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2. For the following circuit: a) Find the total number of stuck-at- and stuck-at-1 faults. Show...
For Figure 4.12 on page 79, answer the following the following questions: (a) List all possible...
For Figure 4.12 on page 79, answer the following the following
questions:
(a) List all possible single stuck-at faults in this circuit (i.e.
use a-sa0 to represent the SA0 fault at line a).
(b) Reduce/collapse the fault list after fault equivalence. What is
the collapse ratio.
(c) Reduce the fault list found in question 4b, but now after doing
dominance fault col-
lapsing. What is the collapse ratio. Label this fault list as
Lcircuit reduced.
(d) Based on checkpoint theorem,...
[30 pts] Q3> Generate all possible test vectors for the stuck-at-1 (s-a-1) fault on line k for the following circuit. Show your work Fi k s-a-1 [30 pts] Q3> Generate all possible test vect...
[30 pts] Q3> Generate all possible test vectors for the stuck-at-1 (s-a-1) fault on line k for the following circuit. Show your work Fi k s-a-1
[30 pts] Q3> Generate all possible test vectors for the stuck-at-1 (s-a-1) fault on line k for the following circuit. Show your work Fi k s-a-1
Discuss the consequences of short circuit faults on electric power systems.
a- Discuss the consequences of short circuit faults on an electric power systems (5 points)
b- Protective schemes are routinely used for electric power transformers. Name at least three different types of transformer protective schemes (by function) and explain briefly their principles of operation. (5 points)
Consider the system shown in the single-line diagram of Figure 3. All reactances are shown in per unit to the same base. Assume that the voltage at both sources is 1 p.u.
c- Find...
Show how many page faults are will occur if a process access the following page sequence...
Show how many page faults are will occur if a process access the
following page sequence (reference string). Assume OS is using a
fixed number of 4 pages allocated for the process and is using
First-In-First-Out (FIFO) algorithm.
Count the faults acquired in the page table initialization.
Show your work by completing the following table:
Show how many page faults are will occur if a process access the following page sequence (reference string). Assume OS is using a fixed number...
17. For the circuit below, find V, for the following faults (all resistors 10K): All work...
17. For the circuit below, find V, for the following faults (all resistors 10K): All work to be shown for credit. a. R2 failed. b. R4 failed. C. R; failed. 12v = TRE w For the circuit in the previous problem, calculate the following conditions: All work to be shown for credit. a. The resistor failure(s) that would cause the maximum amount of current to flow. b. Calculate the maximum amount of current based on (a). C. The resistor failure(s)...
Question 7 30 pts Consider the following page reference string: {1,2,3,4,1,5,6,2,1,2,3,7,6,3} Assume that the system has...
Question 7 30 pts Consider the following page reference string: {1,2,3,4,1,5,6,2,1,2,3,7,6,3} Assume that the system has 4 page frames allocated to these 7 pages. Follow the page placement and replacement using the following three replacement algorithms: • LRU replacement • FIFO replacement • Optimal replacement How many page faults will occur for these three algorithms? Assume that all frames are initially empty, so your first unique pages will all cost one fault each USE ENCLOSED TABLES! Show all calculations in...
PROBLEM 5 a Discuss the consequences of short circuit faults on electric power systems [5 Points...
PROBLEM 5 a Discuss the consequences of short circuit faults on electric power systems [5 Points Protective schemes are routinely used for electric power transformers. Name at least three different types of transformer protective schemes (by function) and explain briefly their principles of operation. [5 Points] Consider the system shown in the single-line diagram of Figure (4 per unit to the same base. Assume that the voltage at both sources is 1 p.u .) All reactances are shown in ind...
Given the following page reference string, count the number of page faults for a memory capacity...
Given the following page reference string, count the number of page faults for a memory capacity of 4 frames using the CLOCK page replacement algorithm. Reference string: 0, 1, 2, 3, 0, 1, 4, 0, 1, 2, 3, 4, 5, 6, 3, 2, 1, 0. Show all work.
uestion Number 1: In the following circuit 15? j20 2 a) b) c) d) e) Find...
uestion Number 1: In the following circuit 15? j20 2 a) b) c) d) e) Find Vi by using KCL and KVL Verify your answer by using Thevenin's Theorem Verify your answer by using Node Voltage Method Verify your answer by using Mesh Analysis Verify your answer by using Source Transformation 77.375 V
Problem 3.4 What are the total number of page faults for programs 1 and 2? (4...
Problem 3.4 What are the total number of page faults for programs 1 and 2? (4 points) Program structure int data[128][128]; one row is stored in four adjacent pages There are only four pages for data in a system, and the LRU page replacement algorithm is used. Program 1 for j 0; j <63; j++) for (i 0; i <65 ; i++) data[i 0; Program 2 for (i = 0; i < 65; i++) for (j = 0; j <...
For Figure 4.12 on page 79, answer the following the following
questions:
(a) List all possible single stuck-at faults in this circuit (i.e.
use a-sa0 to represent the SA0 fault at line a).
(b) Reduce/collapse the fault list after fault equivalence. What is
the collapse ratio.
(c) Reduce the fault list found in question 4b, but now after doing
dominance fault col-
lapsing. What is the collapse ratio. Label this fault list as
Lcircuit reduced.
(d) Based on checkpoint theorem,...
[30 pts] Q3> Generate all possible test vectors for the stuck-at-1 (s-a-1) fault on line k for the following circuit. Show your work Fi k s-a-1
[30 pts] Q3> Generate all possible test vectors for the stuck-at-1 (s-a-1) fault on line k for the following circuit. Show your work Fi k s-a-1
Show how many page faults are will occur if a process access the
following page sequence (reference string). Assume OS is using a
fixed number of 4 pages allocated for the process and is using
First-In-First-Out (FIFO) algorithm.
Count the faults acquired in the page table initialization.
Show your work by completing the following table:
Show how many page faults are will occur if a process access the following page sequence (reference string). Assume OS is using a fixed number...
17. For the circuit below, find V, for the following faults (all resistors 10K): All work to be shown for credit. a. R2 failed. b. R4 failed. C. R; failed. 12v = TRE w For the circuit in the previous problem, calculate the following conditions: All work to be shown for credit. a. The resistor failure(s) that would cause the maximum amount of current to flow. b. Calculate the maximum amount of current based on (a). C. The resistor failure(s)...
Question 7 30 pts Consider the following page reference string: {1,2,3,4,1,5,6,2,1,2,3,7,6,3} Assume that the system has 4 page frames allocated to these 7 pages. Follow the page placement and replacement using the following three replacement algorithms: • LRU replacement • FIFO replacement • Optimal replacement How many page faults will occur for these three algorithms? Assume that all frames are initially empty, so your first unique pages will all cost one fault each USE ENCLOSED TABLES! Show all calculations in...
PROBLEM 5 a Discuss the consequences of short circuit faults on electric power systems [5 Points Protective schemes are routinely used for electric power transformers. Name at least three different types of transformer protective schemes (by function) and explain briefly their principles of operation. [5 Points] Consider the system shown in the single-line diagram of Figure (4 per unit to the same base. Assume that the voltage at both sources is 1 p.u .) All reactances are shown in ind...
uestion Number 1: In the following circuit 15? j20 2 a) b) c) d) e) Find Vi by using KCL and KVL Verify your answer by using Thevenin's Theorem Verify your answer by using Node Voltage Method Verify your answer by using Mesh Analysis Verify your answer by using Source Transformation 77.375 V
Problem 3.4 What are the total number of page faults for programs 1 and 2? (4 points) Program structure int data[128][128]; one row is stored in four adjacent pages There are only four pages for data in a system, and the LRU page replacement algorithm is used. Program 1 for j 0; j <63; j++) for (i 0; i <65 ; i++) data[i 0; Program 2 for (i = 0; i < 65; i++) for (j = 0; j <...
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