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Course
Subject:
Computer Science
Views:
112,058
Educator
Name:
University of Washington (Washington)
Type:
University
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Computer Networks with David Wetherall
Video Lectures
Displaying all 92 video lectures.
Lecture 1
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Goals and Motivation
Lecture 2
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Uses of Networks
Lecture 3
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Network Components
Lecture 4
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Sockets
Lecture 5
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Traceroute
Lecture 6
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Protocol Layers
Lecture 7
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Reference Models
Lecture 8
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Internet History
Lecture 9
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Lecture Outline
Lecture 10
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Physical Layer Overview
Lecture 11
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Media
Lecture 12
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Signals
Lecture 13
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Modulation
Lecture 14
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Limits
Lecture 15
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Link Layer Overview
Lecture 16
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Framing
Lecture 17
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Error Overview
Lecture 18
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Error Detection
Lecture 19
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Error Correction
Lecture 20
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Overview of the Link Layer
Lecture 21
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Retransmissions
Lecture 22
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Multiplexing
Lecture 23
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Randomized Multiple Access
Lecture 24
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Wireless Multiple Access
Lecture 25
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Contention Free Multiple Access
Lecture 26
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LAN Switches
Lecture 27
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Switch Spanning Tree
Lecture 28
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Network Layer Overview
Lecture 29
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Network Services
Lecture 30
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Internetworking
Lecture 31
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IP Prefixes
Lecture 32
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IP forwarding
Lecture 33
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IP Helpers ARP and DHCP
Lecture 34
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Packet Fragmentation
Lecture 35
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IP Errors ICMP
Lecture 36
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IP version 6
Lecture 37
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Network Address Translation NAT
Lecture 38
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Routing Overview
Lecture 39
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Shortest Path Routing
Lecture 40
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Dijkstra's Algorithm
Lecture 41
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Distance Vector Routing
Lecture 42
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Flooding
Lecture 43
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Link State Routing
Lecture 44
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Equal Cost Multi Path Routing
Lecture 45
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Hosts and Routers
Lecture 46
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Hierarchical Routing
Lecture 47
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Prefix Aggregation and Subnets
Lecture 48
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Routing with Multiple Parties
Lecture 49
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Border Gateway Protocol
Lecture 50
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Transport Layer Overview
Lecture 51
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User Datagram Protocol UDP
Lecture 52
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Connection Establishment
Lecture 53
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Connection Release
Lecture 54
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Sliding Window
Lecture 55
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Flow Control
Lecture 56
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Retransmission Timeouts
Lecture 57
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Transmission Control Protocol TCP
Lecture 58
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optional Googles optimizations to network protocols
Lecture 59
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Congestion Overview
Lecture 60
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Fairness of Allocations
Lecture 61
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Additive Increase Multiplicative Decrease
Lecture 62
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History of TCP Congestion Control
Lecture 63
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TCP Ack Clocking
Lecture 64
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TCP Slow Start
Lecture 65
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TCP Fast Retransmit Fast Recovery 1649
Lecture 66
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Explicit Congestion Notification
Lecture 67
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Application Layer Overview
Lecture 68
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DNS Part 1
Lecture 69
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DNS Part 2
Lecture 70
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HTTP Introduction
Lecture 71
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HTTP Performance
Lecture 72
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HTTP Caching and Proxies
Lecture 73
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Content Delivery Networks
Lecture 74
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Future of HTTP
Lecture 75
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Peer to Peer Networks BitTorrent
Lecture 76
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Quality of Service Overview
Lecture 77
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Real time Transport
Lecture 78
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Streaming Media
Lecture 79
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Fair Queuing
Lecture 80
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Traffic Shaping
Lecture 81
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Differentiated Services
Lecture 82
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Rate and Delay Guarantees
Lecture 83
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Network Security Overview
Lecture 84
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Message Confidentiality
Lecture 85
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Message Authentication
Lecture 86
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Wireless Security
Lecture 87
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Web Security
Lecture 88
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DNS Security
Lecture 89
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Firewalls
Lecture 90
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Virtual Private Networks VPNs
Lecture 91
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Distributed Denial of Service
Lecture 92
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Final Farewell
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Subject: Computer Science
Courses
Computer Networks with David Wetherall