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Segmentation is another approach to supporting memory virtualization. In this question, you will try to set the base and bounds registers, per segment, correctly. Here we assume a simple segmentation approach that splits the virtual address space into two segments. YOU MAY SHOW YOUR CALCULATIONS FOR PARTIAL POINTS. Segment 0 acts like a code and heap segment; the heap grows towards higher addresses. Segment 1 acts like a stack segment; it grows backwards towards lower addresses. In both segments, the bounds (or limit) register just contains the "size" of the segment. Assume a 16-byte virtual address space. Virtual address trace: 0, 1, 2, 3, 15, 14, 13 - only these are valid and the rest are NOT. Virtual address 1 translates to physical address 101. Virtual address 13 translates to physical address 998. Segment 0 Base? Segment 1 Base? Segment 0 Bounds? Segment 1 Bounds?

          Segmentation is another approach to supporting memory virtualization. In this question, you will try to set the base and bounds registers, per segment, correctly. Here we assume a simple segmentation approach that splits the virtual address space into two segments. YOU MAY SHOW YOUR CALCULATIONS FOR PARTIAL POINTS.

Segment 0 acts like a code and heap segment; the heap grows towards higher addresses.
Segment 1 acts like a stack segment; it grows backwards towards lower addresses.

In both segments, the bounds (or limit) register just contains the "size" of the segment.

Assume a 16-byte virtual address space. Virtual address trace: 0, 1, 2, 3, 15, 14, 13 - only these are valid and the rest are NOT.

Virtual address 1 translates to physical address 101.
Virtual address 13 translates to physical address 998.

Segment 0 Base?
Segment 1 Base?
Segment 0 Bounds?
Segment 1 Bounds?

question 3 segmentation is another approach to supporting memory virtualizationin this questionyou will try to set the base and bounds registersper segmentcorrectlyhere we assume a simple se 13662

Added by Alberto S.

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