Internet Exchange Points (IXPs)

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Why use an IXP? PEERING Shared medium vs. point-to-point Shared can exchange traffic with multiple peers at onelocation via one interface Point-to-Point for high volumes of traffic
Why use an IXP? KEEP LOCAL TRAFFIC LOCAL!!! ISPs within a region peer with each other atthe local exchange No need to have traffic go overseas only tocome back Much reduced latency and increasedperformance
Page 1: Internet Exchange Points (IXPs)
Page 4 and 5: What is an Exchange Point Network A
Page 6 and 7: Internet Exchange PointWhy peer? Co
Page 8 and 9: Internet Exchange PointWhy peer? Mu
Page 10 and 11: Internet Exchange PointWhy peer? So
Page 12 and 13: Faculty Qualifications—PN• ONLY
Page 14 and 15: Internet Exchange PointWhy peer? Pe
Page 16 and 17: Internet Exchange Point SolutionEve
Page 20 and 21: Why use an IXP? SAVES MONEY!!! Traf
Page 22 and 23: Exchange Point DesignISP 6ISP 5 ISP
Page 24 and 25: Peering at an IXP Each participant
Page 26 and 27: Exchange Point examples LINX in Lon
Page 28 and 29: DHCP: Dynamic HostConfiguration Pro
Page 30 and 31: DHCP client-server scenarioDHCP ser
Page 32 and 33: Computers use IP addresses.Why do w
Page 34 and 35: hosts.txt does not scale✗ Huge fi
Page 36 and 37: DNS is Hierarchical.(root)/ (root)u
Page 38 and 39: DNS: iterated queriesroot name serv
Page 40 and 41: Domain Names are (almost)unlimited
Page 42 and 43: Commonly seen ResourceRecords (RRs)
Page 44 and 45: Possible results from a Query POSIT
Page 46 and 47: DNS is a Client-Serverapplication (
Page 48 and 49: Three roles in DNS RESOLVERTakes re
Page 50 and 51: ROLE 1: THE RESOLVER A piece of sof
Page 52 and 53: How do you choose whichcache(s) to
Page 54 and 55: Example: Unix resolverconfiguration
Page 56 and 57: The trailing dot# dig lboro.ac.uk.
Page 58 and 59: Understanding output from dig STATU
Page 60 and 61: DNS recordsDNS: distributed db stor
Page 62 and 63: DNS protocol, messagesName, type fi
Page 64 and 65: HTTP overviewHTTP: hypertext transf
Page 66 and 67: HTTP connectionsNonpersistent HTTP
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Nonpersistent HTTP (cont.)5. HTTP c
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Persistent HTTPNonpersistent HTTP i
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HTTP request message:general format
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Method typesHTTP/1.0 GET POST HEADa
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HTTP response messagestatus line(pr
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Trying out HTTP (client side) for y
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Cookies: keeping “state” (cont.
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User-server interaction:authorizati
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Web caches (proxy server)Goal: sati
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Content distribution networks(CDNs)
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FTP(File Transfer Protocol)
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FTP: separate control, data connect
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E-Mail(SMTP, POP, IMAP)
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Electronic MailMail Serversmailbox
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Scenario: Alice sends messageto Bob
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Try SMTP interaction foryourself: t
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Mail message formatSMTP: protocol f
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MIME typesContent-Type: type/subtyp
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POP3 Short for Post Office Protocol
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POP3 (more) and IMAPMore about POP3
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POP3 vs IMAPWith IMAP, all your mai
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EximExim is an open source mail tra
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NAT: Network AddressTranslation Mot
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Private Addresses
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NAT: Network AddressTranslationImpl
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NAT: Network AddressTranslation 16-
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Provider NATs? ConsideredHarmful156
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TURN protocol Protocol for UDP/TCP
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STUN (RFC 3489) Defines operations
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Configuring NAT in LinuxLinux uses
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Multimedia Networking
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GoalsPrinciples Classify multimedia
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Streaming stored multimedia Streami
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Streaming live multimediaExamples:
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A few words about audiocompression
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Packet loss and delay Network loss:
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How should the Internet evolveto be
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Principles for QOS Guarantees Examp
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Principles for QOS Guarantees Alloc
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Summary of QoS Principles
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Scheduling Policies: morePriority s
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Scheduling Policies: still moreWeig
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Diffserv ArchitectureEdge router: p
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Classification and Conditioning Pac
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Firewalls156
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Firewall goals All traffic from out
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Traditional packet filtersAnalyzes
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Access control listsApply rules fro
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Advantages and disadvantages oftrad
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Firewall lab: iptables iptables Pro
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iptables: Example commandiptables -
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iptables Options-p protocol type (t
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Firewall Lab: Part B Rules for outg
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Stateful filters: example Log each
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Demarcation Zone (DMZ)applicationga
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Internet Exchange Points (IXPs)

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