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3rd Edition, Chapter 5
3rd Edition, Chapter 5

... R forwards datagram with IP source A, destination B R creates link-layer frame with B's MAC address as dest, frame contains A-to-B IP datagram MAC src: 1A-23-F9-CD-06-9B MAC dest: 49-BD-D2-C7-56-2A IP src: 111.111.111.111 IP dest: 222.222.222.222 ...
Introduction to Dynamic Routing
Introduction to Dynamic Routing

... •Different areas can be used to control flooding of routing information ...
lecture9 - Rice University
lecture9 - Rice University

... Possible Addressing Schemes • Flat – e.g., every host identified by its 48-bit MAC address – Router would need entry for every host in the world • Too big (although technology can help this) • Too hard to maintain as hosts come & go ...
Power Point Chapter 10 CCNA1
Power Point Chapter 10 CCNA1

... • Internet Protocol (IP) is the routed protocol of the Internet. • IP addressing enables packets to be routed from source to destination using the best available path. • The propagation of packets, encapsulation changes, and connectionoriented and connectionless protocols are also critical to ensure ...
Network Layer
Network Layer

... Hierarchical addressing allows efficient advertisement of routing ...
Internet 2
Internet 2

... Total length ToS byte = 8 bits (28 = 256 priority Header levels could be used, but only few are used) ...
router commands briefly explained
router commands briefly explained

ppt
ppt

... BGP Traffic Engineering • Limitations of intradomain traffic engineering – Alleviating congestion on edge links – Making use of new or upgraded edge links – Influencing choice of end-to-end path ...
Chap5
Chap5

... Bridges + and + Bridge operation is simpler requiring less packet processing + Bridge tables are self learning - All traffic confined to spanning tree, even when alternative bandwidth is available - Bridges do not offer protection from broadcast storms ...
RSVP: The ReSerVation Protocol
RSVP: The ReSerVation Protocol

... RSVP Design Criteria • Heterogeneous receivers (multicast) • Varying bandwidth needs ...
Network slides
Network slides

... Protocols at this level transmit data in a network representation that is independent of the representations used in individual computers, which may differ. Encryption is also performed in this layer, if required. At this level reliability and adaptation are performed, such as detection of failures ...
26-Voice-over
26-Voice-over

... simultaneous users? option 2: store/serve multiple copies of videos at multiple geographically distributed sites (CDN)  enter deep: push CDN servers deep into many access networks • close to users • used by Akamai, 1700 locations ...
Multipath Protocol for Delay-Sensitive Traffic
Multipath Protocol for Delay-Sensitive Traffic

... of data delivery is multipath routing [3]. This technique is beneficial because it allows rerouting of traffic if a path becomes congested or unavailable. Much of the previous work studies how multipath routing can improve the throughput of the end hosts. See e.g. [4] [5] [6] [7] [8]. While the key ...
Week13_2
Week13_2

3rd Edition: Chapter 4
3rd Edition: Chapter 4

... data exchange among computers  “elastic” service, no strict timing req. “smart” end systems (computers)  can adapt, perform control, error recovery  simple inside network, complexity at “edge” many link types  different characteristics  uniform service difficult ...
Chapter 4: Network Layer
Chapter 4: Network Layer

... ❒ routing: process of input to appropriate planning trip from router output source to dest ❒ routing: determine ❒ forwarding: process route taken by of correct left turns, packets from source ...
View File - UET Taxila
View File - UET Taxila

... Protocols: These protocols work on the transport layer TCP, UDP, SPX, NETBIOS, ATP and NWLINK. Network Devices: The Brouter, Gateway and Cable tester work on the transport layer. ...
Paper Title (use style: paper title)
Paper Title (use style: paper title)

... After receiving the sampling packets from sFlow module, OpenRouteFlow module analyzes the field information defined in the structural body of sampling message, including the access and port index, source IP and destination IP of sampling packets, partial sampling packets (optional according to the u ...
Link Layer - dbmanagement.info
Link Layer - dbmanagement.info

... encapsulate datagram into frame, adding header, trailer channel access if shared medium “MAC” addresses used in frame headers to identify source, dest • different from IP address! ...
IP Addressing Power Point for
IP Addressing Power Point for

... If queues get full, just drop packets! ...
Document
Document

... implementation. For example, the optical layer’s BER may be adopted as that of the IP layer for P2P link. The widely used CRC (Cyclic Redundancy Check) in the IP network is another possible way as the alternative of BER. ...
Lecture 2 - Adresses and subnet masks
Lecture 2 - Adresses and subnet masks

slides - The Fengs
slides - The Fengs

... • Similar to RouteRecord, collects intermediate hops along the way to destination • Over time, leaves a trail of where packets are being sourced from ...
Europa: Efficient User Mode Packet Forwarding in Network Virtualization
Europa: Efficient User Mode Packet Forwarding in Network Virtualization

... should be isolated from each other to minimize the interference among them. However, it is challenging to build a shared substrate that can support multiple concurrent virtual networks. The intrinsic heterogeneous nature of network innovations requires that a virtual network must be highly flexible ...
tom
tom

... overlay and P2P applications • Such applications flexible on paths and targets, thus can benefit from E2E distance monitoring – Overlay routing/location – VPN management/provisioning – Service redirection/placement … ...
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Multiprotocol Label Switching

Multiprotocol Label Switching (MPLS) is a mechanism in high-performance telecommunications networks that directs data from one network node to the next based on short path labels rather than long network addresses, avoiding complex lookups in a routing table. The labels identify virtual links (paths) between distant nodes rather than endpoints. MPLS can encapsulate packets of various network protocols. MPLS supports a range of access technologies, including T1/E1, ATM, Frame Relay, and DSL.
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