IOSR Journal of Computer Engineering (IOSR-JCE) e-ISSN: 2278-0661,p-ISSN: 2278-8727 PP 06-13 www.iosrjournals.org
... malfunctioning in software or hardware, or even leaving the network. A network is a set of devices (often referred to as nodes) connected by communication links. A node can be a computer or any other device capable of sending and/or receiving data generated by other nodes on the network.Mobile ad-ho ...
... malfunctioning in software or hardware, or even leaving the network. A network is a set of devices (often referred to as nodes) connected by communication links. A node can be a computer or any other device capable of sending and/or receiving data generated by other nodes on the network.Mobile ad-ho ...
Document
... G - The destination is in another network. If G flag present, indirect delivery (if not, direct delivery) H – If H flag present, destination field contains Host-specific address (if not present, network address) D – If D flag present, routing info added to host routing table via ICMP’s redirection ( ...
... G - The destination is in another network. If G flag present, indirect delivery (if not, direct delivery) H – If H flag present, destination field contains Host-specific address (if not present, network address) D – If D flag present, routing info added to host routing table via ICMP’s redirection ( ...
Bayeux: An Architecture for Scalable and Fault-tolerant Wide-Area Data Dissemination
... client (origins of requests). Also, objects and nodes have names independent of their location and semantic properties, in the form of random fixed-length bit-sequences represented by a common base (e.g., 40 Hex digits representing 160 bits). The system assumes entries are roughly evenly distributed ...
... client (origins of requests). Also, objects and nodes have names independent of their location and semantic properties, in the form of random fixed-length bit-sequences represented by a common base (e.g., 40 Hex digits representing 160 bits). The system assumes entries are roughly evenly distributed ...
Sliver: A Fast Distributed Slicing Algorithm.
... If we assume that the initial random estimates are uniformly distributed, the Ordering algorithm converges after O(log s) steps to a sorted set of nodes, where s denotes the number of rank exchanges, which is bounded by O(log n). In the Ranking algorithm by Fernández et al. [7], each node i picks a ...
... If we assume that the initial random estimates are uniformly distributed, the Ordering algorithm converges after O(log s) steps to a sorted set of nodes, where s denotes the number of rank exchanges, which is bounded by O(log n). In the Ranking algorithm by Fernández et al. [7], each node i picks a ...
An Overview on Ad Hoc Networks
... infrastructure. So the node can send a packet to another node in the cell via infrastructure and without single- or multi-hop. If the destination node is in another cell, the infrastructure can relay to another station, in which the destination node stand. In contrast the wireless ad hoc network mus ...
... infrastructure. So the node can send a packet to another node in the cell via infrastructure and without single- or multi-hop. If the destination node is in another cell, the infrastructure can relay to another station, in which the destination node stand. In contrast the wireless ad hoc network mus ...
Asynchronous Resource Discovery
... Following Kutten and Peleg [4], we study the asynchronous model, where network communication is asynchronous and reliable; messages sent will eventually arrive after a finite but unbounded time. There is no global initialization time; nodes begin asynchronously and may wake-up nearby neighbors. Thus ...
... Following Kutten and Peleg [4], we study the asynchronous model, where network communication is asynchronous and reliable; messages sent will eventually arrive after a finite but unbounded time. There is no global initialization time; nodes begin asynchronously and may wake-up nearby neighbors. Thus ...
Advances in Natural and Applied Sciences
... network topology. The wired backbone can be modeled as network N = (R, A, L), where R denotes the set of fixed nodes (routers) in the wired network, A denotes the set of wireless access points connected to the wired backbone, and L represent the set of directed (wired) links that connect the nodes ( ...
... network topology. The wired backbone can be modeled as network N = (R, A, L), where R denotes the set of fixed nodes (routers) in the wired network, A denotes the set of wireless access points connected to the wired backbone, and L represent the set of directed (wired) links that connect the nodes ( ...
L8-routing - University of California, Berkeley
... to communicate with hosts in another • Topology Formation: determining the connectivity graph, i.e., the network. • Routing: Protocols and Process for establishing what paths are used in communicating over that graph and setting up tables. • Forwarding: process of receiving messages on one interface ...
... to communicate with hosts in another • Topology Formation: determining the connectivity graph, i.e., the network. • Routing: Protocols and Process for establishing what paths are used in communicating over that graph and setting up tables. • Forwarding: process of receiving messages on one interface ...
ECE 654: Computer Networks Final Exam
... number may need to be reused before the previous packet that used it has vanished from the network. A simple solution is to use a multiplier extension, so rather than each byte having its own sequence number, a group of bytes will share the same sequence number. 8. Why the TCP congestion control alg ...
... number may need to be reused before the previous packet that used it has vanished from the network. A simple solution is to use a multiplier extension, so rather than each byte having its own sequence number, a group of bytes will share the same sequence number. 8. Why the TCP congestion control alg ...
AICT 2013 paper
... and 6 receivers. Traffic demand matrices are randomly generated using uniform distribution in certain time moments T=1, 2, 4 hours. Total simulation time is 5 hours. Measurements of load on links are done every minute. To simplify model, let’s assume that upload/download traffic demand matrices are ...
... and 6 receivers. Traffic demand matrices are randomly generated using uniform distribution in certain time moments T=1, 2, 4 hours. Total simulation time is 5 hours. Measurements of load on links are done every minute. To simplify model, let’s assume that upload/download traffic demand matrices are ...
VANET Routing Protocols: Pros and Cons
... - For route finding latency is high. - Excessive flooding of the network causes disruption of nodes communication. 4.2.1 AODV Ad Hoc On Demand Distance Vector routing protocol [9] is a reactive routing protocol which establish a route when a node requires to send data packets. It has the ability of ...
... - For route finding latency is high. - Excessive flooding of the network causes disruption of nodes communication. 4.2.1 AODV Ad Hoc On Demand Distance Vector routing protocol [9] is a reactive routing protocol which establish a route when a node requires to send data packets. It has the ability of ...
Routing Concept
... • Autonomy of AS’s: Each AS defines link costs in different ways, so not possible to find lowest cost paths. • Trust: Some AS’s can’t trust others to advertise good routes (e.g. two competing backbone providers), or to protect the privacy of their traffic (e.g. two warring ...
... • Autonomy of AS’s: Each AS defines link costs in different ways, so not possible to find lowest cost paths. • Trust: Some AS’s can’t trust others to advertise good routes (e.g. two competing backbone providers), or to protect the privacy of their traffic (e.g. two warring ...
Module 6: Configuring Routing by Using Routing and Remote Access
... A router that is not dedicated to performing routing only, but performs routing as one of multiple processes running on the router computer ...
... A router that is not dedicated to performing routing only, but performs routing as one of multiple processes running on the router computer ...
Aalborg Universitet
... describes the scenario under investigation. Section II presents an analysis of the proposed network coding approach. In Section IV we introduce our implementation using GF(2) and coding throughputs obtained with this implementation. The final conclusions are drawn in Section V. ...
... describes the scenario under investigation. Section II presents an analysis of the proposed network coding approach. In Section IV we introduce our implementation using GF(2) and coding throughputs obtained with this implementation. The final conclusions are drawn in Section V. ...
sigcomm`11 - Cornell Computer Science
... error-prone process. Existing tools to assist operators primarily focus on analyzing control plane configuration. Configuration analysis is limited in that it cannot find bugs in router software, and is harder to generalize across protocols since it must model complex configuration languages and dyn ...
... error-prone process. Existing tools to assist operators primarily focus on analyzing control plane configuration. Configuration analysis is limited in that it cannot find bugs in router software, and is harder to generalize across protocols since it must model complex configuration languages and dyn ...
Document
... packet which represents it getting a fair share of the bandwidth - fair share of bandwidth = transmission capacity / number of flows - for a packet arrival with its flow queue currently empty, finish tag is packet length / fair share of bandwidth - into the future from its arrival time - for a packe ...
... packet which represents it getting a fair share of the bandwidth - fair share of bandwidth = transmission capacity / number of flows - for a packet arrival with its flow queue currently empty, finish tag is packet length / fair share of bandwidth - into the future from its arrival time - for a packe ...
paper
... destination. As a result of this mixing, each received packet contains some information about all packets in the original file, and thus, no coded packet is special. Said differently, without coding, a transmitter needs to know which exact packets the destination (or the nexthop) misses so that it c ...
... destination. As a result of this mixing, each received packet contains some information about all packets in the original file, and thus, no coded packet is special. Said differently, without coding, a transmitter needs to know which exact packets the destination (or the nexthop) misses so that it c ...
Exploiting Route Redundancy via Structured Peer to Peer Overlays
... First Reachable Link Selection (FRLS) ...
... First Reachable Link Selection (FRLS) ...