![SOLVED: The processes A,B and C are synchronized using semaphores as given below: Shared data: Semaphores1=0,s2=0; Processs A: 1 Process B: Process C: 1 wait(sl); //produceB; wait(s2); //producec; //produceA, signal(sl); signal(s2); 1 SOLVED: The processes A,B and C are synchronized using semaphores as given below: Shared data: Semaphores1=0,s2=0; Processs A: 1 Process B: Process C: 1 wait(sl); //produceB; wait(s2); //producec; //produceA, signal(sl); signal(s2); 1](https://cdn.numerade.com/ask_images/f9245d520f78478aaf64a54ca8464841.jpg)
SOLVED: The processes A,B and C are synchronized using semaphores as given below: Shared data: Semaphores1=0,s2=0; Processs A: 1 Process B: Process C: 1 wait(sl); //produceB; wait(s2); //producec; //produceA, signal(sl); signal(s2); 1
![A. Flow of logic in the calling program to communicate model runs to... | Download Scientific Diagram A. Flow of logic in the calling program to communicate model runs to... | Download Scientific Diagram](https://www.researchgate.net/publication/282119011/figure/fig2/AS:614106184810497@1523425732138/3A-Flow-of-logic-in-the-calling-program-to-communicate-model-runs-to-the-Interface.png)
A. Flow of logic in the calling program to communicate model runs to... | Download Scientific Diagram
![What is Burst time, Arrival time, Exit time, Response time, Waiting time, Turnaround time, and Throughput? What is Burst time, Arrival time, Exit time, Response time, Waiting time, Turnaround time, and Throughput?](https://afteracademy.com/images/what-is-bursttime-arrivaltime-exittime-responsetime-waitingtime-turnaroundtime-and-throughput-arrivaltime-example.png)