Abstract :

Mobile Devices Increasingly Support Applications That Demand Substantial Processing, Storage, And Data Exchange While Remaining Constrained By Battery Capacity, Processing Resources, Memory, Storage, And Wireless Connectivity. This Paper Presents An Energy-aware Mobile Cloud Computing Framework For Computation Offloading And Remote Data Access. The Framework Separates Mobile Interaction From Resource-intensive Processing And Remote Data Services Through An Internetaccessible Cloud Layer. It Combines Mobile-user Authentication, Data Upload And Retrieval, Cloud/vendor Interaction, Serviceprovider Access, And An Offloading Decision Based On Computation Load, Data-transfer Volume, Bandwidth, Communication Delay, And Device Energy Considerations. The Implementation Foundation Documented In The Project Uses Java/J2EE, JSP, HTML, JavaScript, CSS, Apache Tomcat, MySQL, JDBC, HTTP Interaction, And A Mobile Client Environment. Functional, Integration, System, Black-box/functional, And Acceptance-oriented Testing Are Reported In The Underlying Project, With The Listed Cases Reported As Successfully Completed. The Paper Retains The Original Research Direction While Presenting The Framework, Decision Model, Implementation, Validation Evidence, Limitations, And Future Research In A Publication-oriented Structure. Since The Source Project Does Not Contain Controlled Numerical Energy Measurements, No Unsupported Percentage Improvement Is Claimed. Keywords—mobile Cloud Computing, Computation Offloading, Energy Efficiency, Mobile Devices, Cloud Services, Remote Data Access, Bandwidth, Communication Delay.

Published:

15-8-2026

Issue:

Vol. 26 No. 8 (2026)

Page Nos:

925 - 928

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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