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"Request" structures are then staged in a linked-list called request queue.
Therefore, the resultant "request" structures tend to be bulky (more data per request), i.e. high (Packing ; Fraction ; PF SQ_P)).
The request queue length is limited by the number of read or write request structures present in it.
The lock needs to be acquired by the process which inserts the block I/O request structures to the request queue [10].
Therefore, the resultant I/O "request" structures tend to be lighter or non-bulky, i.e. have low (Packing ; Fraction ; PF SQ_P)).
The block I/O scheduler is responsible for creation and merging of "request" structures from BIO structures as well as management of the "request queue".
Similar(54)
Campus Compact: Request, "Structuring the Reflection Process.
But that encrypted data is subject to a similar information request structure as that to which Apple has already complied in many occasions in the US.
If the block I/O request can be merged with any existing requests, it is merged otherwise it forms a separate request structure.
Each request structure is a linked-list of BIO (Block I/O) structures, which in turn are linked-list of "bio vec" structures.
The size of each request structure (max_sectors_kb) depends on the specifications of the hardware, by default it is 512 kB [31].
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com