Sentence examples for balancing workloads from inspiring English sources

We'll be looking at everything from combating stress and depression to balancing workloads and best practice.

Chip temperature is reduced by balancing workloads among cores while few communication overheads are introduced.

Services like delivering Internet addresses and balancing workloads around the network can also be done more easily.

When it came to the biggest challenges teachers faced, the most common response was balancing workloads (14%), followed by 11% of teachers saying that they had limited time to teach and another 11% admitting they struggled to motivate pupils.

The findings of this paper show that the continuous measurement of physical demands using a wristband provides rich information to understand, manage, and design physically demanding construction work (e.g., flexible work-rest cycle and managing demanding indirect work) by balancing workloads throughout a day and/or reducing unnecessary physical demands beyond direct work.

The REU students were able to ask about applying to graduate schools, interviews, school visits, defining research projects, balancing workloads, life as a graduate student, etc.

Throughput is maximised by balancing workload, which indicates that the primary objective is equivalent to minimising the bottleneck workload.

One of the most challenging aspects was balancing workload from case practice while keeping up in other courses, being involved in extracurricular commitments, and for some members, undergoing full-time recruitment.

A load balancing workload distribution scheme is designed to assign computations of pair-wise atom interactions to threads to achieve perfect or near-perfect load balancing in the symmetric N-body problem in DFIRE.

Other studies even claimed to reach optimality in performance as in [41] and [42], while others have investigated task scheduling from load balancing prospective as in [43 47] concentrating on balancing workload with consumed energy.

Balancing workload between the cells reduces work-in-process inventory, improves material flow through the cells, and prevents overutilization of some cells and underutilization of others (Baykasoglu et al. 2001).