SERVER ROOM WS=0002.4A71.1CEC---> S1-F0/130090.2142.6201 =192.168.10.3 ES=000A.412E.9E82-----> S1-F0/2=0090.2142.6202 =192.168.10.4 FS=0001.6481. A04C- -> S1-F0/3=0090.2142.6203 =192.168.10.5 S1-FØ/4=0090.2142.6204 ---> R1-G0/0=000D.BD69.6501 = 192.168.10.1 S2-FØ/1=00E0.A301.DC01 ---> R1-GO/1=000D.BD69.6502 ---- --- IT ROOM Printer ---> S2 PC ---> S2 Internet ---> R1 CL ROOMS Class1 ---> S3 ---> R1 Class2 ---> S4 ---> R1 Class3 ---> S5 ---> R1 Figure 1: Network Architectural Description Draw a Network Diagram based on the network description provided in Figure 1: Given that class1 and class2 requires 30 host PCs each and class3 requires 60 hosts PCs, use VLSM (and show all the calculation) to assign acceptable IP addresses to the entire network where WB=Web Server, ES-Email Server, and FS-File Server

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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SERVER ROOM
WS=0002.4A71.1CEC---> S1-F0/1=0090.2142.6201
=192.168.10.3
ES=000A.412E.9E82----> S1-F0/2%30090.2142.6202
=192.168.10.4
FS=0001.6481. A04C-----> S1-F0/3=0090.2142.6203
=192.168.10.5
S1-F0/4=0090.2142.6204 ---> R1-G0/03000D.BD69.6501
= 192.168.10.1
S2-F0/1=00E0.A301.DC01 ---> R1-GO/1%3000D.BD69.6502
IT ROOM
Printer ---> S2
PC
---> S2
Internet
---> R1
CLASS ROOMS
Class1 ---> S3
---> R1
Class2 ---> S4
---> R1
Class3 ---> S5
---> R1
Figure 1: Network Architectural Description
Draw a Network Diagram based on the network description provided in Figure 1 : Given that
class1 and class2 requires 30 host PCs each and class3 requires 60 hosts PCs, use VLSM (and
show all the calculation) to assign acceptable IP addresses to the entire network where WB-Web
Server, ES=Email Server, and FS=File Server
Transcribed Image Text:SERVER ROOM WS=0002.4A71.1CEC---> S1-F0/1=0090.2142.6201 =192.168.10.3 ES=000A.412E.9E82----> S1-F0/2%30090.2142.6202 =192.168.10.4 FS=0001.6481. A04C-----> S1-F0/3=0090.2142.6203 =192.168.10.5 S1-F0/4=0090.2142.6204 ---> R1-G0/03000D.BD69.6501 = 192.168.10.1 S2-F0/1=00E0.A301.DC01 ---> R1-GO/1%3000D.BD69.6502 IT ROOM Printer ---> S2 PC ---> S2 Internet ---> R1 CLASS ROOMS Class1 ---> S3 ---> R1 Class2 ---> S4 ---> R1 Class3 ---> S5 ---> R1 Figure 1: Network Architectural Description Draw a Network Diagram based on the network description provided in Figure 1 : Given that class1 and class2 requires 30 host PCs each and class3 requires 60 hosts PCs, use VLSM (and show all the calculation) to assign acceptable IP addresses to the entire network where WB-Web Server, ES=Email Server, and FS=File Server
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