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Get Full Access to Computer Networking: A Top Down Approach - 6 Edition - Chapter 4 - Problem P17
Get Full Access to Computer Networking: A Top Down Approach - 6 Edition - Chapter 4 - Problem P17

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# Consider the topology shown in Figure 4.17. Denote the three subnets withhosts (starting

ISBN: 9780132856201 374

## Solution for problem P17 Chapter 4

Computer Networking: A Top-Down Approach | 6th Edition

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Computer Networking: A Top-Down Approach | 6th Edition

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Problem P17

Consider the topology shown in Figure 4.17. Denote the three subnets withhosts (starting clockwise at 12:00) as Networks A, B, and C. Denote the subnetswithout hosts as Networks D, E, and F.a. Assign network addresses to each of these six subnets, with the followingconstraints: All addresses must be allocated from 214.97.254/23;Subnet A should have enough addresses to support 250 interfaces; SubnetB should have enough addresses to support 120 interfaces; andSubnet C should have enough addresses to support 120 interfaces. Ofcourse, subnets D, E and F should each be able to support two interfaces.For each subnet, the assignment should take the form a.b.c.d/x ora.b.c.d/x e.f.g.h/y.b. Using your answer to part (a), provide the forwarding tables (using longestprefix matching) for each of the three routers.

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Anonymous Functions and Plotting ­Syntax is “plot( x, y)” ex . X=1:10 Y=01:0:1.1 ­when you are graphing make sure you use the same number of x and y coordinates ­Multiple Plotting on the same graph: Ex. plot(X,Y,'r­­o') Adding Titles and Axis Labels ­title(‘string’) ­xlabel(‘string’) ­ylabel(‘string’) ­legend(‘string’) ­­­ ex. legend(‘Function 1’, ‘Function 2’) ­if you have 3 data sets put 3 strings in there, separated by commas ­if you put y1=x^2, and x=1:10, it will do matrix multiplication so do y=x.^2 instead ­how to do put your legend in the best place ­­­> legen

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