The guideline is to exploit high node population to enable optimistic lightweight resource replication capable of tolerating node exits/failures.
State-of-the-art green computing practices consider implementation of energy friendly IT equipment, lightweight resource consumption protocols, and disposal of electronic waste [63].
Unlike virtualization- based solutions that have been widely used for HPC cloud explorations, containers are more fit-for-purpose, sporting among others native execution and lightweight resource consumption.
It is the key technology to enable the lightweight resource-aware design on our embedded IVC system.
The computational biology field greatly increased the demand for, and supply of, new decentralized, portable, scalable, and lightweight resources for data localization, management, processing, analysis and visualization.
The service is a super lightweight enterprise resource planning (ERP) tool for keeping track of that pair of shoes as it goes from the shop floor to the truck and eventually to the store.
The EMA load tracker leads to higher accuracy in the final load prediction compared to other load trackers, while its low computational complexity allows for its incorporation in the presented lightweight framework for resource management.
Just like Docker is essentially a more lightweight and less resource-intensive way of handling virtual machines, CoreOS is a lightweight operating system for working with containers.
Basically, IoT architecture can be considered as ubiquitous ID architecture enhanced with concrete network mechanisms using lightweight protocols for resource-oriented applications.
Enhanced efficiency, reduced weight and costs, conservation of resources: Lightweight parts are of interest for many industries, first among them the automotive sector, but also transport and logistics, medical technology and packaging, as well as building services engineering.
Benefiting from the diversity and subjective design feasibility of molecular structure, flexibility, lightweight, molecular level controllability, resource renewability and relatively low cost, polymeric electrode materials are promising candidates for the next generation of sustainable energy resources and have attracted extensive attention for the foreseeable large scale applications.
