3. [%6] You are considering two retransmission strategies for all hosts in a network using the...

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3. [%6] You are considering two retransmission strategies for all hosts in a network using the ALOHA protocol. The first is a deterministic strategy where the first time a collision is detected, the sender waits one second and retransmits. The second time a collision is detected, the sender waits two seconds and retransmits, and so on. The second strategy is a random strategy where when a collision is detected, the sender waits a random amount of time and retransmits. After the first collision it randomly chooses between waiting 0 or 1 seconds; after the second collision it randomly waits between 0 and 2 seconds, and so on. The deterministic strategy will perform better under low-load The random strategy will perform better under high-load The deterministic strategy will not recover from collisions The average expected delay for these strategies is the same 3. [%6] You are considering two retransmission strategies for all hosts in a network using the ALOHA protocol. The first is a deterministic strategy where the first time a collision is detected, the sender waits one second and retransmits. The second time a collision is detected, the sender waits two seconds and retransmits, and so on. The second strategy is a random strategy where when a collision is detected, the sender waits a random amount of time and retransmits. After the first collision it randomly chooses between waiting 0 or 1 seconds; after the second collision it randomly waits between 0 and 2 seconds, and so on. The deterministic strategy will perform better under low-load The random strategy will perform better under high-load The deterministic strategy will not recover from collisions The average expected delay for these strategies is the same

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