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Systems and Architecture (COMP1030 UNMC) (AUM1 25-26)
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Write down the shortest path between switch S3 and switch S1.
The memory map below gives the contents of each of the locations of a simple memory. Each of these locations uses 4-bit addresses and contains a 4-bit binary value. Write the value accessed from memory and loaded into R0 after executing the following instruction. Assume that r1 initially contains 0001 and r2 contains 001 1
LOAD R0, [R1, R2]
Address Memory contents
Based on the register and memory contents specified, find the value of the operand for the “Relative Addressing Mode”
Assume that the contents of the registers E, A, B0 and Y appear as follows:
What is the value register A after completing one in the following flow-chart?
Visited | Node | |||||
B | C | D | E | F | G | |
A | 1 | 4 | 5 | - | - | - |
AB | x | y | z | - | - | - |
Next |
The above table table is prepared by using the Dijkstra’s algorithm applied to a 7th node G starting from node A.
What is the value of x,y and z in this table after visiting the nodes B,C and D.
Write down the shortest path between switch S3 and switch S1.
Based on the register and memory contents specified, find the value of the operand for the “Relative Addressing Mode”
Assume that the contents of the registers E, A, B0 and Y appear as follows:
What is the value register A after completing one in the following flow-chart?
Visited | Node | |||||
B | C | D | E | F | G | |
A | 1 | 4 | 5 | - | - | - |
AB | x | y | z | - | - | - |
Next |
The above table table is prepared by using the Dijkstra’s algorithm applied to a 7th node G starting from node A.
What is the value of x,y and z in this table after visiting the nodes B,C and D.
The memory map below gives the contents of each of the locations of a simple memory. Each of these locations uses 4-bit addresses and contains a 4-bit binary value. Write the value accessed from memory and loaded into R0 after executing the following instruction. Assume that r1 initially contains 0001 and r2 contains 001 1
LOAD R0, [R1, R2]
Address Memory contents