Final answer:
If deadlocks occur frequently, the detection algorithm must be invoked b. frequently to manage these deadlocks efficiently and maintain system stability.
Step-by-step explanation:
If deadlocks occur frequently, the detection algorithm must be invoked frequently as well. A deadlock is a state in which a set of processes are unable to proceed because each is waiting for another to release resources. In computing, deadlocks must be managed carefully to ensure smooth system operation. The detection algorithm's role is to check for the presence of a deadlock. If a system experiences deadlocks frequently, it is necessary for the detection algorithm to run with a frequency that matches the rate of deadlocks occurrence. This proactive approach allows the system to handle deadlocks as soon as they arise and maintain system stability and performance.
It's important to note that frequent execution of the detection algorithm can impact system performance, as it consumes computational resources. Therefore, while the frequency of the detection algorithm should match the frequency of deadlock occurrences, it should also be optimized to ensure that it does not degrade the performance of the system it is meant to protect.