Sentence examples for requirements of workload from inspiring English sources

A mobile device that initiates distributed analytics needs to dynamically take advantage of mobile cloud resources depending on specific requirements of workload since the internal status and the external environment are subject to change.

The Resource Information Centre (RIC) contains the information about all the resources in the resource pool and obtains the result based on requirement of workload as specified by user.

In this sense, the cloud consumer interacts with the cloud via a cloud portal and submits the QoS requirements of the workload after authentication.

Modeling: Framework that helps to predict the resource requirements of a workload by representing the most important attributes of resource management, such as states, transitions, inputs, and outputs within a given environment.

A number of CHWs claimed working more than these hours, sometimes working full days to meet the requirements of their workload: 'I usually take 3 hours in a day to cover all the households that I am supposed to check on, which are usually 3 homesteads.

This study supports that the experimental design of supercomputer and parallel computers calls for quantifiable methods to evaluate the requirements of different workloads within an application domain.

In this context, this paper presents the main redundancy and scalability requirements for the workloads identified in ISA-95.03 ISA-95.03utions and discusses in detail the strategies to assure the redundancy and scalabasedy requirementsolutionse workloand both indiscussesy and at the system level.

Moreover, they are characterized by different levels of parallelization as well as different requirements in terms of workload and they have their own scalability curve.

The functionality of the co-processors is dynamically reconfigured to meet the requirements of the network workload.

The primary objective of the proposed metascheduler is to map efficiently a set of VM instances onto a set of servers from a highly dynamic resource pool by fulfilling resource requirements of maximum number of workloads.

Due to the extensive requirements of resources and manual workload, Pasher et al. suggested (semi) automated processing of remote sensing imagery to advance their approach for assessing the urban tree canopy or to provide general rapid re-assessments.