Authors :
Kapse Preeti; Bangar P. H
Volume/Issue :
Volume 6 - 2021, Issue 6 - June
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/36rM62x
Abstract :
- Mobile cloud computing (MCC) represented a
new era in computing, in which cloud users are drawn to
a variety of services over the Internet. MCC has a highquality, adaptable, and cheap delivery platform for
providing Internet-based services to mobile cloud users.
The rapid growth of data produced by various smart
devices, such as smart phones, IoT/IIoT networks, and
vehicular networks running various specific applications
such as Augmented Reality (AR), Virtual Reality (VR),
and positioning systems, necessitates an increase in
processing and storage resources. Offloading is a
promising strategy for dealing with such devices' intrinsic
limitations by transferring resource-intensive code, or at
least a portion of it, to neighbouring resource-rich
servers. This paper explains how to use offloading
techniques to make mobile cloud computing more
efficient, as well as the framework for doing so.
Keywords :
Computation Offloading, Mobile Cloud Computing, Mobile Edge Computing, Offloading Framework, Algorithm, Mobile Applications
- Mobile cloud computing (MCC) represented a
new era in computing, in which cloud users are drawn to
a variety of services over the Internet. MCC has a highquality, adaptable, and cheap delivery platform for
providing Internet-based services to mobile cloud users.
The rapid growth of data produced by various smart
devices, such as smart phones, IoT/IIoT networks, and
vehicular networks running various specific applications
such as Augmented Reality (AR), Virtual Reality (VR),
and positioning systems, necessitates an increase in
processing and storage resources. Offloading is a
promising strategy for dealing with such devices' intrinsic
limitations by transferring resource-intensive code, or at
least a portion of it, to neighbouring resource-rich
servers. This paper explains how to use offloading
techniques to make mobile cloud computing more
efficient, as well as the framework for doing so.
Keywords :
Computation Offloading, Mobile Cloud Computing, Mobile Edge Computing, Offloading Framework, Algorithm, Mobile Applications
