Title: A critical analysis on integration of fog computing and cloud computing
Abstract: Today smart phone devices main concern is storage as well as long lasting battery backup. On a great extend energy saving solutions on devices are at the edge of technology. In cellular communication, the quick battery drain in smart phone is due to the push services required in keep-alive connections those are used to notify users for incoming messages. Mostly keep-alive connections led to drain smart phone battery on rapidly sending packets in communication system. Previously no attention was drawn towards the energy consumption on high rate of keep-alive connection during push services provided in smart phone devices. Fog computing is similar to cloud computing but on the other hand it is the extension of cloud computing and services to the edge of network. It provides data compute storage and application services to end users. In this paper we prefer SCoP that is Single Connection Proxy system, that is based on fog computing principles that combines several keep-alive connections in one unit and push messages in energy saving form. SCoP prevents in smart phone high energy consumption for both real-time and delay-tolerate applications. The new design of SCoP is a transparent connection between smart phone and push servers, without any change in push service framework. SCoP system reduce the energy consumption by 50% depending upon the application, that is, 30% less energy in real time applications than current push service also 60% less energy for delay tolerate applications.
Publication Year: 2017
Publication Date: 2017-12-01
Language: en
Type: article
Indexed In: ['crossref']
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Cited By Count: 2
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