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This paper analyzes the phenomenon of software aging - namely, the gradualperformance degradation and resource exhaustion in the long run - in theAndroid OS. The study intends to highlight if, and to what extent, devices fromdifferent vendors, under various usage conditions and configurations, areaffected by software aging and which parts of the system are the maincontributors. The results demonstrate that software aging systematicallydetermines a gradual loss of responsiveness perceived by the user, and anunjustified depletion of physical memory. The analysis reveals differences inthe aging trends due to the workload factors and to the type of runningapplications, as well as differences due to vendors' customization. Moreover,we analyze several system-level metrics to trace back the software agingeffects to their main causes. We show that bloated Java containers are asignificant contributor to software aging, and that it is feasible to mitigateaging through a micro-rejuvenation solution at the container level.

A Comprehensive Study on Software Aging across Android Versions and Vendors