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    NC7101

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    puppyr
    The document is a lesson plan for the course "NC 7101 – HIGH PERFORMANCE NETWORKS" that covers 5 units over 15 weeks. It includes 50-minute sessions on topics such as OSI and TCP/IP models, multiplexing, switching, routing, SONET, DWDM, ISDN, ATM, multimedia networking, VPNs, MPLS, traffic modeling, network security, and network management. The plan lists session topics, reference materials, and the teaching method ("BB" for blackboard) for each of the 46 sessions.

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    © All Rights Reserved
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    NC7101

    Uploaded by

    puppyr
    68 views6 pages
    The document is a lesson plan for the course "NC 7101 – HIGH PERFORMANCE NETWORKS" that covers 5 units over 15 weeks. It includes 50-minute sessions on topics such as OSI and TCP/IP models, multiplexing, switching, routing, SONET, DWDM, ISDN, ATM, multimedia networking, VPNs, MPLS, traffic modeling, network security, and network management. The plan lists session topics, reference materials, and the teaching method ("BB" for blackboard) for each of the 46 sessions.

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    The document is a lesson plan for the course "NC 7101 – HIGH PERFORMANCE NETWORKS" that covers 5 units over 15 weeks. It includes 50-minute sessions on topics such as OSI and TCP/IP models, multiplexing, switching, routing, SONET, DWDM, ISDN, ATM, multimedia networking, VPNs, MPLS, traffic modeling, network security, and network management. The plan lists session topics, reference materials, and the teaching method ("BB" for blackboard) for each of the 46 sessions.

    Copyright:

    © All Rights Reserved
    Download as DOC, PDF, TXT or read online from Scribd
    Download as doc, pdf, or txt
    68 views6 pages

    NC7101

    Uploaded by

    puppyr
    The document is a lesson plan for the course "NC 7101 – HIGH PERFORMANCE NETWORKS" that covers 5 units over 15 weeks. It includes 50-minute sessions on topics such as OSI and TCP/IP models, multiplexing, switching, routing, SONET, DWDM, ISDN, ATM, multimedia networking, VPNs, MPLS, traffic modeling, network security, and network management. The plan lists session topics, reference materials, and the teaching method ("BB" for blackboard) for each of the 46 sessions.

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    © All Rights Reserved
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    You are on page 1of 6

    DOC/LP/01/28.02.

    02
    LESSON PLAN

    LP NC7101
    LP Rev. No: 00
    Sub Code & Name: NC 7101 HIGH PERFORMANCEE NETWORKS
    Date:16/01/2014
    Unit : I
    Branch : M.E.(CS & AE)
    Semester : II Page 01 of 06
    UNIT I

    INTRODUCTION

    Review of OSI, TCP/IP, Multiplexing, Modes of Communication, Switching, Routing.


    SONET DWDM DSL ISDN BISDN, ATM.
    Objective: To acquaint the students with the comprehensive knowledge on Internet and TCP/IP
    Models and different types of circuit-switched networks.

    Session
    Topics to be covered
    No.

    Time Ref.

    Teaching
    Method

    1.

    Introduction to the syllabus, Review of OSI Model and Layers

    50m

    1,2,3

    BB

    2.

    Comparison of OSI and TCP/IP Models

    50m

    1,2,3

    BB

    3.

    Multiplexing FDM, TDM, WDM

    50m

    1,2,3

    BB

    4.

    Modes of Communication Unicasting, Multicasting, Broadcasting 50m

    1,2,3

    BB

    5.

    Switching Circuit, Packet, Message switching

    50m

    1,2,3

    BB

    6.

    Routing Centralized, Distributed Routing, Routing Algorithms

    50m

    1,2,3

    BB

    7.

    SONET - Network elements, Frame structure and Multiplexing

    50m

    1,2,3

    BB

    8.

    DWDM, DSL

    50m

    1,2,3

    BB

    9.

    ISDN, BISDN

    50m

    1,2,3

    BB

    10.

    ATM Features, Addressing, Signaling, Routing, Header Structure,


    50m
    Layers

    1,2,3

    BB

    DOC/LP/01/28.02.02
    LESSON PLAN

    LP NC7101
    Sub Code & Name: NC 7101 HIGH PERFORMANCEE NETWORKS LP Rev. No: 00
    Date:16/01/2014
    Unit : II
    Branch : M.E.(CS & AE)
    Semester : II Page 02 of 06
    UNIT II MULTIMEDIA NETWORKING APPLICATIONS

    Streaming Stored Audio and Video Best Effort Service Protocols for Real Time Interactive
    Applications Beyond Best Effort Scheduling and Policing Mechanism Integrated Services
    RSVP - Differentiated Services.
    Objective: To develop a comprehensive understanding of multimedia networking.
    Session
    No.
    11.
    12.

    13.

    14.

    Teaching

    Topics to be covered

    Time Ref.

    Streaming Stored Audio and Video

    50m

    BB

    50m

    1,5

    BB

    50m

    1,5

    BB

    50m

    BB

    Best-Effort Service An Internet Phone Example


    Limitations, Removing Jitter
    Best-Effort Service An Internet Phone Example
    Recovering from Packet Loss, Streaming Stored
    Audio and Video
    Protocols for Real-Time Interactive Applications
    - RTP, RTCP, SIP, H.323

    Method

    15.

    Beyond Best-Effort

    50m

    BB

    16.

    Scheduling and Policing Mechanism

    50m

    BB

    17.

    Scheduling and Policing mechanism

    50m

    BB

    18.

    Integrated Services and Differentiated Services

    50m

    1,3,6

    BB

    19.

    RSVP - Examples

    50m

    1,3

    BB

    CAT I

    180m

    DOC/LP/01/28.02.02
    LESSON PLAN

    LP NC7101
    LP Rev. No: 00
    Sub Code & Name: NC 7101 HIGH PERFORMANCEE NETWORKS
    Date:16/01/2014
    Unit : III
    Branch : M.E.(CS & AE)
    Semester : II Page 03 of 06
    UNIT III ADVANCED NETWORKS CONCEPTS

    VPN - Remote-Access VPN, Site-to-Site VPN, Tunneling to PPP, Security in VPN.


    MPLS - Operation, Routing, Tunneling and use of FEC, Traffic Engineering, MPLS based VPN, Overlay
    Networks - P2P connections.
    Objective: To study about the types of VPN and tunneling protocols for security.

    Session

    Teaching

    Topics to be covered

    Time Ref.

    Introduction to Virtual Private Networks (VPNs)


    VPN - Remote-Access VPN
    VPN - Site-to-Site VPN
    VPN - Security in VPNs
    MPLS - Operation, Routing in MPLS Domains
    MPLS Tunneling and Use of FEC, Traffic Engineering

    50m
    50m
    50m
    50m
    50m
    50m

    2,7
    2,7
    2,3,7
    2,3,7
    2,37
    2,3,7

    Method
    BB
    BB
    BB
    BB
    BB
    BB

    26. MPLS-based VPNs

    50m

    2,3,7

    BB

    27. Overlay Networks

    50m

    2,3,7

    BB

    28. Peer-to-Peer Connection

    50m

    2,3,7

    BB

    No.
    20.
    21.
    22.
    23.
    24.
    25.

    DOC/LP/01/28.02.02
    LESSON PLAN

    LP NC7101
    LP Rev. No: 00
    Sub Code & Name: NC 7101 HIGH PERFORMANCEE NETWORKS
    Date:16/01/2014
    Unit : IV
    Branch : M.E.(CS & AE)
    Semester : II Page 04 of 06

    UNIT IV TRAFFIC MODELLING

    Littles theorem, Need for modeling, Poisson modeling and its Failure, Non - Poisson models, Network
    Performance Evaluation.
    Objective: To acquaint the students with the comprehensive knowledge on Network Traffic Analysis and
    Models.

    Session
    No.
    29.
    30.

    Topics to be covered
    Delay and Loss Performance Delay Analysis, Littles
    Theorem
    Birth-and-Death Process, Arrival Rates and Traffic Load
    Definitions

    Teaching

    Time

    Ref.

    50m

    3,4,7

    BB

    50m

    3,4,7

    BB

    Method

    31.

    Need for Modeling Basic Queuing Models

    50m

    3,4,7

    BB

    32.

    Markovian FIFO Queuing Systems

    50m

    3,4,7

    BB

    50m

    3,4,7

    BB

    33.

    Non-Markovian Queuing Systems and Self-Similarity


    Models

    34.

    Poisson modeling and its Failure

    50m

    3,4,7

    BB

    35.

    Non - Poisson Models

    50m

    3,4,7

    BB

    50m

    3,4,7

    BB

    36.

    Network Performance Evaluation

    CAT-II

    180m

    DOC/LP/01/28.02.02
    LESSON PLAN
    Sub Code & Name: NC 7101 HIGH PERFORMANCEE NETWORKS
    Unit : V

    Branch : M.E.(CS & AE)

    UNIT V NETWORK SECURITY AND MANAGEMENT


    10

    Semester : II

    LP NC7101
    LP Rev. No: 00
    Date:16/01/2014
    Page 05 of 06

    Principles of cryptography Authentication Integrity Key Distribution and Certification Access


    Control: Fire walls Attacks and Counter measures Security in many layers.
    Infrastructure for Network Management The Internet-Standard Management Framework SMI,
    MIB, SNMP, Security and administration ASN.1
    Objective: To acquaint the students with the comprehensive knowledge on network security in many
    layers and network management.

    Session

    Teaching

    Topics to be covered

    Time

    Ref.

    37.

    Network Security and Principles of Cryptography

    50m

    1,3,6

    BB

    38.

    Authentication Protocols
    IntegrityGenerating Digital Signatures, Message Digests,

    50m

    BB

    50m

    BB

    50m

    1,3

    BB

    No.

    39.

    Method

    Hash Function Algorithms


    Key Distribution and Certification Key Distribution
    40.
    Center, Public Key Encryption
    41.

    Access Control - Firewalls

    50m

    1,3

    BB

    42.

    Attacks and Counter measures

    50m

    1,3

    BB

    43.

    Security in many layers Case Studies

    50m

    BB

    44.

    Infrastructure for Network Management

    50m

    BB

    45.

    The Internet-Standard Management Framework SMI, MIB 50m

    BB

    BB

    The Internet-Standard Management Framework


    46.

    50m
    SNMP, Security and Administration, ASN.1

    DOC/LP/01/28.02.02
    LESSON PLAN
    Sub Code & Name: EC 6201 ELECTRONIC DEVICES
    Branch : EC
    Course Delivery Plan:

    LP EC6201
    LP Rev. No: 00
    Date:16/01/2014
    Semester : II Page 06 of 06

    Week

    1
    I

    Units

    2
    II

    1 1

    3
    II

    4
    II

    5
    II

    6
    II

    7
    II

    8
    II

    9
    II

    10
    II I

    11
    II

    12
    II

    13
    II

    14
    II I

    15
    II I

    C
    C
    A
    1 1 1 1 2 2 2 2 2 2 A 3 3 3 3 3 3 4 4 4 4
    5 5 5 5
    T
    T
    2
    1

    TEST - I

    TEST - II

    TEST - III

    TEST - IV

    TEST - V

    REFERENCES:
    1. J.F. Kurose & K.W. Ross,Computer Networking- A top down approach featuring the internet,
    Pearson, Second Edition, 2003.
    2. Walrand .J. Varatya, High performance communication network, Morgan Kauffman Harcourt

    Asia

    Pvt. Ltd. 2nd Edition, 2000.


    3. Leon-Garcia, Widjaja, Communication networks, TMH seventh reprint 2002.
    4. Anurag Kumar, D. Manjunath, Joy Kuri, Communication Networking, Morgan Kaufmann
    Publishers, First edition, 2004.
    5. Hersent Gurle & Petit, IP Telephony, Packet Pored Multimedia Communication Systems, Pearson
    Education, 2003.
    6. Fred Halsall and Lingana Gouda Kulkarni,Computer Networking and the Internet, Fifth edition,
    Pearson Education.
    7. Nader F.Mir, Computer and Communication Networks, first edition.
    8. Larry Peterson & Bruce S.David, Computer Networks: A System Approach, 1996.
    Prepared by

    Approved by

    Ms.T.J.Jeyaprabha,
    Ms.P.Sasikala
    AP
    16/01/2014

    Dr. S. Ganesh Vaidyanathan

    Signature
    Name
    Designation
    Date

    HOD, Department of ECE


    16/01/2014

    II

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