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Over the past two decades, the cloud computing paradigm has graduallyattracted more popularity due to its efficient resource usage and simpleservice access model. Virtualization technology is the fundamental element ofcloud computing that brings several benefits to cloud users and providers, suchas workload isolation, energy efficiency, server consolidation, and costreduction. This paper examines the combination of operating system-levelvirtualization (containers) and hardware-level virtualization (virtualmachines). To this end, the performance of containers running on top of virtualmachines is experimentally compared with standalone virtual machines andcontainers based on different hardware resources, including the processor, mainmemory, disk, and network in a real testbed by running the most commonly usedbenchmarks. Paravirtualization and full virtualization as well as type 1 andtype 2 hypervisors are covered in this study. In addition, three prevalentcontainerization platforms are examined.

Experimental Assessment of Containers Running on Top of Virtual Machines