Podcast
Questions and Answers
Process synchronization ensures the consistency of shared data
Process synchronization ensures the consistency of shared data
True (A)
Peterson's solution is an example of synchronization hardware
Peterson's solution is an example of synchronization hardware
False (B)
Mutex locks and semaphores are examples of software solutions to the critical-section problem
Mutex locks and semaphores are examples of software solutions to the critical-section problem
True (A)
Monitors are used to solve process synchronization problems
Monitors are used to solve process synchronization problems
The main objective of process synchronization is to present alternative approaches to operating systems
The main objective of process synchronization is to present alternative approaches to operating systems
Peterson's solution is an example of a software solution to the critical-section problem
Peterson's solution is an example of a software solution to the critical-section problem
Semaphore is an example of synchronization hardware
Semaphore is an example of synchronization hardware
Monitors are used to solve classical process-synchronization problems
Monitors are used to solve classical process-synchronization problems
Mutex locks and semaphores are used to ensure the consistency of shared data
Mutex locks and semaphores are used to ensure the consistency of shared data
The main objective of process synchronization is to present the concept of process synchronization
The main objective of process synchronization is to present the concept of process synchronization
