Consider a simplified time slotted MAC protocol, where each host always has data to send and transmits with probability p=0.2 in every slot. There is no backoff and one frame can be transmitted in one slot. If more than one host transmits in the same slot, then the transmissions are unsuccessful due to collision. What is the maximum number of hosts which this protocol can support, if each host has to be provided a minimum through put of 0.16 frames per time slot?

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A: How many Frames that the sender need to re-transmit?

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A: The Answer is in Below Steps

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A:

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A: Obstacles include:

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A: The answer for the given question is as follows:-

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A: Introduction

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Q: Consider two hosts, A and B, connected by a single link of rate R bps. Suppose that the two hosts…

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A: “Yes”, it is possible to allow the receiver to receive multiple copies of the same frame when the…

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A: Only the ACKs of the first and last packets, in the sender window size, reached the destination.

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Q: Write a program to simulate the behavior of the CSMA/CD protocol over Ethernet when ther are N…

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A: Here is the explanation about the sliding window sequence number.

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A: Dear Student, Here the datagrams will be first sent from the host to the router , then from the…

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A: Introduction :

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A: Answer:)

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A: ANS: - There is a slight difference between Go-Back-N(GBN) and Selective Repeat protocol, that is: -…

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A:

Q: If the acknowledgment frame is lost, then the receiver accepts two copies of the same frame. This…

A: Introduction :

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Q: Suppose three hosts inside a private network with adress 172.18.3.1 , 172.18.3.2 and 4M 172.18.3.3…

A: Here we have given a five column translation table and explained the working of it

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A: Five column translation table is given in part 2 followed with explanation part.

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A: Five column translation table is given in part 2 followed by the explanation part.

Q: Suppose three hosts inside a private network with adress 172.18.3.1 , 172.18.3.2 and 4M 172.18.3.3…

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