Abstract
Nowadays, Smartphones has become one of the gadgets of all peoples due to its technological advancements which led to fast development of resource-intensive applications for watching videos, web surfing, interactive gaming, augmented reality and location tracking etc., Since the resource-poor mobile devices have only limited CPU, RAM, and battery, it is not capable to execute the resource-hungry applications. To overcome this impediment, the Computation/ Code offloading method of Mobile Cloud Computing (MCC) can be used. MCC is an infrastructure where the cloud server resources can be augmented by mobile devices. In Computation offloading, the compute-intensive part of the application is offloaded to the resource-rich cloud servers and returns the result back to the smartphone. This paper analyzes and surveys the types of offloading processes, application partitioning, different kinds of frameworks and challenges in offloading the computation part from mobile to cloud.
Highlights
In recent years, every people in each corner of the world are using mobile devices such as smartphones, smartwatches, tablets, and notebooks etc., In earlier days mobile devices are used only for voice communication but nowadays, mobile devices are advanced in terms of processing speed, sharper screen and more sensors to run content rich or computation-intensive applications such as augmented reality, face recognition, interactive games, online video streaming, object tracking, web surfing, speech and object recognition
The response time of applications executed in the mobile devices can be increased by utilizing the unbounded compute resources of the cloud servers can be purchased on demand in any quantity at any time
MCC Benefits The Mobile Cloud Computing has the following benefits: Extended battery life by means of mobile computational offloading, Data storage from unlimited virtual cloud, Increased processing power by allowing resource-intensive applications to run on the cloud servers, Dynamic provisioning of resources without advanced reservation, Scalability to meet all unpredicted requirements of a mobile user, Reliability since data stored in cloud are secure and Ease of integration because cloud providers could integrate multiple services into one
Summary
Of Computer Science and Applications, Abstract: Nowadays, Smartphones has become one of the gadgets of all peoples due to its technological advancements which led to fast development of resource-intensive applications for watching videos, web surfing, interactive gaming, augmented reality and location tracking etc., Since the resource-poor mobile devices have only limited CPU, RAM, and battery, it is not capable to execute the resource-hungry applications. To overcome this impediment, the Computation/ Code offloading method of Mobile Cloud Computing (MCC) can be used.
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