The network depicted in the figure represents part of the EIU MAIN Network. The EIU MAIN...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
The network depicted in the figure represents part of the EIU MAIN Network. The EIU MAIN network has been sub-divided in smaller networks for easy administration. ALL networks (i.e. R1, have the same structure of networks R2, R4 and R7 (All other Switches are NOT shown for simplicity) R1 R13 R31 R3 R12 R32 Module 4 DO - IP Routing R34 R21 R2 R23 R43 R45 R4 R2 Switch Computers of R2 Network R4 Switch ---- - R31 R3 R5 R56 R65 R6 R32 R34 R54 R5X R67 R76 R75 R43 R45 R7 R4 Computers of R2 Network R4 Switch CA UN T **** **** *** Computers of R4 Network R7 Switch www Computers of R7 Network A NEW distribution is necessary (computers, printers etc.) as follows and you have to SUBNET the networks accordingly R1: Pemberton Hall (R1 NETWORK) 47 Computers +Network router port + 10 Network printers 10% expected growth R2: Old Main NETWORK (R2 NETWORK) 200 Computers + Network router port + 16 Network printers 15% growth expected R3: Physical Science Building (R3 NETWORK) - 150 Computers + Network router Port + 9 Network printers 2% growth expected R4: MLK University Union 23 computers + Network Router Port + 5 Network printers 10% growth expected R5: Booth Library 36 computers+ Network Router Port + 3 Network printers 60% growth expected R6: Coleman Hall 20 computers+ Network Router Port + 4 Network printers 10% growth expected R7: Klehm Hall - 90 computers+ Network Router Port + 20 Network printers 20% growth expected The IP class C 217.34.26.0 is reserved by EIU for all links exclusively (Please DO NOT change the addressing scheme in TABLES 1 and 2 for this HW) and NEVER use any remaining addresses from 217.34.26.0 for Ethernet local networks. The following Class C addresses will be used for the Networks of each building (I.e. the computers that will be connected to the switches) 217.34.27.0; 217.34.28.0; 217.34.29.0; 217.34.30.0; 217.34.31.0; 217.34.32.0; 217.34.33.0 The LINKS have been assigned already IP addresses as follows (MUST use these IP addresses for routing) TABLE 1 LINK R12-R21 R13-R31 R23-R32 R34-R43 R45-R54 R56-R65 R57-R75 R67-R76 Network Address 217.34.26.0 217.34.26.4 217.34.26.8 217.34.26.12 217.34.26.16 217.34.26.20 217.34.26.24 217.34.26.28 Broadcast Address 217.34.26.3 217.34.26.7 217.34.26.11 217.34.26.15 217.34.26.19 217.34.26.23 217.34.26.27 217.34.26.31 TABLE 2 NODE (or Serial port) R12 R21 R13 R31 R23 R32 R34 R43 R45 R54 R56 R65 R57 R75 R67 R76 IP address 217.34.26.1 217.34.26.2 217.34.26.5 217.34.26.6 217.34.26.9 217.34.26.10 217.34.26.13 217.34.26.14 217.34.26.17 217.34.26.18 217.34.26.21 217.34.26.22 217.34.26.25 217.34.26.26 217.34.26.29 217.34.26.30 a) Subnet the networks: USE the MINIMUM number of addresses (According to the rules of subnetting) to subnet the SEVEN Networks in the figure of Page 1 in the order described in column 1. Fill the following Table (TABLE 3) for your Subnetting. COLUMN 1: Network Name Old Main Physical Science Klehm Hall Booth Library Pemberton MLK Union Coleman Hall COLUMN 2: Network address COLUMN 3: Broadcast address Mask in the form 255.255.255.x Mask in the form "/x" / 1 1 / 1 1 / NOTE: You MUST order the networks as presented in Column 1, meaning you will start with 217.34.27.0 for "Old main", then 217.34.28.0 for "Physical Science" THEN 217.34.29.0 for "Klehm Hall" and so forth. b) Route in a way that every network can reach all other networks using the following guidelines 1. The router triad R1, R2 and R3 must use counter -clockwise when routing. However, to reach R4, R5, R6 and R7 they must send the packets via R4 (obvious from the network topology). In other words, although all the packets will move counter-clockwise within the triad, IF the packet is going to R4, R5, R6 or R7 must be send to R4 when in R3. 2. The router triad R5, R6, R7 must use clockwise routing. However, to reach R4, R1, R2 and R3 they must send the packets via R4 (obvious from the network topology) In other words, although ALL packets will move clockwise within the triad, IF the packet is going to R4, R1, R2 or R3 must be send to R4 when in R5. c) R4 must be programmed to route between the triads (R1, R2, R3 and R5, R6, R7) HINT: Each router will have SIX routes (Although this routing problem can be done using default routes, WE will NOT use default routes for now). Fill the following tables using CISCO instructions ROUTER R1 routes Route to R2 R3 R4 R5 R6 R7 Example "ip route x.x.x.x y.y.y.y z.z.z.z" (Where x.x.x.x is the destination network, y.y.y.y is the mask of the destination network and z.z.z.z is the next hop ROUTER R2 routes (6 points) Route to R1 R3 R4 R5 R6 R7 Example "ip route x.x.x.x y.y.y.yz.z.z.z" ROUTER R3 routes (6 points) Route to R1 R2 R4 R5 R6 R7 Example "ip route x.x.x.x y.y.y.y z.z.z.z" 6 ROUTER R4 routes (6 points) Route to R1 R2 R3 R5 R6 R7 Example "ip route x.x.x.x y.yy.y z.z.z.z" ROUTER R5 routes (6 points) Route to R1 R2 R3 R4 R6 R7 Example "ip route x.x.x.x y.yy.y z.z.z.z" ROUTER R6 routes (6 points) Route to R1 R2 R3 R4 R5 R7 Example "ip route x.x.x.x y.yy.y z.z.z.z" ROUTER R7 routes (6 points) Route to R1 R2 R3 R4 R5 R6 Example "ip route x.x.x.x y.y.y.y z.z.z.z" Explain in about 100 words, how you will solve this problem (simplified routing tables for some routers) using default routes. 7 The network depicted in the figure represents part of the EIU MAIN Network. The EIU MAIN network has been sub-divided in smaller networks for easy administration. ALL networks (i.e. R1, have the same structure of networks R2, R4 and R7 (All other Switches are NOT shown for simplicity) R1 R13 R31 R3 R12 R32 Module 4 DO - IP Routing R34 R21 R2 R23 R43 R45 R4 R2 Switch Computers of R2 Network R4 Switch ---- - R31 R3 R5 R56 R65 R6 R32 R34 R54 R5X R67 R76 R75 R43 R45 R7 R4 Computers of R2 Network R4 Switch CA UN T **** **** *** Computers of R4 Network R7 Switch www Computers of R7 Network A NEW distribution is necessary (computers, printers etc.) as follows and you have to SUBNET the networks accordingly R1: Pemberton Hall (R1 NETWORK) 47 Computers +Network router port + 10 Network printers 10% expected growth R2: Old Main NETWORK (R2 NETWORK) 200 Computers + Network router port + 16 Network printers 15% growth expected R3: Physical Science Building (R3 NETWORK) - 150 Computers + Network router Port + 9 Network printers 2% growth expected R4: MLK University Union 23 computers + Network Router Port + 5 Network printers 10% growth expected R5: Booth Library 36 computers+ Network Router Port + 3 Network printers 60% growth expected R6: Coleman Hall 20 computers+ Network Router Port + 4 Network printers 10% growth expected R7: Klehm Hall - 90 computers+ Network Router Port + 20 Network printers 20% growth expected The IP class C 217.34.26.0 is reserved by EIU for all links exclusively (Please DO NOT change the addressing scheme in TABLES 1 and 2 for this HW) and NEVER use any remaining addresses from 217.34.26.0 for Ethernet local networks. The following Class C addresses will be used for the Networks of each building (I.e. the computers that will be connected to the switches) 217.34.27.0; 217.34.28.0; 217.34.29.0; 217.34.30.0; 217.34.31.0; 217.34.32.0; 217.34.33.0 The LINKS have been assigned already IP addresses as follows (MUST use these IP addresses for routing) TABLE 1 LINK R12-R21 R13-R31 R23-R32 R34-R43 R45-R54 R56-R65 R57-R75 R67-R76 Network Address 217.34.26.0 217.34.26.4 217.34.26.8 217.34.26.12 217.34.26.16 217.34.26.20 217.34.26.24 217.34.26.28 Broadcast Address 217.34.26.3 217.34.26.7 217.34.26.11 217.34.26.15 217.34.26.19 217.34.26.23 217.34.26.27 217.34.26.31 TABLE 2 NODE (or Serial port) R12 R21 R13 R31 R23 R32 R34 R43 R45 R54 R56 R65 R57 R75 R67 R76 IP address 217.34.26.1 217.34.26.2 217.34.26.5 217.34.26.6 217.34.26.9 217.34.26.10 217.34.26.13 217.34.26.14 217.34.26.17 217.34.26.18 217.34.26.21 217.34.26.22 217.34.26.25 217.34.26.26 217.34.26.29 217.34.26.30 a) Subnet the networks: USE the MINIMUM number of addresses (According to the rules of subnetting) to subnet the SEVEN Networks in the figure of Page 1 in the order described in column 1. Fill the following Table (TABLE 3) for your Subnetting. COLUMN 1: Network Name Old Main Physical Science Klehm Hall Booth Library Pemberton MLK Union Coleman Hall COLUMN 2: Network address COLUMN 3: Broadcast address Mask in the form 255.255.255.x Mask in the form "/x" / 1 1 / 1 1 / NOTE: You MUST order the networks as presented in Column 1, meaning you will start with 217.34.27.0 for "Old main", then 217.34.28.0 for "Physical Science" THEN 217.34.29.0 for "Klehm Hall" and so forth. b) Route in a way that every network can reach all other networks using the following guidelines 1. The router triad R1, R2 and R3 must use counter -clockwise when routing. However, to reach R4, R5, R6 and R7 they must send the packets via R4 (obvious from the network topology). In other words, although all the packets will move counter-clockwise within the triad, IF the packet is going to R4, R5, R6 or R7 must be send to R4 when in R3. 2. The router triad R5, R6, R7 must use clockwise routing. However, to reach R4, R1, R2 and R3 they must send the packets via R4 (obvious from the network topology) In other words, although ALL packets will move clockwise within the triad, IF the packet is going to R4, R1, R2 or R3 must be send to R4 when in R5. c) R4 must be programmed to route between the triads (R1, R2, R3 and R5, R6, R7) HINT: Each router will have SIX routes (Although this routing problem can be done using default routes, WE will NOT use default routes for now). Fill the following tables using CISCO instructions ROUTER R1 routes Route to R2 R3 R4 R5 R6 R7 Example "ip route x.x.x.x y.y.y.y z.z.z.z" (Where x.x.x.x is the destination network, y.y.y.y is the mask of the destination network and z.z.z.z is the next hop ROUTER R2 routes (6 points) Route to R1 R3 R4 R5 R6 R7 Example "ip route x.x.x.x y.y.y.yz.z.z.z" ROUTER R3 routes (6 points) Route to R1 R2 R4 R5 R6 R7 Example "ip route x.x.x.x y.y.y.y z.z.z.z" 6 ROUTER R4 routes (6 points) Route to R1 R2 R3 R5 R6 R7 Example "ip route x.x.x.x y.yy.y z.z.z.z" ROUTER R5 routes (6 points) Route to R1 R2 R3 R4 R6 R7 Example "ip route x.x.x.x y.yy.y z.z.z.z" ROUTER R6 routes (6 points) Route to R1 R2 R3 R4 R5 R7 Example "ip route x.x.x.x y.yy.y z.z.z.z" ROUTER R7 routes (6 points) Route to R1 R2 R3 R4 R5 R6 Example "ip route x.x.x.x y.y.y.y z.z.z.z" Explain in about 100 words, how you will solve this problem (simplified routing tables for some routers) using default routes. 7
Expert Answer:
Related Book For
Understanding Cross Cultural Management
ISBN: 9781292015897
3rd Edition
Authors: Marie Joelle Browaeys, Roger Price
Posted Date:
Students also viewed these computer network questions
-
can someone solve this Modern workstations typically have memory systems that incorporate two or three levels of caching. Explain why they are designed like this. [4 marks] In order to investigate...
-
If a pure discount three-year bond sells for $782 and a pure discount four-year bond sells for $733, what is the expected 12-month interest rate in three years time? Both have a face value of $1000....
-
Discuss the perpetuation and expansion of black slavery in the United States between 1776 and 1860.
-
A coronal discharge occurs when the electric field magnitude just above the surface of a conductor exceeds approximately \(3 \times 10^{6} \mathrm{~N} / \mathrm{C}\), a magnitude strong enough to...
-
A partnership is formed by Terrence investing $150 000 and Marco investing $100 000. The partners are considering the following plans for dividing profits and losses. According to the ratio of their...
-
For 20Y3, Greyhound Technology Company reported its most significant decline in net income in years. At the end of the year, Duane Vogel, the president, is presented with the following condensed...
-
a) Risk analysis is the study of the underlying uncertainty of a given course of action and refers to the uncertainty of forecasted cash flow streams, the variance of portfolio or stock returns, the...
-
Intrepid Industries is a U.S. corporation with $30 million of U.S. source pretax income and an Argentinian branch that has $10 million of pretax income, which is subject to an Argentinian tax rate of...
-
26. What is the pH of a 0.1M solution of ascorbic acid? Forascorbic acid, pKa1 = 4.10, pKa2 = 11.79. a. 1.05 b. 2.55 c. 2.76 d. 3.58 e. 4.40 27. b is the answer 27) In a solution buffered by 40 mM...
-
write down the updating equation in SGD for w and b, for both unregularized logistic regression (15 points]) and regularized logistic regression ([5 points]). In particular, at iteration t using one...
-
Why might an organization consider a remotely hosted system for HRIS?
-
How do job satisfaction, performance, turnover, and organizational citizenship behavior are related to each of the following variables? Discuss each possible relationship. self esteem self- efficacy...
-
Below are accounts from the Marietta Corporation's accounting records: Total assets, end of year $85,000 Total liabilities, end of year 19,000 Common stock, end of year 6,000 Retained earnings,...
-
a. Determine the size of the IC and VCE dc!b. Draw an ac equivalent circuit!c. Derive the Zi, Zo, and Av equations!d. Count Zi, Zo, Av and AP! H 8292 Vi 1 F HH Ic HH Vo Zo B=90 1 F + +9V 680 Si Si...
-
Final pay day of the year Scott is married and his wife earns about $44,000 a year. He indicates $2,500 on line 3 of his W4. He is paid semi-monthly and earns $2,800/check. Assume he had a large...
-
What are the key elements of a system investigation report?
-
Both Australia and New Zealand have taken a similar path in the development of policies regarding cultural diversity. Up until the mid-1960s, Australias concern was maintaining homogeneity through...
-
If you were asked to design a training programme whose goal was to develop competence in intercultural communication, which of these components would you include? Explain your choice. Lectures with...
-
One of my clients was a South Korean company established in the Netherlands. The sales targets that the company had been given by the headquarters in Seoul were very high. To help the company reach...
-
Amherst Metal Works produces two types of metal lamps. Amherst manufactures 20,000 basic lamps and 5,000 designer lamps. Its activity-based costing system uses two indirect-cost pools. One cost pool...
-
Amherst Metal Works produces two types of metal lamps. Amherst manufactures 20,000 basic lamps and 5,000 designer lamps. Its simple costing system uses a single indirect-cost pool and allocates costs...
-
How do managers refine a costing system?
Study smarter with the SolutionInn App