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Operating System Homework Help |

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Frequently Asked Questions

Q. 1)    Impact of Mutex Locking on Output: What happens when two threads attempt to lock the same mutex in a Pthread program? How does mutex locking affect the program’s output?

Q. 2)    In a multithreaded program with two threads and pthread_join(), does it guarantee a specific execution order between threads?

Q. 3)    Semaphore Synchronization: In a program using a binary semaphore to synchronize two threads, what is the expected output, and how does the semaphore ensure mutual exclusion?

Q. 4)    Thread Termination with pthread_exit(): What happens when pthread_exit() is called in a thread, and what is the effect on any remaining code in the thread?

Q. 5)    Deadlock in Resource Locking: Two threads lock two mutexes in reverse order. What is the outcome, and how can deadlocks occur in such scenarios?

Q. 6)    What is the difference between user mode and kernel mode in an operating system? What types of operations are allowed in each mode, and why is it important for system stability?

Q. 7)    Where does a command line interface (CLI) or shell reside in an operating system, and why? Does it run in user space or kernel space, and how does this choice affect system performance and security?

Q. 8)    Explain the difference between preemptive and non-preemptive scheduling. Which one is commonly used in modern operating systems and why?

Q. 9)    What is the purpose of virtual memory in an operating system? How does paging help in managing memory and what are the main advantages of using virtual memory?

Q. 10)    What is an interrupt in an operating system, and how does it affect the CPU’s operation? How does the operating system handle interrupts from both hardware and software?

Q. 11)    What are concurrency and synchronization in the context of an operating system? How do operating systems manage concurrency issues like race conditions and deadlocks?

Q. 12)    What is a system call in the context of an operating system, and why are they essential for interacting with the kernel? Give examples of common system calls.

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