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Dynamic Computational Offloading to Mobile Cloud Extend Lifetime in Mobiles

Author(s):

T. Sathish Kumar , SARANATHAN COLLEGE OF ENGINEERING; M. Melowin Mary, SARANATHAN COLLEGE OF ENGINEERING; S. Bhavapriya, SARANATHAN COLLEGE OF ENGINEERING; N. Mohanambal, SARANATHAN COLLEGE OF ENGINEERING; B. Monica, SARANATHAN COLLEGE OF ENGINEERING

Keywords:

Mobile Computation, Offloading, Cloud Computing

Abstract

Offloading is a hot topic which is quickly taking the world by storm since mobile phones are exploding and penetrating very quickly. But some drawbacks include the battery lifetime which is fast depleting. To overcome this lots of solutions are proposed. Some solutions are very hardware oriented while some are software oriented. To improve battery lifetime has become the most desired study in mobile commuting in recent times. Nowadays mobile apps decrease the lifetime of the smart phone battery resulting in loss of work time or data. The proposed model suggests and implements an offloading strategy to cloud where the data is processed and then return the result. The result is processed quickly and also the energy drain is very less, thereby extending the lifetime. Other resources like extending the mobile phone lifetime, components, saving RAM and processor overloading including hanging are also handled.

Other Details

Paper ID: IJSRDV5I20096
Published in: Volume : 5, Issue : 2
Publication Date: 01/05/2017
Page(s): 55-57

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