GPSR: Greedy Perimeter Stateless Routing for Wireless Networks
... the arc with radius equal to the distance between y and D is shown as the dashed arc about D. x forwards the packet to y, as the distance between y and D is less than that between D and any of x’s other neighbors. This greedy forwarding process repeats, until the packet reaches D. ...
... the arc with radius equal to the distance between y and D is shown as the dashed arc about D. x forwards the packet to y, as the distance between y and D is less than that between D and any of x’s other neighbors. This greedy forwarding process repeats, until the packet reaches D. ...
On-demand loop-free routing with link vectors
... also makes use of plausible paths. A plausible path through a neighbor is either (a) a non-active path advertised by the neighbor, or (b) a path that has not been advertised by the neighbor but that can be computed from the topology using a local path-selection algorithm. For example in Fig. 2, no p ...
... also makes use of plausible paths. A plausible path through a neighbor is either (a) a non-active path advertised by the neighbor, or (b) a path that has not been advertised by the neighbor but that can be computed from the topology using a local path-selection algorithm. For example in Fig. 2, no p ...
ad hoc networks - BWN-Lab
... Ad Hoc On-demand Distance Vector Routing – Hop-by-hop routing as opposed to source routing – On-demand – When a source node wants to send a message to some destination node and does not already have a valid route to that destination, it initiates a path discovery process to locate the destination (a ...
... Ad Hoc On-demand Distance Vector Routing – Hop-by-hop routing as opposed to source routing – On-demand – When a source node wants to send a message to some destination node and does not already have a valid route to that destination, it initiates a path discovery process to locate the destination (a ...
"A Mesh based Robust Topology Discovery Algorithm for Hybrid Wireless Networks"
... 5 T by W ;X T : W ;CX T is the link that 5 ; uses to send messages to 5DT . We say that a link W ;CX T is stable in a time interval Y if 1) there exists at least one message that is sent between 5 ; and 5DT in Y , and 2) all messages sent between 5 ; and 5DT in Y are delivered and acknowledged in t ...
... 5 T by W ;X T : W ;CX T is the link that 5 ; uses to send messages to 5DT . We say that a link W ;CX T is stable in a time interval Y if 1) there exists at least one message that is sent between 5 ; and 5DT in Y , and 2) all messages sent between 5 ; and 5DT in Y are delivered and acknowledged in t ...
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INORA - A Unified Signaling and Routing Mechanism for QoS... Mobile Ad hoc Networks
... 5. If node 6 is unable to admit the flow, it sends an ACF message to node 3 (its previous hop) (figure 5). 6. Node 3 realizes that it has exhausted all the downstream neighbors that it was provided by TORA. So, it sends a Admission Control Failure message to its previous hop (node 2), indicating tha ...
... 5. If node 6 is unable to admit the flow, it sends an ACF message to node 3 (its previous hop) (figure 5). 6. Node 3 realizes that it has exhausted all the downstream neighbors that it was provided by TORA. So, it sends a Admission Control Failure message to its previous hop (node 2), indicating tha ...
Chord: A Scalable Peer-to-peer Lookup Service for Internet Applications Ion Stoica
... the Internet as a hierarchy of geographical, topological, or administrative domains, effectively constructing a static world-wide search tree, much like DNS. Information about an object is stored in a particular leaf domain, and pointer caches provide search short cuts [22]. The Globe system handles ...
... the Internet as a hierarchy of geographical, topological, or administrative domains, effectively constructing a static world-wide search tree, much like DNS. Information about an object is stored in a particular leaf domain, and pointer caches provide search short cuts [22]. The Globe system handles ...
T R ECHNICAL ESEARCH
... in MANETs is hence a challenging task. This paper presents the design, implementation and evaluation of INORA, which is a network layer QoS support mechanism that makes use of the INSIGNIA in-band signaling mechanism and TORA routing protocol for MANETs. TORA provides multiple routes between a given ...
... in MANETs is hence a challenging task. This paper presents the design, implementation and evaluation of INORA, which is a network layer QoS support mechanism that makes use of the INSIGNIA in-band signaling mechanism and TORA routing protocol for MANETs. TORA provides multiple routes between a given ...
User Manual.
... The input to ANAT in this case consists of two sets of proteins: target proteins and anchor proteins. The output is a subnetwork of the background network that leads from each target to at least one of the anchors or vice versa (the direction of flow is determined by the user). For a basic usage of ...
... The input to ANAT in this case consists of two sets of proteins: target proteins and anchor proteins. The output is a subnetwork of the background network that leads from each target to at least one of the anchors or vice versa (the direction of flow is determined by the user). For a basic usage of ...
Notes on the course
... Another possible sharable resource is CPU : in this context the computational power is shared. For example, if an application requires a very huge computational capacity not owned by a single machine, it can be distributed among Internet hosts to use their computational power to process a single par ...
... Another possible sharable resource is CPU : in this context the computational power is shared. For example, if an application requires a very huge computational capacity not owned by a single machine, it can be distributed among Internet hosts to use their computational power to process a single par ...
Architecture and Algorithms for an IEEE 802.11-Based Multi
... of a comprehensive performance study of these algorithms. Although there have been previous research efforts that aimed to exploit multiple radio channels in an ad hoc network, most of them were based on proprietary MAC protocols [2]–[5], and therefore cannot be directly applied to wireless networks ...
... of a comprehensive performance study of these algorithms. Although there have been previous research efforts that aimed to exploit multiple radio channels in an ad hoc network, most of them were based on proprietary MAC protocols [2]–[5], and therefore cannot be directly applied to wireless networks ...