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1-up PPT
1-up PPT

Overlay.pptx
Overlay.pptx

... – Distributed over a wide area ...
pdf
pdf

... A tree that connects every node Single path between each pair of nodes §  No loops, so supports broadcast easily ...
Document
Document

ppt
ppt

... periodic exchange of messages with all physical neighbors that contain information about who can be reached at what distance selection of the shortest path if several paths available periodic notification of all routers about the current state of all physical links router get a complete picture of t ...
IOSR Journal of Electronics and Communication Engineering (IOSR-JECE)
IOSR Journal of Electronics and Communication Engineering (IOSR-JECE)

... Recently, many studies have identified an emerging demand for telecommunication services in several applications over sea. Some of them are getting great interest for the scientific community, e.g. those related to real-time monitoring through sensing multiple physical parameters from the sea. Altho ...
link request
link request

... Joining an Existing Network Linking Protocol • Start linking protocol • L and R send link request message to N over the physical Left neighbor L network Link request ...
PeerNet: Pushing Peer-to-Peer Down the Stack
PeerNet: Pushing Peer-to-Peer Down the Stack

... – solution: nodes within an area have to be wellconnected by physical links => improves routing performance and tolerance to link failures, desirable in mobile networks ...
Overlay Networks
Overlay Networks

... Heterogeneous networks Unpredictable delays and packet drops ...
Overlay Networks
Overlay Networks

... Heterogeneous networks Unpredictable delays and packet drops ...
Powerpoint
Powerpoint

Chapter 5
Chapter 5

... Link State Routing Each router must do the following: A. Discover its neighbors, learn their network address. B. Measure the delay or cost to each of its neighbors. C. Construct a packet telling all it has just learned. D. Send this packet to all other routers. E. Compute the shortest path to every ...
Polygraph: Automatically Generating Signatures for
Polygraph: Automatically Generating Signatures for

lecture9
lecture9

... Examine each of the nodes adjacent to A, i.e., B and G, relabeling them with the distance to A Examine all the tentatively labeled nodes in the whole graph and make the one with the smallest label permanent, i.e., B. B is the new working node ...
Routing
Routing

... information about directly connected links (not entire routing table) ...
ppt
ppt

... network portion of address of arbitrary length address format: a.b.c.d/x, where x is # bits in network portion of address ...
ppt
ppt

Dominating-Set-Based Routing in Ad Hoc Wireless Networks
Dominating-Set-Based Routing in Ad Hoc Wireless Networks

... If the source is not a gateway host, it forwards packets to a source gateway neighbor. This source gateway acts as a new source to route packets in the induced graph generated from the connected dominating ...
22.3 Figure 22.1 Direct and indirect delivery 22.4 22
22.3 Figure 22.1 Direct and indirect delivery 22.4 22

HW1 Solution
HW1 Solution

... transmitted at 10 Mbps in one roundtrip time. It only takes one propagation delay, however, for the first bit of an Ethernet frame to traverse the entire length of the network, and during this time, 256 bits are transmitted. Why, then, is it necessary that the minimum frame size be 512 bits instead ...
New Aggregation Techniques for Sensor
New Aggregation Techniques for Sensor

CSE331-9
CSE331-9

Chapter 4 Review Questions
Chapter 4 Review Questions

A Survey of Secure Wireless Ad Hoc Routing
A Survey of Secure Wireless Ad Hoc Routing

... 1. To initiate a route discovery, the initiator S broadcasts a signed ROUTE REQUEST packet that includes the target D, its certificate (certS), a nonce N, and a timestamp t. 2. Each node that forwards this REQUEST checks the signature or signatures. Node C checks node B’s certificate certB, then che ...
정문영
정문영

... Scientific Value and Importance of VINI Fundamental Philosophy of VINI Design Requirements ...
< 1 ... 44 45 46 47 48 49 50 51 52 ... 59 >

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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