Design a Novel Ad-Hoc BOINC Data Processing and Cloud Computing Interface

Abstract

A new Cloud Computing paradigm is formed by emerging Ad hoc clouds through leveraging the storage and untapped local computation resources. A lot of researches have been devoted for identifying the structures complexity in networks. The complex networks study is the active and young scientific research area greatly inspired by real-world networks empirical study like social networks and computer networks. The virtualization of conventional resource technology does not consolidate such kind of resources seamlessly by isolating the resource layer issues adequately from execute code logic that is vital for Ad-hoc clouds for basic services operation and provision. The harvest resources of Ad hoc clouds are collected from unreliable, sporadically available and non-exclusive (i.e. basically utilized for other purposes) infrastructures. This research provides a novel design Ad-hoc BOINC data processing and cloud computing interface. The Ad hoc CC issues are solved and outlined the architecture based on BOINC. The result will exhibit that the Ad hoc cloud has better capabilities for minimizing the delay overhead which is added to application average execution time. Simulation and analysis results showing that the presented platform provides reliable and safe provision and maintains computational power required for the interface of Ad-hoc cloud.