영어에서 Logical unit 을 사용하는 예와 한국어로 번역
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Programming
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Computer
Arithmetic and Logical Unit.
It is a storage technology which is used to combine multiple disks into a single logical unit.
Supports Asymmetric Logical Unit Access(ALUA).
Address information 482 can identify a location in memory, e.g., a logical unit.
MM_HIMETRIC Each logical unit is converted into 0.01 millimeter.
The present disclosure includes methods and devices for logical unit operation.
Each CD is addressed as a'Logical Unit Number'(LUN) of that particular device.
That“0” or“1” can at least partially identify the first or second logical unit.
In one or more embodiments,more than one logical unit can be controlled without regard to at least the portion of the address 482.
Each block can include a number of pages of memory cells, such as"Page 0" 273 illustrated in Block 0 of Logical Unit 0 270-0.
VMFS3 datastore created on a logical unit number with a partition whose size is smaller than the value given by the formula(head count* sector count* sector size).
The CSV volumes enable multiple nodes in the same failover cluster to concurrently access the same logical unit number(LUN).
Regardless of how many bits are used to identify a particular logical unit, masking only one bit can provide control over two logical units. .
The present disclosure relates generally to semiconductor memory devices, methods, and systems, andmore particularly, to logical unit operation.
According to one or more embodiments of the present disclosure,more than one logical unit can be controlled with one of a number of commands, e.g., a single programming command.
Such embodiments can include setting the operating parameter to a first value and operating more than one logical unit for certain commands.
A logical unit number(LUN) is a unique identifier used on a SCSI bus that enables it to differentiate between up to eight separate devices(each of which is a logical unit).
In one or more embodiments,the ability of a memory device to control more than one logical unit with one or more commands can be optionally enabled.
For example, programming commands, erasing commands, data move commands,cached commands, and multiple plane commands can control more than one logical unit.
In such an instance, the bit 591 can be masked such that a command addressed to either the first or the second logical unit would control both the first and the second logical units. .
A Redundant TOrray of Independent Disks or a redundant array of disk independent is a storage system consisting of two or more physical disks to our operating system sees as if they were a single logical unit.
Address information 482 can include a number of portions that identify locations in memory,e.g., a logical unit, a die, a plane, a block, a page, or some other portion of memory.
A R edundant TO rray of I ndependent D isks or a redundant array of disk independent is a storage system consisting of two or more physical disks to our operating system sees as if they were a single logical unit.
Although the address information 482 corresponds to only one logical unit, more than one logical unit can be controlled by command 484, e.g., a single programming command, which is associated with the address.
Subsequently, the operating parameter can be set to a second value and the device can be operated such that there only one logical unit is controlled by each command.
For example, two logical units(a first logical unit and a second logical unit) could have addresses differing only by one bit, e.g., a die select bit 591 or logical unit ID bit.
Typically, assemblies provide a collection of types and resources that work together to form a logical unit of functionality.
For example, consider a first logical unit having“0011” as a portion of a logical unit address and a second logical unit having“1011” as a portion of a logical unit address.
The assembly is a collection of types and resources that are built to work together and form a logical unit of functionality.
Programming time 485 for programming data to two or more logical units canbe substantially similar or equal to programming time 385-1 illustrated in Figure 3 for programming data to one logical unit, assuming that the same data, or same amount of data, is being programmed.