Sentence examples for optimizing resource utilization for from inspiring English sources

This paper presents a self-configuring adaptive framework optimizing resource utilization for scientific applications on top of Cloud technologies.

Maintaining quality of service (QoS) for real-time (RT) and non-real time (NRT) services while optimizing resource utilization is a major challenge for next generation systems like fifth generation (5G).

The respondents recognized potential ethical benefits of ACTs, including a higher probability of receiving an effective intervention for participants, optimizing resource utilization, and accelerating treatment discovery.

The utility of a job configuration is defined as its usefulness for a stakeholder with respect to the optimizing resource utilization and runtime.

The potential economies related to CME internationalization could be very important in optimizing resource utilization in healthcare performance improvement, therefore evolving the applied standards in the CME field.

Its three main objectives were to optimize resource utilization, to improve the management and outcome of care for patients with diabetes and hypertension based on evidence based guidelines, and to improve Health Care Professionals' knowledge and adherence to up-to-date evidence based clinical practice guidelines and thereby improves patients' quality of life and satisfaction.

8 Over the past few decades, several CM demonstration projects have been implemented in PHC to improve clinical outcomes for patients with dementia and to optimize resource utilization, but the research evidence on their outcomes is inconsistent.

Thus, it is crucial to design mechanisms that effectively and dynamically coordinate the sharing of the available resources to optimize resource utilization while meeting application requirements.

Decentralized control is able to optimize resource utilization and retain system reliability based on local measurement without communication [19].

Inzerilli et al. [25] report the results of the SATIP6 European project, describing a QoS architecture for DVB-RCS with the aim of differentiating IP flows to optimize resource utilization.

Identifying molecular structures provides a foundation to understand all aspects of coal-derived asphaltene, enabling a first-principles approach to optimize resource utilization.