Segmentation Architecture List-I (Segmentation Layout) A. Segment Representation B. Segment Table Entry C. Segment Trap Error D. Shared Segments List-II (Mapping Property) Maps logical views (methods, stacks, variables) to variable-length segments Contains a base physical address and a segment length limit Raised automatically if a program requests an offset larger than the segment limit Allows processes to share common code sections (like utility libraries) safely

A-1, B-2, C-3, D-4 Explanation: A. Segment Representation 1 Explanation: Segmentation maps the user's logical view of memory (such as functions, methods, stacks, and global variables) into variable-length segments. B. Segment Table Entry 2 Explanation: Each entry in the segment table contains a base physical address (where the segment begins in physical memory) and a segment length limit (specifying its size). C. Segment Trap Error 3 Explanation: A trap or error is raised automatically by the hardware if a program requests an offset that exceeds the segment limit defined in the table. D. Shared Segments 4 Explanation: Segmentation allows processes to share common code sections and utility libraries safely by pointing segment tables of different processes to the same physical memory frames. Therefore, the correct matching

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CUET PG — operating system os PYQ

CUET PG | operating system os |

Segmentation Architecture

List-I (Segmentation Layout)

A. Segment Representation

B. Segment Table Entry

C. Segment Trap Error

D. Shared Segments

List-II (Mapping Property)

Maps logical views (methods, stacks, variables) to variable-length segments

Contains a base physical address and a segment length limit

Raised automatically if a program requests an offset larger than the segment limit

Allows processes to share common code sections (like utility libraries) safely

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