Docker containers have become a prominent solution for supporting modern enterprise
applications due to the highly desirable features of isolation, low overhead, and efficient …

On large-scale high performance computing (HPC) systems, applications are provisioned
with aggregated resources to meet their peak demands for brief periods. This results in …

By using fast back-end storage, performance benefits of a lightweight container platform can
be leveraged with quick I/O response. Nevertheless, the performance of simultaneously …

Container migration is an essential functionality in large-scale geo-distributed platforms
such as fog computing infrastructures. Contrary to migration within a single data center, long …

Container frameworks such as Docker have changed the way developers package, share,
and deploy applications. Container images form a cornerstone of this new model. Images …

Applications running inside containers or virtual machines, traditionally use TCP/IP for
communication in HPC clouds and data centers. The TCP/IP path usually becomes a major …

The wide adoption of Docker containers for supporting agile and elastic enterprise
applications has led to a broad proliferation of container images. The associated storage …

Solid State Devices (SSDs) have been widely adopted in containerized cloud platforms as
they provide parallel and high-speed data accesses for critical data-intensive applications …

Container technology is getting popular in cloud environments due to its lightweight feature
and convenient deployment. The container registry plays a critical role in container-based …

Emerging cloud-native distributed databases rely on local NVMe SSDs to provide high-
performance and highavailable data services to many cloud applications. However, the …