Please provide the solution with an explanation and details, please and answer all sub-parts of the question. Thank you in advance. Ad please provide the reasoning for the answer. Question 4:Consider the network shown in Figure 1 below, where all the segments (A, B, ..., J) are 100Mbps shared Ethernet. Assuming that thenetwork bridges (B1 to B7) have not learnt any addresses yet, the following sequence of events occur at the times indicated, where time =0 is the time at which the network is ready for forwarding. There is no other traffic on the network.Time1 sec5 sec10 sec15 sec20 sec25 secAnswer the following questions.a) Show the forwarding table of Bridge 1 at timeb) Show the forwarding table of Bridge 3 at time = 28 secc) List the segments on which the transmission at time = 5 sec is seend) List the segments on which the transmission at time = 20 sec is seenEGEventStation A sends a frame to Station BStation C sends a frame to Station BStation B replies to station CStation B replies to station AStation A sends a frame to Station CStation C sends a frame to Station AANote that the loops have to be removed before learning and forwarding happen.Therefore, the tree to be considered is the one obtained after the spanning tree protocolconverges (see Module 10 Lesson Plan).B2B3Port 2Port 1B6Station CStation AB1= 14 secB5=Table 1Station BB4B7Port 3Port 2Port 1FHBK

The following is the sequence of events that occur in the network as per the given criteria.…

Question 4: Consider the network shown in Figure 1 below, where all the segments (A, B, …., J) are 100Mbps shared Ethernet. Assuming that the network bridges (B1 to B7) have not learnt any addresses yet, the following sequence of events occur at the times indicated, where tim 0 is the time at which the network is ready for forwarding. There is no other traffic on the network. Time 1 sec 5 sec 10 sec 15 sec 20 sec 25 sec Answer the following questions. a) Show the forwarding table of Bridge 1 at time = 14 sec b) Show the forwarding table of Bridge 3 at time = 28 sec c) List the segments on which the transmission at time = 5 sec is seen d) List the segments on which the transmission at time = 20 sec is seen с Note that the loops have to be removed before learning and forwarding happen. Therefore, the tree to be considered is the one obtained after the spanning tree protocol converges (see Module 10 Lesson Plan). E G Event Station A sends a frame to Station B Station C sends a frame to Station B Station B replies to station C Station B replies to station A Station A sends a frame to Station C Station C sends a frame to Station A A B2 B3 Port 2 Port 1 B6 Station C D Station A B1 B5 Table 1 Station B B4 B7 Port 3 Port 2 Port 1 fot F H B K

4th Edition

ISBN:9780534380588

Author:Wayne L. Winston

Publisher:Wayne L. Winston

Chapter20: Queuing Theory

Section20.10: Exponential Queues In Series And Open Queuing Networks

Problem 8P