A Novel Framework for Secured Offload Intensive Computation Tasks in Smartphones from the Mobile Device to the Cloud

A Novel Framework for Secured Offload Intensive Computation Tasks in Smartphones from the Mobile Device to the Cloud

Dr. G. Vinoda Reddy, Mamatha B

Professor of CSE (AI & ML), CMR Technical Campus, Hyderabad, Telangana, India.

Assistant Professor, Dept of CSE (AI & ML), CMR Technical Campus, Hyderabad.

Abstract: In order to provide mobile customers scalable and resource-rich services, mobile cloud computing, or MCC, has arisen as a paradigm that blends the processing power of cloud computing with the widespread usage of mobile devices. However, there are a lot of efficiency and security-related issues when integrating mobile devices with cloud resources. In order to solve these issues, this study suggests a safe and effective architecture for mobile cloud computing that maximises resource utilization, improves data privacy, and guarantees secure communication between mobile devices and cloud servers. To accomplish its goals, the framework makes use of technologies including edge computing, encryption methods, and authentication systems. The efficacy and performance of the suggested framework in practical situations are shown by experimental assessments.

Keywords: Smartphones, mobile cloud computing, computation offloading, security, particle swarm optimization.