A |
|---|
| Accelerated Virtual
Input/Output | | See AVIO.
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| APA | | Automatic Port Aggregation. A combination of LAN
ports that can be accessed through a single interface name. An APA
creates link aggregates (often called trunks) that provide a logical
grouping of two or more physical ports into a single “fat pipe.” This port arrangement provides more data bandwidth and higher reliability
than would otherwise be available.
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|---|
| AVIO | | Accelerated Virtual Input/Output. An I/O protocol
that improves virtual I/O performance for network and storage devices
used within the Integrity Virtual Machines environment.
The protocol also enables support for a greater number of virtual
I/O devices per guest. For each virtual machine containing an AVIO
device, the VM Host OS and the guest OS must support AVIO.
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B |
|---|
| backing device | | Backing store. The physical device (such as a
network adapter, a disk, or a file) on the VM Host that is allocated to guests.
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C |
|---|
| cluster | | Two or more systems configured together to host
workloads. Users are unaware that more than one system is hosting
the workload.
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|---|
| core | | The actual data-processing engine within a processor.
A single processor might have multiple cores, and a core might support
multiple execution threads. A virtual processor core in a virtual
machine is also called a virtual CPU or vCPU. See also processor.
|
|---|
D |
|---|
| dedicated vswitch | | A vswitch that is dedicated
to use by a certain virtual machine. This type
of vswitch cannot be shared by multiple virtual machines running at
the same time.
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|---|
E |
|---|
| EFI | | Extensible Firmware Interface. The system firmware
user interface that allows boot-related configuration changes and
operations on Itanium-based systems. For example, EFI provides ways
to specify boot options and list boot devices.
|
|---|
| entitlement | | The amount of a system resource (for example,
processor resources) that is guaranteed to a virtual machine. The actual allocation of resources to the virtual machine can be
greater or less than its entitlement, depending on the virtual machine's
demand for processor resources and the overall system processor load.
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|---|
G |
|---|
| guest | | The virtual machine running the guest
OS and guest applications.
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|---|
| guest OS | | Guest operating system.
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|---|
H |
|---|
| host | | The VM Host, which is the controlling operating system that allows multiple virtual machines (VMs) to be
booted on a single server or nPartition. A system or partition
that is running an instance of an operating system.
|
|---|
I |
|---|
| Integrity Virtual
Machines | | HP Integrity Virtual Machines (Integrity VM).
The HP product that allows you to install and run multiple systems
(virtual machines) on the same physical host system.
|
|---|
L |
|---|
| localnet | | A virtual switch created by default when Integrity Virtual Machines is installed on a VM Host. The local network
created by this vswitch can be used for communications among guests but not for communication between
the VM Host and any guest or between any external system and a VM
guest.
|
|---|
M |
|---|
| managed node | | A system running under HP SIM. Systems become
managed nodes through the HP SIM discovery mechanism.
|
|---|
| managed system | | See managed node.
|
|---|
N |
|---|
| NIC | | Network interface card. Also called LAN card,
LAN adapter, or PPA.
|
|---|
S |
|---|
| Serviceguard | | HP Serviceguard. A product that allows you to
create high-availability clusters of HP 9000 or HP Integrity servers. Serviceguard can be used to
manage virtual machines as Serviceguard packages. A Serviceguard package groups application
services (individual HP-UX processes) together and maintains them
on multiple nodes in the cluster, making them available for failover.
|
|---|
| shared vswitch | | A vswitch that can be used
by more than one active virtual machine.
|
|---|
V |
|---|
| virtual machine | | A software entity provided by Integrity
Virtual Machines. Integrity Virtual Machines allows a
single server or nPartition to act as a VM Host for multiple individual virtual machines, each running its own instance
of an operating system (called a guest OS). Virtual machines (also
called VMs) are servers in the Virtual Server Environment (VSE).
|
|---|
| virtual machine
console | | The user-mode application that provides console
emulation for virtual machines. Each instance of the virtual machine console is one console session
for its associated virtual machine.
|
|---|
| virtual network | | A LAN that is shared by the virtual machines running on
the same VM Host or in the same Serviceguard cluster.
|
|---|
| virtual switch | | See vswitch.
|
|---|
| VLAN | | Virtual LAN. Defines logical connectivity instead
of the physical connectivity defined by a LAN. A VLAN provides a way
to partition a LAN logically such that the broadcast domain for a
VLAN is limited to the nodes and switches that are members of the
VLAN.
|
|---|
| VM Host | | The virtual machine host system.
|
|---|
| vswitch | | Virtual switch. Refers to both a dynamically loadable
kernel module (DLKM) and a user-mode component implementing a virtual network switch. The virtualized network interface
cards (NICs) for guest machines are attached
to the virtual switches. By associating the vswitch with a physical
working LAN on the VM Host, you provide the guest with the capability of communicating outside the localnet.
|
|---|
W |
|---|
| WBEM | | Web-Based Enterprise Management. A set of web-based
information services standards developed by the Distributed Management
Task Force, Inc. A WBEM Provider offers access to a resource. WBEM
clients send requests to providers to get information about, and access
to, the registered resources.
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