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Module1: Introduction to Computer Networks
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Lecture 1: Introduction to Computer Networks : Basics & Building Blocks
68:00
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Annotated Notes Lecture 1 IP Addressing
(89 pages)
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Lecture 2: ClassFull Addressing in Computer Networks
55:00
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Annotated Notes Lecture 2 Compact CourseAddressing
(74 pages)
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Lecture 3A Classless Addressing & Network Mask
24:00
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Lecture 3B Subnetting Explained
50:00
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Lecture 3C Forwarding Table and Communication
30:00
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Annotated Notes Lecture 3 Classless Addressing, Subnetting, and Forwarding Table
(121 pages)
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Lecture 4 Suppernetting
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Data Link Layer
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Lecture 1A: Layering and Switching
42:00
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Lecture 1B: Framming in Data Link Layer
25:00
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Annotated Notes Lecture 1 Module 2 Layering Switching and Framing
(103 pages)
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Lecture 2: Error Control Methods | Hamming Distance
82:00
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Annotated Notes Lecture 2 Error Control Methods
(109 pages)
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Lecture 3: CheckSum and CRC
43:00
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Annotated Notes Lecture 3 CRC and Checksum
(71 pages)
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Lecture 4 Delays in Networking | Questions on Dividing Packet into Chunks
74:00
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Annotated Notes Lecture 4 Delays in Networking | Questions on Dividing Packet into Chunks
(78 pages)
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Lecture 5A: Flow Control Methods | Working of Stop and Wait | Efficiency and ThroughPut
73:00
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Lecture 5B ALL GATE PYQs of Stop and Wait
38:00
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Annotated Notes Lecture 5 Stop and Wait — Working, Efficiency, Throughput and All GATE PYQs
(130 pages)
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Lecture 6 GO Back N and SR Protocol Complete Working
103:00
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Annotated Notes Lecture 6 GBN and SR
(102 pages)
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Lecture 7: PYQs on Sliding Window Protocols
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Annotated Notes Lecture 7 PYQs on Sliding Window Protocols
(40 pages)
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Network Layer
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Lecture 1 - Introduction to Network Layer - IPv4 Header and Fragmentation
105:00
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Annotated Notes Lecture 1 - Introduction to Network Layer - IPv4 Header and Fragmentation
(132 pages)
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Lecture 2: Network Address Translation
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Lecture 3A Distance Vector and Count to Inf | GATE PYQs
103:00
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Annotated Notes Distance Vector Routing Protocol | Count to Infinity | All GATE PYQs
(77 pages)
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Lecture 3B: Link State Routing Protocol
21:00
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Annotated Notes Link State Routing Protocol
(15 pages)
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Transport Layer
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Lecture 1 Transport layer basics |TCP connection establishment & termination |TCP Flow Control
117:00
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Annotated Notes L1 Transport-layer basics | TCP connection establishment termination | TCP Flow Control
(202 pages)
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Lecture 2. TCP Congestion Control | ALL GATE PYQs | Very Conceptual Video
115:00
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Annotated Notes L2. TCP Congestion Control | ALL GATE PYQs
(112 pages)
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Lecture 3. TCP Timer, Options, States
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Annotated Notes L3 TCP Timer, Options, States
(127 pages)
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TCP MArathon
(441 pages)
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Application Layer
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HTTP
7:00
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DNS
22:00
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Annotated Notes Application layer
(35 pages)
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