ARG address space size 2048
ARG phys mem size 32768

Base-and-Bounds register information:

  Base   : 333
  Limit  : 1002

All values are in decimal

For each virtual address, either write down the physical address it translates to
OR write down that it is an out-of-bounds address (a segmentation violation). For
this problem, you should assume a simple virtual address space of a given size.

Use 0 for PA to indicate a segmentation violation.

Base-and-Bounds register information:

  Base   : 0x0000014d decimal 333
  Limit  : 1002

Virtual Address Trace
  VA  0: 0x0000069a decimal: 1690 --> SEGMENTATION VIOLATION
  VA  1: 0x00000264 decimal:  612 --> VALID: 0x000003b1 decimal:  945
  VA  2: 0x000002f3 decimal:  755 --> VALID: 0x00000440 decimal: 1088
  VA  3: 0x0000018d decimal:  397 --> VALID: 0x000002da decimal:  730
  VA  4: 0x00000487 decimal: 1159 --> SEGMENTATION VIOLATION
  VA  5: 0x0000014b decimal:  331 --> VALID: 0x00000298 decimal:  664
  VA  6: 0x000000ff decimal:  255 --> VALID: 0x0000024c decimal:  588
  VA  7: 0x00000377 decimal:  887 --> VALID: 0x000004c4 decimal: 1220


min bounds = 1691
max base = 31077

What is the minimum value of the bounds register so that all of the virtual addresses above are within bounds:

What is the maximum value of the base register such that all of the virtual addresses above would fit into physical memory: