Small-scale data centers suffering from low cooling efficiency consume an intense power for
reliable operation of IT equipment. In this study, thermal distribution in an air-cooled data …

The rapidly rising computing workloads in data centers (DCs) have necessitated new
approaches to ensure effective performance and resilience that minimize the associated …

Abstract Information technology (IT) equipment and cooling infrastructure are key
contributors to the total energy expenditure in a data center. There is typically significant …

Two key contributors to the energy expenditure in data centers are information technology
(IT) equipment and cooling infrastructures. The standard practice of data centers lacks a tight …

The energy required to cool an air-cooled data center (DC) contributes significantly to the
cost of operation, which is further exacerbated due to a poor choice of cooling architecture …

This paper aims to help data center administrators choose thermal simulation tools, which
manage thermal conduction from power for energy savings. When evaluating and …

Geographically distributed data centers provide facilities for users to fulfill the demand of
storage and computations, where most of the operational cost is due to electricity …

Rapidly growing data centers (DCs) are facing challenges with energy consumption
increase and thermal environmental security. Thus, this paper proposed a novel real-time …

To satisfy the thermal environment requirements, approximately 40% of energy consumption
is used for cooling in data centers. The efficient cooling system and workload management …

This paper presents a system for jointly managing cooling units and workload assignment in
modular data centers. The system aims to minimize power consumption while respecting …