Cyber-physical systems (CPSs) couple their cyber and physical parts to provide mission-critical
services, including automated pervasive health care, smart electricity grid, green cloud …

In this work, we propose an abstract heat flow model which uses temperature information
from onboard and ambient sensors, characterizes hot air recirculation based on these …

Job scheduling in data centers can be considered from a cyber–physical point of view, as it
affects the data center’s computing performance (ie the cyber aspect) and energy efficiency (…

High Performance Computing (HPC) data centers are becoming increasingly dense; the
associated power-density and energy consumption of their operation is increasing. Up to half of …

Docker containers are becoming an attractive implementation choice for next-generation
microservices-based applications. When provisioning such an application, container (…

Energy consumption in data centers can be reduced by efficient design of the data centers
and efficient management of computing resources and cooling units. A major obstacle in the …

An overview of sustainable computing is provided and different approaches towards design
and verification of energy-sustainable computing (ie, sustainable computing from energy …

Operating system (OS) containers enabling the microservice-oriented architecture are
becoming popular in the context of Cloud services. Containers provide the ability to create …

The proliferation of cloud computing can imply a barrier to cloud users. When deploying
their complex workloads into clouds, cloud users are typically overwhelmed by too many …

Parallelization of big-data analytics services over a federation of heterogeneous clouds has
been considered to improve performance. However, contrary to common intuition, there is …