Cyclic congestion spikes are causing your Telnet users to experience delays. Traffic analysis shows minimal use of UDP. Which technology can you deploy to mitigate the problem?

Committed Access Rate is a traffic policing mechanism that enforces rate limits but does not address TCP synchronization or smooth cyclic queue oscillation.

Weighted RED (WRED) proactively drops packets from individual flows as the queue depth rises, causing those TCP flows to reduce their transmission rate at different times rather than all simultaneously. This prevents the synchronized sawtooth pattern of global TCP back-off and ramp-up that produces cyclic congestion spikes, which directly addresses the delay Telnet users experience.

Deficit Round Robin is a scheduling algorithm that fairly distributes bandwidth across flows but does not perform early random dropping and therefore does not mitigate TCP global synchronization.

Class-Based Weighted Fair Queuing provides bandwidth guarantees per class and tail-drop queuing but does not break TCP synchronization - tail drop is actually a contributing cause of global synchronization.