Online Video Lectures (Class, Lessons) on Computer Networking (Networks)

Prof. Shiv Kalyanaraman's Online Audio and Video Lectures on Computer Networking

Copyright notice | Email Feedback/Errata

Computer Communication Networks

Internet Protocols

Broadband and Optical Networks

Experimental Networking (Lab Class)
- Class Notes and A Few Audio Lectures (Fall 2002 Web Class Site)

Fundamentals of Wireless Broadband Networks (Spring 2007, in progress)
- Class Notes and Video Lectures (Spring 2007 Class Web Site)
- Class notes & lecture video (copy on this web site)

Computer Communication Networks- Class Notes

Slide Set 1 (Introduction):
In PDF | In PDF (6 per-page) | In Powerpoint
Slide Set 2 (Application Layer):
In PDF | In PDF (6 per-page) | In Powerpoint
Slide Set 3 (Transport Layer, Part I):
In PDF | In PDF (6 per-page) | In Powerpoint
Slide Set 4 (Transport Layer, Part II (TCP)):
In PDF | In PDF (6 per-page) | In Powerpoint
Slide Set 5a (Network Layer: Internetworking, IP):
In PDF | In PDF (6 per-page) | In Powerpoint
Slide Set 5b (Network Layer: Routing):
In PDF | In PDF (6 per-page) | In Powerpoint
Slide Set 6a (Modeling: Probability):
In PDF | In PDF (6 per-page) | In Powerpoint
Slide Set 6b (Modeling: Inside a Router):
In PDF | In PDF (6 per-page) | In Powerpoint
Slide Set 7a (Data Link Layer):
In PDF | In PDF (6 per-page) | In Powerpoint
Slide Set 7b (Data Link Layer: II):
In PDF | In PDF (6 per-page) | In Powerpoint
Slide Set 7c (Data Link Layer: III):
In PDF| In PDF (6 per-page) | In Powerpoint

Computer Communication Networks- Streaming Video (Co-Taught with Prof. Biplab Sikdar)

You will need Windows Media Player to view the following streams. Note there is no lecture 6, 11, 19 -- class was cancelled on those days. Homeworks, exam, informal quizzes and other materials for the class can be found on the CCN Fall 2001 course web site .

Lecture 1 (Introduction)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 2 (Introduction)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 3 (Application Layer)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 4 (Application Layer)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 5 (Application Layer)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
No Lecture 6: exam or class cancellation.
Lecture 7 (Transport Layer, Part I)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 8 (Transport Layer, Part I)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 9 (Transport Layer, Part II (TCP))
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 10 (Transport Layer, Part II (TCP))
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
No Lecture 11: Exam or class cancellation.
Lecture 12 (Network Layer: Internetworking, IP)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 13 (Network Layer: Internetworking, IP)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 14 (Network Layer: Internetworking, IP)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 15 (Network Layer: Routing)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 16 (Network Layer: Routing)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL)
Lecture 17 (Modeling: Probability)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 18 (Modeling: Probability)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
No Lecture 19: Exam or class cancellation.
Lecture 20 (Modeling: Inside a Router)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 21 (Data Link Layer)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 22 (Data Link Layer)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 23 (Data Link Layer:II)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 24 (Data Link Layer: II)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 25 (Data Link Layer: III)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 26 (Data Link Layer: III)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |

Internet Protocols - Class Notes

Acknowledgement: Slides have been based in-part upon original slides/notes of a number of people, including:
Profs. Raj Jain (OSU), Jim Kurose (UMass), H. Balakrishnan (MIT), Srini Seshan (CMU), Ion Stoica, A. Joseph (UC Berkeley), Steven Low (Caltech), S. Keshav (Cornell), L. Peterson (Princeton);
Drs. Steve Deering (Cisco), Christian Huitema (Microsoft), Noel Chiappa (MIT), Tim Griffin (AT&T), and
NANOG presenters Dave Katz (Juniper), Abe Martey (Cisco)

Slide Set 1 (Introduction):
In PDF | In Powerpoint
Slide Set 2 (Review of Networking Concepts: I):
In PDF | In Powerpoint
Slide Set 3 (Review of Networking Concepts: II):
In PDF | In Powerpoint
Slide Set 4 (Internetworking):
In PDF | In Powerpoint
Slide Set 5 (Routing I: Basic Ideas):
In PDF | In Powerpoint | Real Audio |
Slide Set 6 (Routing II: Protocols (RIP, EIGRP, OSPF, PNNI, IS-IS)):
In PDF | In Powerpoint | Real Audio |
Slide Set 6a (Reading: not covered in lecture): IS-IS vs OSPF Comparison:
In PDF | In Powerpoint
Slide Set 7 (Routing III: Exterior Gateway Protocols: EGP, BGP-4, CIDR)):
In PDF | In Powerpoint
Slide Set 8 (UCP, TCP):
In PDF | In Powerpoint
Slide Set 9 (Congestion Control):
In PDF | In Powerpoint
Slide Set 10 (Multicast):
In PDF | In Powerpoint
Slide Set 11 (OAM Functions: ICMP, BOOTP, DHCP, NAT, RSIP, SNMP, RMON):
In PDF | In Powerpoint
Slide Set 12 (IPv6):
In PDF | In Powerpoint
Slide Set 13 (Comparison of Connectionless Network Layers: IPX, CLNP, DECnet, Appletalk ):
In PDF | In Powerpoint
Slide Set 14 (QoS):
In PDF | In Powerpoint
Slide Set 15 (High Speed Router Design):
In PDF | In Powerpoint

Internet Protocols - Streaming Video

You will need Windows Media Player to view the following streams. Note there is no lecture 9, 15 -- there was an exam on those days. Homeworks, exam, informal quizzes and other materials for the class can be found on the IP Spring 2002 course web site .

Lecture 1 (Introduction)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 2 (Review of Networking Concepts-I)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 3 (Review of Networking Concepts - I)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 4 (Review of Networking Concepts - II)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 5 (Internetworking)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 6 (Internetworking)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 7 (Routing I:Basic Ideas)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
No Lecture 9: exam date.
Lecture 8 (Routing I:Basic Ideas)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 10 (Routing II: Protocols (RIP, EIGRP, OSPF, PNNI, IS-IS)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 11 (Routing III: Exterior Gateway Protocols: EGP, BGP-4, CIDR)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 12 (Routing III: Exterior Gateway Protocols: EGP, BGP-4, CIDR)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 13 (UDP, TCP)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 14(Congestion Control)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
No Lecture 15: exam date.
Lecture 16 (Multicast)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 17 (OAM Functions: ICMP, BOOTP, DHCP, NAT, RSIP, SNMP, RM ON)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 18(IPv6)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 19 (Comparison of Connectionless Network Layers: IPX, CLN P, DECnet, Appletalk)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 20 (QoS)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 21 (High Speed Router Design)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 22
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 23
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 24
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 25
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |

Broadband and Optical Networks - Class Notes

Slide Set 1 (Introduction):
In PDF | In Powerpoint
Slide Set 2 (Introduction to Telephony, Cable and Internet Technologies):
In PDF | In Powerpoint
Slide Set 3 (SONET: Convergence at Layer 1):
In PDF | In Powerpoint
Slide Set 4 (ISDN, X.25, Frame Relay, ATM Networks: A Telephony View of Convergence Architectures):
In PDF | In Powerpoint
Slide Set 5 (Label Switching and MPLS):
In PDF | In Powerpoint
Slide Set 6 (High Speed Router Design and Network Processors):
In PDF | In Powerpoint
Slide Set 7 (Traffic Engineering):
In PDF | In Powerpoint
Slide Set 8 (Quality of Service (QoS)):
In PDF | In Powerpoint
Slide Set 9 (Survivability, Protection and Restoration):
In PDF | In Powerpoint
Slide Set 10 (IP Telephony):
In PDF | In Powerpoint
Slide Set 11 (Introduction to Optical Networking):
In PDF | In Powerpoint
Slide Set 12 (Optical Networking Components):
In PDF | In Powerpoint
Slide Set 13 (IP over Optical Transport Networks: IP/OTN):
In Powerpoint

Broadband and Optical Networks - Audio Lectures

Lecture 1 (15th Jan 2003: Slide Sets 1/2): Course Introduction, review of Telephony/Cable/Internet
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~30 MB!)
Lecture 2 (15th Jan 2003: Slide Set 2): Review of Telephony/Cable/Internet
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~30 MB!)
Lecture 3 (22nd Jan 2003: Slide Set 2): review of Telephony/Cable/Internet
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 4 (22nd Jan 2003: Slide Sets 2/3): Integrated Architectures: ISDN, SONET, ATM
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 5 (29nd Jan 2003: Slide Sets 4): Integrated Network Architectures: SONET, ATM Networks
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 6 (29nd Jan 2003: Slide Set 4): Integrated Network Architectures: SONET, ATM Networks
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
No Lecture 7: exam date (audio file numbering may vary).
Lecture 8 (5th Feb 2003: Slide Set 4): Label Switched Networks: ATM (contd), Frame Relay, MPLS
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 9 (12th Feb 2003: Slide Set 5): Label Switched Networks: ATM (contd), Frame Relay, MPLS
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 10 (12th Feb 2003: Slide Set 5): High-Speed Router & Switch Design
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 11 (19th Feb 2003: Slide Set 6): High-Speed Router & Switch Design
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 12 (19th Feb 2003: Slide Set 6): High-Speed Router & Switch Design
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 13 (26th Feb 2003: Slide Set 6-7): High-Speed Router & Switch Design, Traffic Engineering
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 14 (26th Feb 2003: Slide Set 7): Traffic Engineering
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
No Lecture 15: exam date (audio file numbering may vary).
Lecture 16 (5th March 2003: Slide Set 8): QoS
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 17 (19th March 2003: Slide Set 8): QoS
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 18 (19th March 2003: Slide Set 8-9): QoS, Survivability, Restoration
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 19 (26th March 2003: Slide Set 10): Internet Telephony
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 20 (26th March 2003: Slide Set 10): IP Telephony
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 21 (2nd April 2003: Slide Set 11): Introduction to Optical Networking
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 22 (2nd April 2003: Slide Set 11-12):Introduction to Optical Networking, Optical Networking Components
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 23 (16th April 2003: Slide Set 12): Optical Networking Components
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 24 (16th April 2003: Slide Set 12): Optical Networking Components
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 25 (23rd April 2003: Slide Set 13): IP over Optical Networks (Guest Lecture: James Manchester)
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)
Lecture 26 (23rd April 2003: Slide Set 12): Optical Networking Components
In Real Audio (Streaming: 21 kbps) | Zipped RealAudio | In MP3 (Downloadable: ~40 MB!)

Broadband and Optical Networks - Streaming Video

You will need Windows Media Player to view the following streams. Note there is no lecture 7, 15 -- there was an exam on those days. Homeworks, exam, informal quizzes and other materials for the class can be found on the BON Spring 2003 course web site .

Lecture 1 (15th Jan 2003: Slide Sets 1/2): Course Introduction, review of Telephony/Cable/Internet
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 2 (15th Jan 2003: Slide Set 2): Review of Telephony/Cable/Internet
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 3 (22nd Jan 2003: Slide Set 2): review of Telephony/Cable/Internet
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 4 (22nd Jan 2003: Slide Sets 2/3): Integrated Architectures: ISDN, SONET, ATM
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 5 (29nd Jan 2003: Slide Sets 4): Integrated Network Architectures: SONET, ATM Networks
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 6 (29nd Jan 2003: Slide Set 4): Integrated Network Architectures: SONET, ATM Networks
In MP3 (Downloadable: ~40 MB!) | High Bandwidth Stream (LAN/Cable/DSL) |
No Lecture 7: exam date.
Lecture 8 (5th Feb 2003: Slide Set 4): Label Switched Networks: ATM (contd), Frame Relay, MPLS
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 9 (12th Feb 2003: Slide Set 5): Label Switched Networks: ATM (contd), Frame Relay, MPLS
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 10 (12th Feb 2003: Slide Set 5): High-Speed Router & Switch Design
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 11 (19th Feb 2003: Slide Set 6): High-Speed Router & Switch Design
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 12 (19th Feb 2003: Slide Set 6): High-Speed Router & Switch Design
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 13 (26th Feb 2003: Slide Set 7): Traffic Engineering
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 14 (26th Feb 2003: Slide Set 7): Traffic Engineering
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
No Lecture 15: exam date.
Lecture 16 (5th March 2003: Slide Set 8): QoS
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 17 (19th March 2003: Slide Set 8): QoS
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 18 (19th March 2003: Slide Set 8-9): QoS, Survivability, Restoration
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 19 (26th March 2003: Slide Set 10): Internet Telephony
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 20 (26th March 2003: Slide Set 11): Introduction to Optical Networking
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 21 (2nd April 2003: Slide Set 11): Introduction to Optical Networking
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 22 (2nd April 2003: Slide Set 11, 12): Introduction to Optical Networking, Optical Networking Components
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 23 (16th April 2003: Slide Set 12): Optical Networking Components
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 24 (16th April 2003: Slide Set 12): Optical Networking Components
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 25 (23rd April 2003: Slide Set 13): IP over Optical Networks (Guest Lecture: James Manchester)
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |
Lecture 26 (23rd April 2003: Slide Set 12): Optical Networking Components
LOW Bandwidth(56K Modem) | High Bandwidth Stream (LAN/Cable/DSL) |

Fundamentals of Wireless Broadband Networks (Lecture Slides & Video)

WBN 2007 Syllabus
In PDF | In MS Word
WBN 2007 Schedule/Calendar
In PDF | In MS Word
Slide Set 1 (Wireless Broadband: Introduction):
{In PDF | In Powerpoint
Lecture 1 (Slide Set 1) VIDEO Part1 , Part2 , Part3
Lecture 2 (Slide Set 1) VIDEO Part1 , Part2 , Part3
Lecture 3 (Slide Set 1) VIDEO Part1 , Part2
Slide Set 2 (Linear Algebra: Gentle Introduction):
{In PDF | In Powerpoint}
Lecture 3 (Slide Set 2) VIDEO Part1 , Part2 , Part3
Lecture 4 (Slide Set 2) VIDEO Part1 , Part2 , Part3
Introduction to Antennas and Propagation: Invited Lecture, Prof. Ken Connor:
{In PDF | In Powerpoint}
Lecture 5 Intro to Antennas (Prof. Connor) VIDEO Part1 , Part2 , Part3
Slide Set 3 (Probability/Stochastic Processes: Gentle Introduction):
{In PDF | In Powerpoint}
Lecture 6 (Slide Set 3) VIDEO Part1 , Part2 , Part3
Lecture 7 (Slide Set 3) VIDEO Part1 , Part2 , Part3
Slide Set 4 (The Wireless Channel):
{In PDF | In Powerpoint}
Lecture 8 (Slide Set 4) VIDEO Part1 , Part2 , Part3
Lecture 9 (Slide Set 4) VIDEO Part1 , Part2 , Part3
Lecture 10 (Slide Set 4) VIDEO Part1 , Part2
Slide Set 5 (Point-to-Point Wireless Communication (I):Digital Basics, Modulation, Detection, Pulse Shaping): :
{In PDF | In Powerpoint}
Lecture 10 (Slide Set 5): Basics, Modulation: VIDEO Part3
Lecture 11 (Slide Set 5) Modulation, Pulse Shaping: VIDEO Part1 , Part2 , Part3
Slide Set 6 (Point-to-Point Wireless Communication (II): ISI, Equalization, Diversity, MIMO/CDMA/OFDM ): :
{In PDF | In Powerpoint}
Lecture 12 (Slide Set 6): Time Diversity. VIDEO Part1 , Part2 , Part3
Lecture 13 (Slide Set 6): Spatial Diversity & MIMO. VIDEO Part1 , Part2 , Part3
Lecture 14 (Slide Set 6): Frequency Diversity, MLSE, CDMA. VIDEO Part1 , Part2 , Part3
Lecture 15 (Slide Set 6): OFDM. VIDEO Part1 , Part2 , Part3
Slide Set 7 (Point-to-Point Wireless Communication (III): Coding, Adaptive Modulation, Hybrid ARQ: :
{In PDF | In Powerpoint}
Lecture 16 (Slide Set 7): Coding Introduction, Hamming codes. VIDEO Part1 , Part2
Slide Set 8 (Capacity of Wireless Channels): Invited Lecture, Prof. Alhussein Abouzeid :
{In PDF | In Powerpoint}
Lecture 17 (Slide set 8: Channel capacity): Prof. Alhussein Abouzeid: VIDEO Part1 , Part2 , Part3
Lecture 18 (Slide set 7: Linear Block/Cyclic Codes): VIDEO Part1 , Part2 , Part3
Lecture 19 (Slide set 7: Convolutional and Concatenated Coding): VIDEO Part1 , Part2 , Part3
Lecture 20: (Slide set 7: LDPC & Turbo Codes, Fountain Erasure Codes): VIDEO Part1 , Part2
Slide Set 9 (Medium Access Control in Wireless Networks): Invited Lecture, Prof. Biplab Sikdar :
{In Powerpoint} {In PDF}
Lecture 21: (Slide set 9): Invited Lecture Prof. Biplab Sikdar (MAC in Wireless Networks), VIDEO Part1 , Part2 , Part3
Slide Set 10 (RFIC Design for Wireless: Cognitive Radio, UWB, OFDM-MIMO, 60GHz, 3d-integration): Invited Lecture, Prof. Mona Hella :
{In Powerpoint} | {In PDF} |
Lecture 22: Invited Lecture, Prof. Mona Hella (RFIC Design for Wireless: Cognitive Radio, UWB, OFDM-MIMO etc) VIDEO Part1 , Part2 , Part3
Slide Set 11 (Capacity of Multi-User Wireless Channels) :
{In PDF | In Powerpoint}
Lecture 23: (Slide set 11): (Capacity of Multi-User Wireless Channels), VIDEO Part1 , Part2 , Part3
Wireless Scheduling Algorithms (Jing Ai: invited student short-talk):
In PDF |
Cooperative Diversity, Virtual MIMO, Cooperative FEC: Hsin-Yi Shen, invited student short-talk:
{In PDF | In Powerpoint}
OFDM Channel Modeling in ns-2 for WiMAX: David Doria, invited student short-talk:
{In PDF | In Powerpoint}

Back to Shivkumar Kalyanaraman's home page

Back to Top

Prof. Shiv Kalyanaraman's Online Audio and Video Lectures on Computer Networking

Computer Communication Networks

Internet Protocols

Broadband and Optical Networks

Experimental Networking (Lab Class)

Fundamentals of Wireless Broadband Networks (Spring 2007, in progress)