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Obj
#
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Objective
Text |
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1 |
Identify the layers of the DoD model
and how they relate to the TCP/IP stack. |
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2 |
Describe TCP/IP addressing
concepts. |
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3 |
List TCP/IP addressing classes and
characteristics. |
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4 |
Define TCP/IP addressing types. |
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5 |
Identify the purpose of
subnets. |
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6 |
Determine an appropriate subnet
mask. |
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7 |
Choose a subnet address given a
subnet mask. |
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8 |
Demonstrate the ability to use subnet
masks to divide a network. |
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9 |
Define supernetting and identify the
number of hosts available on a network that uses
supernetting. |
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10 |
Describe the TCP/IP communication
process. |
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11 |
Compare and contrast the IPv4 and
IPv6 protocols. |
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12 |
Describe utilizing private network
addresses to overcome the IPv4 address shortage. |
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13 |
Identify the role of TCP/IP
ports. |
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14 |
List sources of TCP/IP
information. |
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15 |
Identify the purpose of the Internet
Protocol (IP). |
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16 |
Identify the fields that compose the
IP header and the function of each. |
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17 |
Identify the purpose of Transmission
Control Protocol (TCP). |
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18 |
Identify the purpose of User Datagram
Protocol (UDP). |
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19 |
Identify the purpose of Internet
Control Message Protocol (ICMP) and the types of ICMP
messages. |
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20 |
Identify the purpose of Internet
Group Management Protocol (IGMP). |
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21 |
Identify the purpose of Network Time
Protocol (NTP). |
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22 |
Describe TELNET and identify its
purpose. |
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23 |
Describe Hypertext Transport Protocol
(HTTP) and identify its purpose. |
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24 |
Identify the purpose of File Transfer
Protocol (FTP) and the functionality of some FTP
commands. |
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25 |
Identify the purpose of Trivial File
Transfer Protocol (TFTP). |
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26 |
Describe TFTP operation. |
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27 |
Match the TCP/IP protocols with their
definitions. |
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28 |
List sources of TCP/IP security
information. |
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29 |
Identify the purpose of
firewalls. |
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30 |
Identify the types of firewalls and
features of each. |
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31 |
Describe encryption and its role in a
TCP/IP network. |
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32 |
Describe denial of service attacks
and how to defend against them. |
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33 |
Describe snooping. |
|
34 |
Describe routing fundamentals. |
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35 |
Describe Routing Information Protocol
(RIP) |
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36 |
Describe the Open Shortest Path First
(OSPF) protocol. |
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37 |
Describe Exterior Gateway Protocol
(EGP) and Border Gateway Protocol (BGP). |
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38 |
Describe other routing
configurations. |
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39 |
Compare RIP and OSPF. |
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40 |
Identify TCP/IP network design
criteria. |
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41 |
Identify IP address management issues
when planning a network design. |
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42 |
Identify network design
considerations involving routers. |
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43 |
Identify scalability issues when
planning a network design. |
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44 |
Identify network management issues
involved with planning a network design. |
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45 |
Identify remote network access
methods. |
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46 |
Identify the symptoms and causes of
various TCP/IP network errors. |
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47 |
List the steps for TCP/IP error
resolution. |
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48 |
Identify the purpose and
functionality of troubleshooting tools. |
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49 |
Troubleshoot TCP/IP protocol
errors. |
