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Soru 1 arasında 8
Why distinguish a model that observes from one that changes network state?
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- Why distinguish a model that observes from one that changes network state?
- Observation always requires emergency shutdown
- Direct control creates different operational risk and needs bounded action and rollback
- A recommendation is the same as automatic control
- Network models cannot affect state
- A network policy is trained on older sites. What evaluation should be added?
- Test new sites and hardware, plus changing traffic conditions
- Evaluate only the historical average
- Use model accuracy instead of service measures
- Remove site identifiers and skip testing
- What safety boundary is useful around learned network actions?
- Allow any action if the model confidence is high
- Remove deterministic controls after training
- Optimize one local metric without service checks
- Limit action ranges, preserve emergency connectivity, and enable operator reversal
- Why check time synchronization and missing telemetry?
- They change customer billing automatically
- They only affect dashboard colors
- Misaligned or incomplete device data can distort the model’s view of network state
- They prove that the model is stale
- Which measures reflect customer-facing network outcomes?
- Availability, dropped calls, throughput, latency, and support resolution
- Number of model layers and training epochs
- Only average inference speed
- The count of cell towers in a region
- An optimization improves throughput in one busy area but hurts a rural region. What does that show?
- The change is necessarily a success
- A local metric may hide a worse overall service outcome
- Rural service is outside network quality
- Throughput cannot be measured
- What should happen when network traffic changes substantially?
- Assume training data cover all futures
- Remove the fallback route
- Reassess model performance and test under the changed operating conditions
- Wait for customers to report every issue
- Why should an operator be able to understand and reverse a network change?
- It ensures the model never makes an error
- It eliminates the need for monitoring
- It makes customer measures unnecessary
- It supports oversight and recovery if the learned action causes a problem