Examples of using Sub-allocation in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
To create a sub-allocation in an existing resource allocation.
When this management rule is selected, sub-allocation is not allowed.
These sub-allocations are grouped hierarchically under the top-level resource allocation.
For more information, see the sub-allocation section later in this topic.
Percent CPU targetallocations may be further divided into sub-allocations.
For more information about sub-allocation, see Sub-Allocate Resources.
Each sub-allocation must be configured to use a different process matching criterion.
The following table gives an example of how you can prioritize processes by using sub-allocations.
Each allocation or sub-allocation is listed in the order in which you would create it.
A specification booklet canbe understood as a development contract for the construction or sub-allocation to a service provider.
This sub-allocation matches a different process matching criterion than the parent resource allocation.
The parent allocation is applied last. Thus,any resources that are not consumed by its sub-allocations will be available to processes that match pmc_A.
You can only create a sub-allocation when the management rule of the parent resource allocation is set to Standard.
On the Resources tab, under Allocate these resources, click the name of the resource allocation where you want to create a sub-allocation, and then click Edit.
When you are finished creating sub-allocations, on the parent resource allocation Properties page, click OK.
A sub-allocation allocates resources that are calculated as a percentage of the resources allocated by the parent resource allocation.
The only relationship between a resource allocation and its sub-allocation is that they share the CPU bandwidth allocated by the parent resource allocation.
The sub-allocation that is last in the hierarchy is applied first, and the remaining allocations are applied in order moving back up the hierarchy to the parent resource allocation.
Another situation in which you would use sub-allocations is when you have a server that performs multiple functions that you want to prioritize according to their importance.
Because the sub-allocations in the example add up to 50 percent of the parent resource allocation, processes that match pmc_A can use a minimum of 25 percent of the total CPU bandwidth, or 50 percent of the 50 percent available to ra_A.
You can create more sub-allocations under the parent resource allocation by clicking Sub-allocate resources again.
To create sub-allocations under a sub-allocation, click Sub-allocate resources, click the sub-allocation that you want to further sub-allocate, click Edit, and then continue from Step 3 of this procedure.
Because the resources not used by a sub-allocation become available to its parent resource allocation, you can use this built-in logic to prioritize processes by using sub-allocations.
Each resource allocation and sub-allocation is given 99 percent of the available CPU because the goal is not to restrict CPU usage, but to define the order in which processes get access to CPU bandwidth.
Create a series of nested sub-allocations in order from the last resource allocation you want to apply(the parent resource allocation) to the first resource allocation you want to apply(the last sub-allocation), giving each allocation 99 percent CPU.