Final answer:
The Banker's Algorithm is an indirect method of deadlock prevention that helps prevent the occurrence of a circular wait by simulating the allocation of resources to different processes in a way that avoids deadlock.
Step-by-step explanation:
An indirect method of deadlock prevention that helps prevent the occurrence of a circular wait is the Banker's Algorithm. The Banker's Algorithm is used in operating systems to allocate resources to multiple processes in a way that avoids deadlock.
It works by simulating the allocation of resources to different processes and making sure that granting a request for resources will not result in a deadlock situation. The algorithm uses information about the available resources, the maximum resources each process can request, and the resources currently allocated to each process.
If a request is made that could lead to a circular wait, the Banker's Algorithm checks if granting the request will leave the system in a safe state, meaning that deadlock is avoided. If the state is safe, the request is granted; otherwise, it is denied.