Assume that a system uses segmentation memory allocation scheme. The total physical memory consists of 64...

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Assume that a system uses segmentation memory allocation scheme. The total physical memory consists of 64 Bytes (addressed from 0 to 63). The current state of memory is given in the following image (white boxes represent the free memory holes): OS 7 13 18 24 32 44 48 56 59 63 Assume that a process consists of three segments: S1: (A, B, C, D, E, F, G); S2 (I, J, K, L) and S3 (L, M, N, O) (Each character requires one byte to be stored in the memory) a. If memory is allocated to the process using the best fit algorithm then write the segment table (2 Marks) b. Write the logical address of characters: G, K, M (2 Marks) c. Convert the logical addresses of characters G, K, M to physical addresses (2 Marks) d. Write the sizes of free-memory holes after the allocation of memory to the process (1 Mark) Assume that a system uses segmentation memory allocation scheme. The total physical memory consists of 64 Bytes (addressed from 0 to 63). The current state of memory is given in the following image (white boxes represent the free memory holes): OS 7 13 18 24 32 44 48 56 59 63 Assume that a process consists of three segments: S1: (A, B, C, D, E, F, G); S2 (I, J, K, L) and S3 (L, M, N, O) (Each character requires one byte to be stored in the memory) a. If memory is allocated to the process using the best fit algorithm then write the segment table (2 Marks) b. Write the logical address of characters: G, K, M (2 Marks) c. Convert the logical addresses of characters G, K, M to physical addresses (2 Marks) d. Write the sizes of free-memory holes after the allocation of memory to the process (1 Mark)