Slide 1
... Does R1 Learn anything new? Yes, 10.4.0.0 Does R3 Learn anything new? Yes, 10.1.0.0 ...
... Does R1 Learn anything new? Yes, 10.4.0.0 Does R3 Learn anything new? Yes, 10.1.0.0 ...
MANETconf: Configuration of Hosts in a Mobile Ad Hoc Network.
... A mobile ad hoc network (MANET) is a group of mobile, wireless nodes which cooperatively and spontaneously form an IP-based network. This network is independent of any fixed infrastructure or centralized administration. A node communicates directly with nodes within its wireless communication range. ...
... A mobile ad hoc network (MANET) is a group of mobile, wireless nodes which cooperatively and spontaneously form an IP-based network. This network is independent of any fixed infrastructure or centralized administration. A node communicates directly with nodes within its wireless communication range. ...
Abstract obvious solutions, avoiding parallel processing of packets of
... A high-performance router typically has several network processors, and depending on the architecture it may have a separate NPU per line interface or a pool of NPUs for packets arriving at several interfaces [6,7,8,9]. A single NPU unit may also contain multiple processing engines. As a packet ente ...
... A high-performance router typically has several network processors, and depending on the architecture it may have a separate NPU per line interface or a pool of NPUs for packets arriving at several interfaces [6,7,8,9]. A single NPU unit may also contain multiple processing engines. As a packet ente ...
$doc.title
... amount of sustainable traffic—of single-link networks leads us to examine ways of interconnecting single-link communication media together to form larger multi-hop networks of computers. The fundamental problem is that the most obvious way to build a computer network—by connecting each pair of compu ...
... amount of sustainable traffic—of single-link networks leads us to examine ways of interconnecting single-link communication media together to form larger multi-hop networks of computers. The fundamental problem is that the most obvious way to build a computer network—by connecting each pair of compu ...
Chapter14 (Unicast Routing Protocols)
... node maintains a vector (table) of minimum distances to every node The table at the each node also guides the packet to the desired node by showing the next stop in the route (next-hop routing) ...
... node maintains a vector (table) of minimum distances to every node The table at the each node also guides the packet to the desired node by showing the next stop in the route (next-hop routing) ...
Game Theory application to Networking Research: Part IV.
... • These overlays tend to fully utilize available resource. • So, is there any anarchy? • How do overlay networks co-exist with each other? • What is the implication of interactions? • How to regulate selfish overlay networks via mechanism design? • Can ISPs take advantage of this? ...
... • These overlays tend to fully utilize available resource. • So, is there any anarchy? • How do overlay networks co-exist with each other? • What is the implication of interactions? • How to regulate selfish overlay networks via mechanism design? • Can ISPs take advantage of this? ...
6781_MPLS_Lecture2 - Computer Science and Engineering
... • Specifies how frequently the committed rate should be given to CRLSP ...
... • Specifies how frequently the committed rate should be given to CRLSP ...
Pastry: Scalable, decentralized object location and routing for large-scale peer-to-peer systems
... a Pastry node efficiently routes the message to the node with a nodeId that is numerically closest to the key, among all currently live Pastry nodes. The expected number of routing steps is O(log N), where N is the number of Pastry nodes in the network. At each Pastry node along the route that a mes ...
... a Pastry node efficiently routes the message to the node with a nodeId that is numerically closest to the key, among all currently live Pastry nodes. The expected number of routing steps is O(log N), where N is the number of Pastry nodes in the network. At each Pastry node along the route that a mes ...
Pastry: Scalable, Distributed Object Location and Routing for Large-Scale Peer-to-Peer Systems
... a Pastry node ef£ciently routes the message to the node with a nodeId that is numerically closest to the key, among all currently live Pastry nodes. The expected number of routing steps is O(log N), where N is the number of Pastry nodes in the network. At each Pastry node along the route that a mess ...
... a Pastry node ef£ciently routes the message to the node with a nodeId that is numerically closest to the key, among all currently live Pastry nodes. The expected number of routing steps is O(log N), where N is the number of Pastry nodes in the network. At each Pastry node along the route that a mess ...
Chapter 7: Secure routing in multi
... the primary objective of this attack is to degrade the quality of service provided by the network – the two victims cannot communicate, and – other nodes can also suffer and be coerced to use suboptimal routes ...
... the primary objective of this attack is to degrade the quality of service provided by the network – the two victims cannot communicate, and – other nodes can also suffer and be coerced to use suboptimal routes ...
PDF
... system provides robust performance, delivers high scalability and balances load evenly across the nodes. The analysis ensures that the performance of our system is not an artifact of our measurements. We evaluate Meridian through simulation parameterized by a large-scale network measurement study, a ...
... system provides robust performance, delivers high scalability and balances load evenly across the nodes. The analysis ensures that the performance of our system is not an artifact of our measurements. We evaluate Meridian through simulation parameterized by a large-scale network measurement study, a ...
ppt
... • “Valley-free” routing • Number links as (+1, 0, -1) for provider, peer and customer • In any path should only see sequence of +1, followed by at most one 0, followed by sequence of -1 ...
... • “Valley-free” routing • Number links as (+1, 0, -1) for provider, peer and customer • In any path should only see sequence of +1, followed by at most one 0, followed by sequence of -1 ...
CTC Information and Shortcuts
... the same network view, and users can create a custom view with maps. This view provides access to tabs and subtabs that you use to manage the network. Network view can contain domains. A domain is used to isolate nodes or groups of nodes for easier maintenance. Double-clicking a domain shows all the ...
... the same network view, and users can create a custom view with maps. This view provides access to tabs and subtabs that you use to manage the network. Network view can contain domains. A domain is used to isolate nodes or groups of nodes for easier maintenance. Double-clicking a domain shows all the ...
Preventing DoS Attacks in Peer-to
... assigned rates. Padmanabhan et al. present a p2p media streaming system called CoopNet that is only used when the primary video server experiences overload [2]. Such overload conditions often occur during flash crowds (see [6] for a good discussion of flash crowd characteristics). In CoopNet, the vi ...
... assigned rates. Padmanabhan et al. present a p2p media streaming system called CoopNet that is only used when the primary video server experiences overload [2]. Such overload conditions often occur during flash crowds (see [6] for a good discussion of flash crowd characteristics). In CoopNet, the vi ...
Routed Protocol - Faculty of Computer Science and Information
... allows individual addresses to be grouped together. Routing is the process of finding the most efficient path from one device to another. The primary device that performs the routing process is the router. Two key functions of a router: Maintain routing tables and make sure other routers know of c ...
... allows individual addresses to be grouped together. Routing is the process of finding the most efficient path from one device to another. The primary device that performs the routing process is the router. Two key functions of a router: Maintain routing tables and make sure other routers know of c ...
NetComplex: A Complexity Metric for Networked System Designs Byung-Gon Chun Sylvia Ratnasamy
... which a state s depends. While a natural option would be simply to count s’s dependencies, this is not sufficiently discriminating: dependencies, like state, can vary greatly in the burden they impose. Consider Figure 1, which shows dependency relationships between states for several simple networks ...
... which a state s depends. While a natural option would be simply to count s’s dependencies, this is not sufficiently discriminating: dependencies, like state, can vary greatly in the burden they impose. Consider Figure 1, which shows dependency relationships between states for several simple networks ...
Distance vector routing protocols
... Sends an update about networks 10.3.0.0 with a metric of 1 and 10.4.0.0 with a metric of 2 out the Serial 0/0/0 interface (new). Sends an update about networks 10.1.0.0 with a metric of 2 (new) and 10.2.0.0 with a metric of 1 out the Serial 0/0/1 interface. Receives an update from R1 about net ...
... Sends an update about networks 10.3.0.0 with a metric of 1 and 10.4.0.0 with a metric of 2 out the Serial 0/0/0 interface (new). Sends an update about networks 10.1.0.0 with a metric of 2 (new) and 10.2.0.0 with a metric of 1 out the Serial 0/0/1 interface. Receives an update from R1 about net ...
AS-aware Relay Selection Mechanism for Multiparty Streaming
... When a client joins a multiparty streaming session, it needs to find an appropriate transport path to the initiator. The client first requests the initiator address form BS. Then, the client sends its relay node list to the initiator. The initiator also sends its relay node list and in-use relay nod ...
... When a client joins a multiparty streaming session, it needs to find an appropriate transport path to the initiator. The client first requests the initiator address form BS. Then, the client sends its relay node list to the initiator. The initiator also sends its relay node list and in-use relay nod ...
CTP: An Efficient, Robust, and Reliable Collection Tree Protocol for
... —Efficiency. It should achieve this reliability and robustness while sending few packets. Efficiency in communication oftentimes translates to energy efficiency or allows an opportunity to make the system more energy efficient. —Hardware Independence. Since sensor networks use a wide range of platfo ...
... —Efficiency. It should achieve this reliability and robustness while sending few packets. Efficiency in communication oftentimes translates to energy efficiency or allows an opportunity to make the system more energy efficient. —Hardware Independence. Since sensor networks use a wide range of platfo ...
