To describe general IP routing concepts
|
^B«»^b outline basic routing concepts

^B«»^b describe the types of route found in 
     internetworks

^B«»^b describe the characteristics of an interior 
     routing protocol

^B«»^b outline the main features of the most common
     IP interior routing protocols

^B«»^b describe the characteristics of an exterior 
     routing protocol

^B«»^b outline the main features of the most common
     IP exterior routing protocols
@@
To examine the scalability of distance vector and link-state protocols
|
^B«»^b define the concept of scalability

^B«»^b explain hop count and delay metrics

^B«»^b outline how distance vector protocols operate

^B«»^b outline the strengths and limitations of distance
     vector as a scalable routing protocol

^B«»^b explain the methods used to counteract routing
     loops

^B«»^b outline the components involved in link-state
     routing

^B«»^b explain how link-state protocols work

^B«»^b outline the scalability concerns of using
     link-state protocols

^B«»^b explain the methods used to contend with 
     resource limitations and segmentation
@@
To outline route summarization procedures and review classful, classless, and prefix routing summarization procedures
|
^B«»^b define route summarization

^B«»^b list the prerequisites for effective route
     summarization

^B«»^b outline the classful routing method of route
     summarization

^B«»^b describe the features of classless, and prefix
     routing

^B«»^b identify the particular advantages of using prefix
     routing protocols such as Enhanced IGRP
     and OSPF

^B«»^b explain the special capabilities of Cisco IOS
     software in prefix routing
@@

