Sentence examples for Workload allocations from inspiring English sources

For instance, typically data centers are dynamically operated due to the time and temperature dependent workload allocations.

For example, the lecturer who steps in to cover a colleague's class because said colleague is manning a stand at a science festival; the senior manager who factors in staff contribution to community networks when planning workload allocations".

These problems include workload allocation and buffer capacity allocation for a given set of workstations with associated processing times.

Because workload allocation decisions are iterative, we describe a monitoring plan designed to increase the tool's efficacy over time.

We comparatively discuss four dynamic workload allocation algorithms: a Simple Heuristic with fixed step size, an Improved Heuristic with adaptive step size, and two binary search-style algorithms.

Task models often uncover deep-rooted problems, for instance, in workload allocation across many different aspects of an interactive control system.

Existing policies on thermally-aware workload allocation do not consider applications that include many tasks (or threads) running on a large set of nodes with significant communication among the tasks.

Furthermore, taking data center's inter-rack traffic characteristics into consideration, we verify that OpenScale network can suitably match specific traffic patterns and provide better network performance at the cost of introducing a "vicinity-preferred workload allocation" scheme in the control plane.

Companies like 6fusion, with their Workload Allocation Cube (WAC), were among the first to develop models for meaningful comparison of competing cloud offerings.

6fusion says it has developed an algorithm that significantly simplifies the metering, consumption and billing of compute resources, called the Workload Allocation Cube (WAC).

6fusion has developed a metering algorithm, dubbed the Workload Allocation Cube, which it says standardizes the quantification of supply and demand for compute resources.