Sentence examples for multiple physical resources from inspiring English sources

However, the execution of various portions of the control system on multiple physical resources represents a challenge as for the control task scheduling and synchronization perspectives.

Each Web service corresponds to a high-level management task (e.g., balancing the load of a virtual resource across multiple physical resources) or a macrocomponent of a management application (e.g., an event correlator).

We introduce the resource sharing strategy in VNs and also across multiple VNs to save the physical resources of edge-of-things computing and reduce the mapping costs.

This is a common threat in any networking environment, but the use of shared physical resources by multiple virtual networks further exacerbates this problem.

Cloud computing technology provides the means to share physical resources among multiple users and data center tenants by exposing them as virtual resources.

Sensor network virtualization is a promising paradigm to move away from highly-customized, application-specific wireless sensor network deployment by opening up to the possibility of dynamically assigning general purpose physical resources to multiple stakeholder applications.

Consequently, multiple virtualized systems might unknowingly compete with each other for physical resources.

The physical resources and infrastructures in a CPS span multiple scales (e.g., sensors capturing real-time events at the hardware layer, to networked communication for dissemination of critical information from event sources to multiple destinations).

The hypervisor allocates the physical resources among various virtual instances and coordinates multiple virtual eNodeBs over the same physical one; the LTE spectrum is shared among them using the concept of RAN sharing, i.e., each virtual eNodeB receives a portion of the available frequency bands.

It often requires substantial human and physical resources ranging from a few engineers up to multiple teams of domain specialists from collaborating organisations.

In spite of the impressive advances in high performance computations, phase-field simulations for most practical problems in materials design are resource intensive because of the need to incorporate multiple physical fields over large-scale three-dimensional domains.