nigher priority. Explain your answer.

quantum? Assume that a larger number is a

Q$5.$ Consider the following two concurrently running processes $P0$ and $P1$ that have the shared variables $A,B,C,x,Y,$ and $Z.$

$]=[1$;

$]=[3$;

end.

Modify the code of P$0$ and P$1$ by adding synchronization variable$($s$)$ and statements so that the final value of $Z$ equals to $15.$

Hint: Consider the initial value of the synchronization variable$($s$)$ "Semaphore" equals to Zero.

FD$4$D$-1,$ Rev. b

Ref.: Deans' Council Session $(13/2019-2020),$ Decision No$.$: $23.$ Date: $10/02/2020$

Quality Assurance Council Session $(30/2019-2020),$ Decision No$.$: D$4,$ Date: $26/$D$1/2020$