The Kiwi™ memory architecture design team has a dilemma. The team is considering several different memory configuration variations for an upcoming machine design. Consider the following designs (All memory accesses are in terms of bytes, and all are using paging techniques): CharacteristicDesign 1Design 2Design 3Physical Memory Address Width8 bit16 bit32 bitLogical Address Width12 bit20 bit24 bitPage/Frame size in bytes16 bytes32 bytes64 bytesPage Table TypeSingleSingleDoublea) For each design, list the maximum number of pages each process can access in logical address space.b) For each design, list the maximum number of frames in physical memory.

Name: The Kiwi™ memory architecture design team has a dilemma. The team is
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Description: The Kiwi™ memory architecture design team has a dilemma. The team is considering several different memory configuration variations for an upcoming machine design. Consider the following designs (All memory accesses are in terms of bytes, and all ar

a) Design 1 logical address width = 12 bits logical memory size = (2^12)bytes page size = 16 bytes…

Answered: The Kiwi™ memory architecture design…

Database System Concepts

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ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

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The Kiwi™ memory architecture design team has a dilemma. The team is considering several different memory configuration variations for an upcoming machine design. Consider the following designs (All memory accesses are in terms of bytes, and all are using paging techniques):

Characteristic	Design 1	Design 2	Design 3
Physical Memory Address Width	8 bit	16 bit	32 bit
Logical Address Width	12 bit	20 bit	24 bit
Page/Frame size in bytes	16 bytes	32 bytes	64 bytes
Page Table Type	Single	Single	Double

a) For each design, list the maximum number of pages each process can access in logical address space.

b) For each design, list the maximum number of frames in physical memory.

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