If there are x number of devices that are wanting to transmit during a slotted Aloha protocol, what value of access probability (p) will maximize the amount of total throughput for the system? Also what happens to the value of throughput as the number of devices approaches infinity?

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A: Solution :

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A:

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A: Given: A link has a transmission speed of 106 bits/sec. It uses data packets of size 1000 bytes…

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A: The answer is

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A: The question is to find the nodal delay for the given problem.

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A: The answer is...

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A: The Answer is in Below Steps

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A: Answer the above questions are as follows:

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A: It is the time taken by a node to propagate a packet to another node.

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A: Introduction

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A: The answer is

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A: Summary: -Hence, we have discussed all the point.

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A: Bits for representing sequence numbers The first step is to determine the window size. The round…

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A: The answer is

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A: The Answer is in /below Steps

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A: repeater delay = 1us Tt >= 2*Tp + 2*delay Tp = 100/1.77*10^8 = 0.56us Tt >= 1.12+2 = 3.12us…

Q: COMP 311 – Computer Networks 1. Show that In the Go-Back-N protocol, the size of the send window…

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A: Below i have answered:

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A: The first packet was sent in 301ms =301/1000 =0.301second 1gb/s=1000000000 byte/sec