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ccna1-ch10
ccna1-ch10

... •Router uses path determination to decide to which port the packet must be sent toward its destination. Routing the packet. •Each router along the path is called Hop. ...
Terminode Routing
Terminode Routing

...  TLR helps when the destination has moved from its reference position more than scope of one transmission range ...
InfiniBand - FSU Computer Science
InfiniBand - FSU Computer Science

... • Up/Down routing does not work directly – Need information about the incoming interface and the destination and Infiniband only uses destination – Potential solution: » find all possible paths » remove all possible down link following up links in each node » find one output port for each destinatio ...
Evolution of Data Networks
Evolution of Data Networks

... information about directly connected links (not entire routing table) • Link State Packet (LSP) – id of the node that created the LSP – cost of the link to each directly connected neighbor – sequence number (SEQNO) – time-to-live (TTL) for this packet ...
ppt1
ppt1

... • Bi-directional radio links (unidirectional links may be blacklisted) • Network nodes placed roughly in a plane • Radio propagation in free space; distance from transmitter determines signal strength at receiver • Fixed, uniform radio transmitter power ...
Diffserv-MPLS-QoS
Diffserv-MPLS-QoS

... path as a whole is determined by the link with the minimum available bandwidth) ...
Single-Copy Routing in Intermittently Connected Mobile
Single-Copy Routing in Intermittently Connected Mobile

... mobile networks a number of efforts exist that mostly try to deal with application-specific problems, especially in the field of sensor networks. In [12] a number of mobile nodes, modeled as performing independent random walks, serve as DataMules that carry data from static sensors to base stations, ...
non-cooperative forwarding in ad-hoc networks
non-cooperative forwarding in ad-hoc networks

... In order to avoid very aggressive equilibria, we propose strategies based on threats of punishments for misbehaving aggressive mobiles, which is in the spirit of a well established design approach for promoting cooperation in Ad-hoc networks, carried on in many previous works [3], [7]. In all these ...
E1922
E1922

... out and accept the packet from a source node to destination node. Reactive Protocol has lower overhead since routes are determined on demand Route discovery process is used in on demand routing by flooding the route request (RREQ) packets throughout the network. Examples of reactive routing protocol ...
RPM - Center for Wireless Communication :: UCSD
RPM - Center for Wireless Communication :: UCSD

... Motivation: 3D Integrated Circuits • 3D Benefits – Reduced wire delays – Enormous bandwidth – Heterogeneous system integration ...
Switched Network
Switched Network

... well as data. Each node on the pre-established route knows where to direct such packets; no routing decisions are required. At any time, each station can have more than one virtual circuit to any other station and can have virtual circuits to more than one station. So the main characteristic of the ...
Qualitative and Quantitative Evaluation of A Proposed Circuit
Qualitative and Quantitative Evaluation of A Proposed Circuit

... addresses, whereas in adaptive routing, network traffic is also taken into account for routing decision. In source routing, the route is determined at the source and the entire information for the route is stored in the header of the packet, which is then examined and used by routers to determine th ...
User Manual
User Manual

What is a sensor node - Netmode
What is a sensor node - Netmode

... The number of sensor nodes in a sensor network can be several orders of magnitude higher than the nodes in an ad hoc network. Sensor nodes are densely deployed. Sensor nodes are prone to failures. The topology of a sensor network changes very frequently. Sensor nodes mainly use a broadcast communica ...
p2p_3
p2p_3

... Contact other node on the same row to check if this node has a replacement node (the contacted node may have a replacement node on the same row of its routing table) If not, contact node on next row of routing table Repair of neighborhood set ...
Introduction to Sensor Networks
Introduction to Sensor Networks

Graph Theory What is a Graph?
Graph Theory What is a Graph?

...                                                                    the  number  of   shortest  paths  that  pass  through  a   node  divided  by  all  shortest  paths   in  the  network   •  Refle ...
On the Convexity of Latent Social Network Inference
On the Convexity of Latent Social Network Inference

... over which diffusions took place? What is the structure of such a network? We develop convex programming based approach for inferring the latent social networks from diffusion data. We first formulate a generative probabilistic model of how, on a fixed hypothetical network, contagions spread through ...
IEEE Paper Template in A4 (V1) - Academic Science,International
IEEE Paper Template in A4 (V1) - Academic Science,International

PPT
PPT

A Heuristic Search Algorithm for Re-routing of On
A Heuristic Search Algorithm for Re-routing of On

... refers to the situation in which a packet will not reach its destination, although it never gets blocked permanently [11]. A live-locked packet will visit a switch twice and this cannot happen with a decreasing sequence of distances. The conventional XY routing algorithm has this property and thus i ...
3-1-4 georouting08
3-1-4 georouting08

... • Instead of searching for the destination, the source node searches for any intermediate node that encountered the destination more recently than did the source node itself. • The intermediate node then searches for a node that encountered the destination yet more recently, and the procedure iterat ...
Network layer (IP)
Network layer (IP)

... to X is infinite (so Y won’t route to X via Z) ...
myIP
myIP

PDF
PDF

... •  Rou?ng  table:  IP   address  and  virtual   coordinate  zone  of   each  immediate   neighbors   •  A  node  forwards  the   message  to  the   neighbor  with   coordinates  closest  to   ...
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Backpressure routing

In queueing theory, a discipline within the mathematical theory of probability, the backpressure routing algorithm is a method for directing traffic around a queueing network that achieves maximum network throughput, which is established using concepts of Lyapunov drift. Backpressure routing considers the situation where each job can visit multiple service nodes in the network. It is an extension of max-weight scheduling where rather each job visits only a single service node.
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