A Hypothesis on Cloud Sourcing Sharing Users’ Mobile Devices Through Virtualization

Abstract

The term Cloud has taken on a significant role in the computer industry and is now recognized as the forerunner of cutting-edge technology that makes possible an enormous variety of services and applications. Cloud computing servers are made up of a large resource pool that combines hardware and software that is readily available and serves users depending on demand, with pay-per-use consumers accessing services. Large amounts of resources that can be consolidated on an active network and cloud servers that can be distant users’ mobile handheld devices are both features of cloud services that may be offered to users. With the use of mobile device resources, this research suggests a novel method of cloud computing that would represent a ground-breaking development for the field. In this situation, virtualization technology may also be leveraged to benefit from the resources of mobile devices. Additionally, mobile devices can function as a backup virtual server for the cloud. Based on the outcomes of the relevant intelligent parameters, a dynamic optimization algorithm may categorize mobile devices that are linked to the cloud and operating as a part of it, and the result log would be stored in the server. Additionally, the log will act as the cloud’s main building block for effectively allocating and scheduling jobs to various types of categorized mobile devices based on the task’s complexity, which results in greater elasticity, flexibility, cost savings, and slick server performance. The potential solution adds a monetary incentive that is advantageous to both the service user and the service provider.