problems, in this work a MCC-WMSNs integration technique is proposed by using a cloudlets based integration algorithm named as CLIW which mainly works with CLIW-1 and CLIW-2 schemes where both the schemes focus on minimizing energy consumption. The simulation results indicate that CLIW-1 and CLIW-2 schemes are able to prolong the network lifetime of integrated WMSNs.
机译：多媒体应用程序的日趋流行。新兴的移动云计算（MCC）和无线多媒体传感器网络（MCC-WMSN）有助于与这些多媒体应用程序有效地协同工作。将MCC与WMSN集成的优势在于，用户可以随时随地访问由传感器节点收集的数据。在这种情况下，存在诸如多媒体传感器的电池寿命，处理能力和存储等问题。为了解决这些问题，在这项工作中，提出了一种MCC-WMSNs集成技术，该技术采用了基于云的集成算法，称为CLIW。它主要与CLIW-1和CLIW-2方案一起使用，这两个方案都专注于最小化能耗。仿真结果表明，CLIW-1和CLIW-2方案能够延长集成式WMSN的网络寿命。

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