Virtual Core definition

Virtual Core means a Physical Core made available to a virtual machine by the virtualization software.

Virtual Core or “vCore” means a virtual representation of processing power in a single hardware virtualization that can run its own operating system and execute applications like a physical machine. The number of Virtual Cores is calculated such that each Virtual Core maps to a single hardware thread in the underlying processing core. If a Customer’s is only able to calculate its physical computer processing cores, then each physical computer processing core will be equal to two

Virtual Core means the unit of processing power in a virtual hardware system. A Virtual Core is the virtual representation of one or more Hardware Threads.

Examples of Virtual Core in a sentence

• For Public Cloud Use, you must be licensed for the total number of Virtual Core allocated to the virtual servers in the Public Cloud where the Software is installed and used.

• Commissioner Pattison: Thank you for the ice-rink; participated in the Michigan Municipal League’s Elected Officials Academy Virtual Core Weekender course; very good course; thanked Tracey Russell for signing him up, recommends all to attend this course if they have not done so already.

• Our Virtual Core Provisioning archi- tecture is based on this principle where edge devices maintain the complexity of provisioning, core devices require no explicit the core capacity inventory.

• For instance, Sprint’s MVNO Virtual Core Service Option provides additional capabilities and significant cost savings by virtualizing the LTE EPC core to support voice, data, and video services using Software Defined Network (SDN) architecture as an optional deployment configuration.

• Instead of the simulator backpack we have our own computer running the sandbox application which contains a Virtual Core for mimicking the Mini Core from the daVinci simulator or the Core from the daVinci system.

• If any Virtual Core is at any time mapped to more than one Hardware Thread, Customer needs an additional subscription license for each additional Hardware Thread mapped to that Virtual Core.

• Nimbus Virtual Core Components The following core components will be delivered as part of Nimbus Virtual Data Centre Nimbus will be delivered and managed within the ONI tier 3 + data centre providing 24 x 7 Assured hosting facilities.

• As a result of this acceptance, R will actually be configured with appro- priate policing, shaping parameters, but only the current usage value for the core devices will be updated (9 Mbps for each) in Figure 1: Virtual Core Provisioning Architecture In DiffServ enabled networks, edge provisioning drives interior (i.e core) provisioning since SLAs are contracted at the bound- aries.

• Network sharing can be implemented in several forms, including Multi-Operator Radio Access Network (MORAN) sharing, Mobile Virtual Network Operator (MVNO) Virtual Core Service Options, and Multiple-Operator Core Networks (MOCNs).

• Physical Core versus Virtual Core Scaling for Application MG (CLASS D) Scaling ModeChange in Number of Threads was used, which results in the per core memory footprint decreasing as the core count increases.

More Definitions of Virtual Core

Virtual Core means a processing unit in a virtual (or otherwise emulated) hardware system and is the virtual representation of one or more hardware threads. Virtual OSEs use one or more Virtual Cores.

Virtual Core means the unit of processing power in a virtual (or otherwise emulated) hardware system. A virtual core is the virtual representation of one or more hardware threads. Virtual OSEs (see “Virtual OSE”) use one or more virtual cores. Virtual OSE means an OSE (see “Operating System Environment (OSE)”) that is configured to run on a virtual (or otherwise emulated) hardware system. Virtual Processor means a processor in a virtual (or otherwise emulated) hardware system. Virtual OSEs (see “Operating System Environment (OSE)”) use virtual processors. Solely for licensing purposes under the Server: Per Processor licensing model, a virtual processor is considered to have the same number of threads and cores as each physical processor on the underlying physical hardware system.