Operating Systems - Banker's Algorithm - Safe State & Resource Allocation
In which scenario is the Banker's Algorithm most appropriately applied in an operating system?
In which scenario is the Banker's Algorithm most appropriately applied in an operating system?
easy🔍 Pattern Recognition Q11 of Q15
Step-by-Step Solution
Step 1: Understand the purpose of Banker's Algorithm
The Banker's Algorithm is designed to avoid deadlocks by ensuring that resource allocation requests do not lead the system into an unsafe state.Step 2: Analyze each option
A describes deadlock detection, which is reactive, not proactive like Banker's Algorithm.
B describes scheduling without resource safety checks, which is unrelated.
C correctly identifies deadlock avoidance by simulating allocations to maintain safe states.
D ignores resource safety and deadlock avoidance, focusing on naive allocation.Final Answer:
Option C -> Option CQuick Check:
Banker's Algorithm is a deadlock avoidance method, not detection or naive scheduling.
Quick Trick: Banker's Algorithm = proactive deadlock avoidance via safe state checks [OK]
Common Mistakes:
MISTAKES- Confusing deadlock detection with avoidance
- Assuming Banker's Algorithm schedules processes
- Believing it works without resource safety checks
Trap Explanation:
PITFALL- Options A and C are tempting because candidates often confuse detection with avoidance or think scheduling handles deadlocks. Option D seems plausible as a naive approach but lacks safety checks.
Interviewer Note:
CONTEXT- Tests candidate's ability to identify when Banker's Algorithm applies versus other deadlock handling methods.
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