雾计算中上下文感知的信息分类

Prashant Sangulagi, A. Sutagundar
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引用次数: 3

摘要

雾计算是网络中的一个最新趋势,它作为网络终端设备/传感器和云计算之间的中间件。雾计算是解决连接到云计算的网络中的时延问题的一种方法。雾计算对信息进行计算、联网、压缩并提供安全保障,只有必要的信息存储在云服务器上,用户可以很容易地访问。在本文中,我们提出了一个新的雾化概念。而不是将大量的感官数据考虑到雾中进行计算,而是通过包含上下文感知信息分类器,只调用所需的信息量进行计算和进一步处理。该方案通过考虑K-NN和ID3分类器,并在传感器和云服务器之间建立有效的连接,进一步增强了雾计算的特性,并进一步最小化了延迟问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Context Aware Information Classification in Fog Computing
Fog computing is a recent trend in networking where it is acting as a middleware between networking end devices / sensors and cloud computing. The fog computing is a solution to Iatency problem in the networks,which are connected to cloud computing. The fog computing computes, networks, compresses and provides the security to the information so that only essential information is stored in the cloud server and it can beeasilyaccessible to users. In this paper we are proposing a new concept inside the fogging. Instead of considering the huge amount of sensory data into fog for computation, only the required amount of information is called for computation and further process by the inclusion of context aware information classifier. The proposal further enhances the features of fog computing along with further minimizing the Iatency issue by considering K-NN & ID3 classifiers and making effective connectivity between sensors and clouds server.
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