Jakes, Penny

English

University of Montana

University of MontanaScholarWorks at University of MontanaSyllabi Course SyllabiFall 9-1-2005CRT 255T.01: Advanced RoutingPenny JakesThe University Of Montana, penny.jakes@umontana.eduLet us know how access to this document benefits you.Follow this and additional works at: https://scholarworks.umt.edu/syllabiThis Syllabus is brought to you for free and open access by the Course Syllabi at ScholarWorks at University of Montana. It has been accepted forinclusion in Syllabi by an authorized administrator of ScholarWorks at University of Montana. For more information, please contactscholarworks@mso.umt.edu.Recommended CitationJakes, Penny, "CRT 255T.01: Advanced Routing" (2005). Syllabi. 9961.https://scholarworks.umt.edu/syllabi/9961    THE UNIVERSITY OF MONTANA—MISSOULA COLLEGE OF TECHNOLOGY      CRT 255T:  Advanced Routing  Faculty:  Penny Jakes  penny.jakes@umontana.edu  PHONE:  243-7804  OFFICE HOURS: As posted or by appointment in office AD17A    Fall 2005  CREDITS: 3    COURSE DESCRIPTION:  Analysis, design, and implementation of inter-network routing techniques. Topics include scalability, routing protocols, optimization, and security.   PREREQUISITE(S):  Consent of Instructor  PERFORMANCE OUTCOMES:    At completion of course, students will be able to:  1.    Implement equal and unequal-cost load balancing with interior routing        protocols. 2.   Analyze IP addressing requirements and implement classful or CIDR with         route aggregations, VLSM, IP unnumbered, DHCP, helper addresses,        supernetting, and fault tolerance. 3.   Configure default routing, and floating static routes to optimize convergence        and route calculation. 4.   Configure, verify, and monitor OSPF operation in single or multiple-areas,        with NBMA, full mesh, or point-to-multipoint networks. 5.   Utilize OSPF capabilities for route summarization, stub areas, backbone        areas, and virtual links. 6.   Configure, verify, and monitor EIGRP operation. 7.   Optimize routing by controlling updates using policy routing, route           distribution, and route maps. 8.   Configure, verify, and monitor BGP by controlling attributes, using route           reflectors, route filtering, policy routing, redundancy, symmetry and load                 balancing. 9.   Configure IS-IS to operate in an integrated WAN environment. 10. Analyze and implement security using access-lists, lock-and-key, session                filtering, reflective access-lists, and context-based access control.             REFERENCES: Cisco Technical Manual(s) CCNP Routing Study Guides       ADVANCED ROUTING                                                                                                                       Page 2  EVALUATION:    Assignments will be graded on a point system; total points possible will be announced at the start of each project.  Quizzes and tests will also be on a point system.  Total points earned will be divided by total points possible to get a percentage with grade conversion as follows:  90 - 100  A 80 -   89  B 70 -   79  C 60 -   69  D  Generally, no work will be accepted after due date unless arrangements are made prior to the due date.   Lab activities, group work will be done on scheduled day only with no opportunity for makeup.   FINAL:  1/4 on-line chapter quizzes              1/4 labs, lab tests, homework              1/4 case study/design project/presentation              1/4 final:  on-line, skills  ACCOMMODATION: Eligible students with disabilities will receive appropriate accommodations in this course when requested in a timely way.  Please speak with me after class or in my office.  Please be prepared to provide a letter from your DSS Coordinator.       STUDENT CONDUCT CODE: Students are expected to follow the University of Montana Student Code.   The code includes the following:   … Academic misconduct is defined as all forms of academic dishonesty, including but not limited to: • Plagiarism:  Representing another person’s words, ideas, data or material as one’s own. • Substituting or arranging substitution, for another student during an examination or other academic exercise: • Knowingly allowing others to offer one’s work as their own.  Student Code copies are available at Student Services or www.umt.edu/studentaffairs/    EXPECTATIONS/POLICIES:  1. Class structure will include lectures on new material, assignments, lab assignments, group discussions, research of current periodicals and Internet, review, handouts, pop quizzes, and scheduled tests.  Internet and e-mail is used extensively.  Course curriculum is on-line.  2.     Lab time is given in class for  some         projects.  It is expected the student          will need to spend two hours of          outside work for each hour in class.            3.    As each project is assigned, total           points possible, due date, and           specific requirements will be          announced.   4.    BASICS: • Treat other students, the instructor, and guests with courtesy and respect. • Please do your best to be on-time for class.   • If you miss or are late, get material from another student. • Please listen when others are speaking. • Discrimination and harassment of any kind will not be tolerated. • Any misuse of the equipment, installing own software, or unprofessional conduct will not be tolerated. • For the courtesy of others, put all pagers and cell phones on silent or turn them off.  If you need to take a call, do so outside of the classroom • Do not use computers during lectures unless you are following the lecture using the on-line curriculum. Check e-mail or surf web before or after class.      ADVANCED ROUTING                                                                                                                       Page 3   COURSE OUTLINE:                                                                                            I. Scalable Internetworks A. Hierarchical Network Design Model          1.  The three-layer hierarchical design model          2.  Router function in the hierarchy          3.  Core layer          4.  Distribution layer          5.  Access layer B. Key Characteristics of Scalable Internetworks          1.  Five characteristics of a scalable network          2.  Making the network reliable and available          3.  Making the network responsive          4.  Making the network efficient           5.  Making the network adaptable          6.  Making the network accessible but secure C.      Case Study D.      Basic Router Configuration 1. Getting started and building start.txt 2. Capturing HyperTerminal and Telnet                 sessions 3.  Access control list basics and extended ping 4.  Implementing quality of service with priority queuing E. Load balancing Lab Exercises 1. Equal-cost load balancing with RIP 2. Unequal-cost load balancing with IGRP      II. Advanced IP Addressing Management A.      IPv4 Addressing 1. Address architecture of the Internet 2. Classes of IP addresses 3. Subnet masking        B. IP  Addressing Crisis and Solutions                       1.  IP Addressing crisis                       2.  Classless Interdomain routing (CIDR)                       3.  Route aggregation and supernetting                       4.  Supernetting and address allocation C. VLSM                       1.  Variable-Length Subnet Masks          2.   Classless and classfull routing protocols          D. Route Summarization                       1.  An overview of route summarization                       2.  Route flapping E. Private addressing  and NAT 1. Private IP addresses (RFC 1918) 2. Discontiguous subnets 3. Network Address translation (NAT)              F.     IP Unnumbered      G.  DHCP and Easy IP                       1.  DHCP overview                       2.  DHCP operation                       3.  Configuring IOS DHCP server                       4.  Easy IP H. Helper Addresses                       1.  Using helper addresses                       2.  Configuring IP helper addresses I.  IPv6          1.  IP address issues solutions          2.  IPv6 address format            J. Advanced IP Addressing Management 1. Configuring VLSM and IP Unnumbered 2. VLSM  3. Using DHCP and IP Helper Addresses 4. Network Address Translation            III. Routing Overview A. Routing 1. Routing fundamentals 2. Static routing 3. Configuring dynamic routing 4. Distance vector routing protocols 5. Link-state routing protocols 6.  Hybrid routing:  EIGRP B. Default Routing                       1.  Default routing overview                       2.  Configuring static default routes                       3.  Default routing with IGRP                       4.  Default route caveats C. Floating Static Routes                       1.  Configuring floating static routes D. Convergence                       1.  Convergence issues E. Route Calculation          1.  Route calculation fundamentals          2.  The initiation of routing updates          3.  Routing metrics  F. Routing Process Configuration                      1.  Migrating from RIP to EIGRP                      2.  Configuring IGRP                      3.  Configuring default routing with RIP                                 and IGRP                            4.  Configuring floating static routes  IV. Routing Information Protocol  A. RIPv2 Overview  1. RIPv2 operation 2. Issues addressed by RIPv2 3. RIPv2 message format 4. Compatibility with RIPv1 5. Classless route lookups 6. Classless routing protocols 7. Authentication 8. Limitations of  RIPv2 B. Configuring RIPv2 1. Basic RIPv2 configuration 2. Compatibility with RIPv1 3. Discontiguous subnets and classless routing 4. Configuring authentication C. Verifying RIPv2 operation 1. show commands 2. debug commands D. RIPv2 Lab Exercises 1. Routing between RIPv1 and RIPv2 2. RIPv2 MD5 authentication   ADVANCED ROUTING                                                                                                                       Page 4     V.        EIGRP A. EIGRP Fundamentals 1. EIGRP and IGRP compatibility 2. EIGRP design  3. EIGRP terminology  B. EIGRP Features          1.  EIGRP technologies          2.  Neighbor discovery and recovery          3.  Reliable transport protocol           4.  DUAL finite-state machine          5.  Protocol-dependent modules C. EIGRP Components          1.  EIGRP packet types          2.  EIGRP tables          3.  Route tagging with EIGRP D. EIGRP Operation 1. Convergence using EIGRP E. Configuring EIGRP 1. Configuring EIGRP for IP networks 2. EIGRP and the bandwidth command 3. The bandwidth-percent command 4. Summarizing EIGRP routes for IP F. Monitoring EIGRP 1. Verifying EIGRP operation G. EIGRP Configuration Lab          1. Configuring EIGRP           2.  Configuring EIGRP fault tolerance           3.  Configuring EIGRP summarization H. EIGRP Configuration Challenge Lab  VI.       OSPF A. OSPF   Overview          1.  Issues addressed by OSPF          2.  OSPF terminology          3.  OSPF states          4.  OSPF network types          5.  The OSPF Hello protocol  B. OSPF Operation 1. Steps of OSPF operation 2. Step 1:  Establish router adjacencies 3. Step 2:  Elect a DR and a BDR 4. Step 3:  Discover routes 5. Step 4:  Select appropriate routes 6. Step 5:  Maintain routing information C. OSPF Configuration and Verification 1. Configuring OSPF on routers within a single area        2. Optional configuration commands 3. show commands 4. clear and debug commands D. Configuring OSPF Over NBMA 1. NBMA overview 2. Full-Mesh Frame Relay  3. Partial-Mesh Frame Relay   4. Point-to-Multipoint OSPF      E. Multiple OSPF Operation          1.  Creating multiple OSPF areas          2.  OSPF router types          3.  OSPF LSA and area types 6. Configuring OSPF operation across multiple areas 7. Flooding LSUs to multiple areas 8. Updating the routing table 9. Opaque LSAs F. Multiarea OSPF Configuration and Verification          1.  Using and configuring OSPF multiarea               components 2. Configuring OSPF route summarization 3. Verifying mulitarea OSPF operation G. Stub, Totally Stubby Areas, Not-So Stubby Areas          1.  Using stub and totally stubby areas          2.  Stub and totally stub area criteria          3.  Configuring stub and totally stubby areas          4.  OSPF stub area configuration example          5.  OSPF totally stubby configuration example 6. NSSA overview 7. How NSSA operates 8. Configuring NSSA H. Virtual Links          1.  Meeting the backbone area requirements          2.  Configuring virtual links          3.  Virtual link configuration example  I. OSPF Verification and Configuration Lab 1. Configuring OSPF 2. Examining the DR/BDR election process 3. Multiarea OSPF 4. Configuring a stub area and a totally stubby area 5. Configuring an NSSA 6. Configuring virtual links J. Creating Mulitarea OSPF Challenge Lab          1.  OSPF challenge lab  VII       IS-IS A. IS-IS Fundamentals 1. OSI protocols 2. OSI terminology 3. ES-IS and IS-IS 4. Integrated IS-IS 5. OSPF versus IS-IS B. ISO Addressing 1. NSAP’s 2. NETs 3. ISO addressing with Cisco routers 4. Identifying systems in IS-IS C. IS-IS Operation 1. High-level view of IS-IS operation 2. OSI PDU’s 3. IS-IS hello messages 4. IS-IS link-state PDU (LSP) formats 5. IS-IS routing levels    ADVANCED ROUTING                                                                                                                       Page 5   6. IS-IS adjacencies 7. Designated Intermediate Systems (DIS) and Pseudonodes (PSN) 8. IS-IS data flow 9. LSP flooding and synchronization 10. IS-IS metrics 11. IS-IS network types 12. SPF algorithm D. IP Routing with Integrated IS-IS 1. OSI, IP, and dual 2. Suboptimal IS-IS routing 3. Intra-area and Inter-area Integrated IS-IS routing example E. Configuration of Integrated IS-IS 1. Basic configuration of Integrated IS-IS 2. Multi-Area Integrated IS-IS configuration F. Integrated IS-IS Operation in a WAN Environment 1. Point-to-point and point-to-mulitpoint operation with IS-IS 2. Configuring Integrated IS-IS in a WAN environment 3. Frame Relay point-to-point scenario with Integrated IS-IS 4. Frame Relay point -to-mulitpoint scenario with Integrated IS-IS 5. Detecting mismatched interfaces with Integrated IS-IS G. IS-IS Configuration Lab 1. Configuring basic integrated IS-IS 2. Configuring multi-area integrated IS-IS 3. Configuring IS-IS over Frame Relay  VIII. Route Optimization A. Controlling Routing Update Traffic          1.  Controlling routing updates          2.  Passive interfaces          3.  Filtering routing updates with distribute-list B. Policy Routing          1.  Policy routing overview          2.  Policy routing example C. Route Redistribution          1.  Redistribution overview          2.  Administrative distance          3.  Modifying administrative distance by using                the distance command          4.  Redistribution guidelines          5.  Configuring one-way redistribution          6.  Configuring two-way redistribution          7.  Redistributing connected and static routes          8.  Verifying redistribution operation         D. Route Optimization Configuration          1.  Configuring distribute lists and passive                interfaces                       2.  Configuring route maps                       3.  Unequal-cost load balancing with IGRP   IX.        Routing Overview A. Autonomous Systems          1.  Overview of autonomous systems          2.  Single-homed autonomous systems          3.  Multi-homed non-transit autonomous                systems          4.  Multi-homed transit autonomous                systems          5.  When not to use BGP   B. Basic VGP Operations          1.  BGP routing updates          2.  BGP neighbors          3.  BGP message types          4.  BGP neighbor negotiation          5.  Network-Layer Reachability Information                  6.  Path attributes C. Configuring BGP          1.  Basic BGP configuration          2.  EBGP and IBGP          3.  EBGP and IBGP configuration example          4.  EBGP multihop           5.  Clearing the BGP table          6.  Peering          7.  How to maintain BGP inside an AS  D. Monitoring BGP operation          1.  Verifying BGP operation E. The BGP Routing Process          1.  An overview of the BGP routing process          2.  The BGP routing process model          3.  Implementing BGP routing policy F. BGP Attributes          1.  Controlling BGP routing with attributes          2.  The Next Hop attributes          3.   Next Hop behavior on multi-access                media          4.  Next Hop behavior on NBMA networks          5.  The Next Hop attribute          6.  Next Hop behavior on multi-access media          7.  Next Hop behavior on NBMA networks          8.  The AS_Path attribute          9.  AS_Path and private AS numbers        10.  The Atomic Aggregate attribute        11.  The Aggregator attribute        12.  The Local Preference attribute        13.  Manipulating Local Preference        14.  The Weight attribute        15.  The Multiple Exit Discriminator attribute         16.  MED configuration example        17.  The Origin attribute  G. The BGP Decision Process H. BGP Route Filtering and Policy Routing 1. BGP route filtering 2. Using filters to implement routing policy 3. Using distribute-list to filter BGP routes 4. The ip prefix-list command 5. Example ip prefix-list configuration   

CRT 255T.01: Advanced Routing

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CRT 255T.01: Advanced Routing

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