Application partitioning is of particular importance to address the long communication delay
issue which occurs during offloading from mobile device to cloud. With the launch of mobile …

New age smartphones are equipped with high processing power and internet connectivity.
Hence, smartphones are capable of executing applications, which were only possible by …

With the rapid increase in communication, correspondence and intuiting abilities of mobile
devices, applications in such devices are getting highly diversified. Wireless mobile devices …

Increasing growth of applications and operating systems of mobile devices has created
limitations such as processing, storage capacity, and energy on these devices which may …

Mobile computational offloading offers a solution to extend the computational power of a
mobile device allowing it to run heavyweight activities/tasks. This turns low-end mobile …

In mobile edge computing (MEC), computation offloading is a promising way to support
those resource-constrained mobile devices, since it moves some time-consuming …

Smartphones have made resource-intensive mobile applications indispensable in everyday
life. To meet predetermined requirements and lighten the weight of such challenges brought …

With mobile devices' limited resources, computing the increasing amount of data locally puts
strain on their batteries, processors, storage and bandwidth making it necessary to offload …

The widespread acceptability of mobile devices in present times have led to the rise of
applications which are progressively more affluent in terms of functionalities they offer to …

Nowadays, the usage of mobile devices is increasing in human's life. But these devices
have some constraints such as limited storage, low battery lifetime, and weak computation …