Dependability Analysis for Transaction Processing in On-Demand Computing System

Abstract

On-demand computing is very popular computing technology which enables convenient, ubiquitous, and on-demand network access to shared computing resources which are on-demand. There are several areas which can be similar to on-demand computing such as grid computing, cloud computing, utility computing, adaptive management, and autonomic computing. On-demand computing can be defined as a form of distributed computing which deals with the sharing and co-ordinations of on-demand resources globally. Transaction processing in on-demand computing is a challenging operation which is used widely using on-demand sufficient resources efficiently fulfilling the users’ demands. Transaction processing in on-demand computing consists of several operations which are executed on distributed platforms in order to execute the desired functions by accessing and updating the databases. Load balancing is also an important in on-demand computing as several jobs or transactions may access the same resource at a time. In order to guarantee the trustworthy of resources, reliability, and performance of services, the system needs to be dependable. In this study, we explore the dependability analysis in on-demand computing. © 2022, The Author(s), under exclusive license to Springer Nature Singapore Pte Ltd.