Standard
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CIS 2158 – Designing a Windows Network Infrastructure
Provides the ability to analyze the business requirements for a network infrastructure and design a network infrastructure that meets business requirements.
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Competency Areas: |
Hours
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Implement and optimize TCP/IP as a solution for networking |
Class |
4 |
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Implement and optimize DHCP as a solution for IP
configuration |
D. Lab |
4 |
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Implement and optimize DNS as a solution for name
resolution |
P. Lab/O.B.I. |
0 |
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Implement and optimize WINS as a solution for NetBIOS name
resolution |
Credit |
6 |
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Implement and optimize NAT as a solution for Internet connectivity Implement and optimize Proxy Server as a solution for
Internet connectivity |
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Routing as a solution for private network connectivity Remote user connectivity |
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Implement and optimize RADIUS as a solution for remote
access |
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Effectively use network services management |
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Strategies for combining networking services |
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Network service designs |
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Prerequisite: |
CIS 2154 |
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Corequisite: |
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Course Guide
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Competency |
After completing
this section, the student will: |
Hours |
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Class |
D. Lab
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P.Lab/ O.B.I. |
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INTRODUCTION,
REVIEW, AND SETP
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4 |
4
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0 |
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IMPLEMENT AND
OPTIMIZE TCP/IP AS A SOLUTION FOR NETWORKING
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3 |
3
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0 |
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Design
a functional TCP/IP solution |
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Secure
a TCP/IP solution |
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Enhance
a TCP/IP design for availability |
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Optimize
a TCP/IP design for performance |
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IMPLEMENT AND OPTIMIZE
DHCP AS A DOLUTION FOR IP CONFIGURATION
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2 |
2
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0 |
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Design
a functional DHCP solution |
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Secure
a DHCP solution |
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Enhance
a DHCP design for availability |
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Optimize
a DHCP design for performance |
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IMPLEMENT AND
OPTIMIZE DNS AS A DOLUTION FOR NAME RESOLUTION
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3 |
3
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0 |
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Design
a functional DNS solution |
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Secure
a DNS solution |
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Enhance
a DNS design for availability |
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Optimize
a DNS design for performance |
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IMPLEMENT AND
OPTIMIZE WINS AS A SOLUTION FOT NETBIOS NAME RESOLUTION
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2 |
2
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0 |
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Design
a functional WINS solution |
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Secure
a WINS solution |
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Enhance
a WINS design for availability |
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Optimize
a WINS design for performance |
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IMPLEMENT AND
OPTIMIZE NAT AS A SOLUTION FOR INTERNET CONNECTIVITY
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4 |
4
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0 |
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Design
a functional NAT solution |
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Secure
a NAT solution |
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Enhance
a NAT design for availability |
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Optimize
a NAT design for performance |
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IMPLEMENT AND
OPTIMIZE PROXY SERVER AS A SOLUTION FOR INTERNET CONNECTIVITY
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2 |
2
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0 |
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Design
a functional Proxy Server solution |
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Secure
a Proxy Server solution |
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Enhance
a Proxy Server design for availability |
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Optimize
a Proxy Server design for performance |
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ROUTING AS A
SOLUTION FOR PRIVATE NETWORK CONNECTIVITY
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2 |
2
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0 |
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Design
a functional routing solution |
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Secure
a private network solution |
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Enhance
a routing design for availability |
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Optimize
a routing design for performance |
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REMOTE USER
CONNECTIVITY
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3 |
3
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0 |
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Design
a functional remote access solution |
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Secure
a remote access solution |
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Enhance
a remote access design for availability |
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Optimize
a remote access design for performance |
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IMPLEMENT AND
OPTIMIZE RADIUS AS A SOLUTIN FOR REMOTE ACCESS
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4 |
4
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0 |
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Design
a functional RADIUS solution |
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Secure
a RADIUS solution |
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Enhance
a RADIUS design for availability |
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Optimize
a RADIUS design for performance |
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EFFECTIVILY USE
NETWORK SERVICES MANAGEMENT
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5 |
5
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0 |
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Define
management strategies |
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Identify
management processes |
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Generate
and analyze data on the status of services |
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Select
response strategies |
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STRATEGIES FOR COMBINING
NETWORKING SERVICES
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3 |
3
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0 |
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Benefits
and constraints of combining services |
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Securing
a design combining services |
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Enhance
availability by combining services |
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Optimize
performance by combining services |
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NETWORK SERVICES
DESIGNS
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3 |
3
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0 |
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Evaluate
the existing configuration |
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Identify
essential design decisions |
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Provide
security |
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Enhance
the availability and performance |
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Suggested Resources
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BOOKS:
ALS Series, Microsoft Press