Match the conditional expression with the if /else statement that performs the same operation. A) q = x < y ? a + b : x * 2; B) q = x < y ? x * 2 : a + b; C) x < y ? q = 0 : q = 1; _______if (x < y) q = 0; else q = 1; _______ if (x < y) q = a + b; else q = x * 2; ________ if (x < y) q = x * 2; else q = a + b;
Match the conditional expression with the if /else statement that performs the same operation. A) q = x < y ? a + b : x * 2; B) q = x < y ? x * 2 : a + b; C) x < y ? q = 0 : q = 1; _______if (x < y) q = 0; else q = 1; _______ if (x < y) q = a + b; else q = x * 2; ________ if (x < y) q = x * 2; else q = a + b;
After playing our giving implementation, your task is to implement Dinning Philosophers
with semaphore in C, by including and
Your implementation will require creating five philosophers, each identified by a number
0.4. Each philosopher will run as a separate thread. Create threads using Pthreads
as discussed in the Lecture slides on Chapter 4 and Practice Lab on Threads.
Your solution needs to accomplish the following:
Implement in C (15 points)
1. dp1.c - You are to provide your solution to this assignment as a single C program
named 'dp1.c using semaphore. Explain in you code (as comments) that the dead
lock will happen or not. If there is a possible deadlock, you can simply solve the
deadlock by pick the fork in order like the first solution in our slides.
Solve Deadlock by Footman (15 points)
1. Here is a new solution to overcome the deadlock. The Dining Philosophers decide to
hire a footman whose task to allow only four philosophers to sit on the table. When
entering and…
8.4 Self-Bias Configuration
20. Determine Zi. Zo. and A,, for the network of Fig. 8.73 if gf, = 3000 μS and gos = 50 μs.
21. Determine Z, Zo, and A, for the network of Fig. 8.73 if the 20-uF capacitor is removed and the
parameters of the network are the same as in Problem 20. Compare results with those of
Problem 20.
+12 V
3.3 ΚΩ
HE
C₂
Vo
Z
Zo
C₁
10 ΜΩ
Z₁
1.1 ΚΩ
Cs 20 µF
FIG. 8.73
Problems 20, 21, 22, and 59.
21. Determine Zi, Zo, and A, for the network of Fig. 8.73 if the 20-μF capacitor is removed and the
parameters of the network are the same as in Problem 20. Compare results with those of
Problem 20.
+12 V
3.3 ΚΩ
+6
C₂
C₁
Z₁
10 ΜΩ
1.1 ΚΩ
Cs
20 μF
FIG. 8.73
Zo
Chapter 4 Solutions
Starting Out with C++ from Control Structures to Objects, Student Value Edition plus MyProgrammingLab with Pearson eText -- Access Card Package (8th Edition)
Java: An Introduction to Problem Solving and Programming (8th Edition)
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