Talk to 2004 PhD Students.
... result can be returned. When node k is alive, successor(k) = k, next(k) is the next alive node which is IP address of the first entry. Make as bigger step as possible, or send the request as close to the destination as possible, confirming to the small world phenomena. Correctness(convergence): dist ...
... result can be returned. When node k is alive, successor(k) = k, next(k) is the next alive node which is IP address of the first entry. Make as bigger step as possible, or send the request as close to the destination as possible, confirming to the small world phenomena. Correctness(convergence): dist ...
Network Correlated Data Gathering With Explicit
... general case and then we study further a network setting where the entropy conditioning at nodes does not depend on the amount of side information, but only on its availability. We prove that even in this simple case, the optimization problem is NP-hard. We propose some efficient, scalable, and dist ...
... general case and then we study further a network setting where the entropy conditioning at nodes does not depend on the amount of side information, but only on its availability. We prove that even in this simple case, the optimization problem is NP-hard. We propose some efficient, scalable, and dist ...
PDF
... from selecting nodes based on their location in the network. A general technique for finding nodes that optimize a given network metric is to perform a network embedding, that is, to map high-dimensional network measurements into a location in a smaller Euclidian space. For instance, recent work in ...
... from selecting nodes based on their location in the network. A general technique for finding nodes that optimize a given network metric is to perform a network embedding, that is, to map high-dimensional network measurements into a location in a smaller Euclidian space. For instance, recent work in ...
A secure routing protocol for ad hoc networks
... join together and create a network by agreeing to route messages for each other. There is no shared infrastructure in an ad hoc network, such as centralized routers or defined administrative policy. All proposed protocols [9, 12, 13, 14, 15] have security vulnerabilities and exposures that easily al ...
... join together and create a network by agreeing to route messages for each other. There is no shared infrastructure in an ad hoc network, such as centralized routers or defined administrative policy. All proposed protocols [9, 12, 13, 14, 15] have security vulnerabilities and exposures that easily al ...
“Disruption Tolerant Shell,”
... hops. In addition to delivering the data, we add meta-data to the bundles as they are transferred between links to track the movement of the data and to collect information about the individual links. System management beyond the first few hops into the network becomes difficult as end to end connectio ...
... hops. In addition to delivering the data, we add meta-data to the bundles as they are transferred between links to track the movement of the data and to collect information about the individual links. System management beyond the first few hops into the network becomes difficult as end to end connectio ...
Segment Routing - Technology and Use Cases
... – Improve scale, simplify operations – Minimize introduction complexity/disruption ...
... – Improve scale, simplify operations – Minimize introduction complexity/disruption ...
Implementation of Simulation to Enhance Wireless Ad
... Wireless ad-hoc networks (WANETs) are innately different from the well-known wired networks and have a totally new architecture. A few problems arise from the two main traits of WANETs: self-organization and data transfer. Research work has been done to find out an efficient way to transfer data bet ...
... Wireless ad-hoc networks (WANETs) are innately different from the well-known wired networks and have a totally new architecture. A few problems arise from the two main traits of WANETs: self-organization and data transfer. Research work has been done to find out an efficient way to transfer data bet ...
Formal description and analysis of a distributed
... Mobile ad hoc networks are designed for wireless communication and do not require pre-established infrastructure as the mobile hosts also perform routing tasks. Thus, they are particularly suitable for establishing connectivity among handheld devices or between vehicles, for instance, in rescue oper ...
... Mobile ad hoc networks are designed for wireless communication and do not require pre-established infrastructure as the mobile hosts also perform routing tasks. Thus, they are particularly suitable for establishing connectivity among handheld devices or between vehicles, for instance, in rescue oper ...
Submitted version - QMRO Home
... paper, we propose a novel cross layer routing protocol in CR mobile Ad Hoc Networks (CR MANET) for IoT. With perfect knowledge of frequency usage data from the Physical layer, the Network layer works efficiently together with the MAC layer to provide suitable path selection and multi-channel allocat ...
... paper, we propose a novel cross layer routing protocol in CR mobile Ad Hoc Networks (CR MANET) for IoT. With perfect knowledge of frequency usage data from the Physical layer, the Network layer works efficiently together with the MAC layer to provide suitable path selection and multi-channel allocat ...
January 1982 LIDS-P-1175 DISTRIBUTED MINIMUM HOP ALGORITHMS* by
... The control of data communication networks (and any other large distributedsystems) must be at least partly distributed because of the need to make observations and exert control at the various nodes of the network. ...
... The control of data communication networks (and any other large distributedsystems) must be at least partly distributed because of the need to make observations and exert control at the various nodes of the network. ...
Pastry: Scalable, distributed object location and routing for large
... as one of the k nodes is live and reachable (in the Internet) from a client. Furthermore, Pastry ensures, with high probability, that a lookup message is routed to one of the k nodes that is near the client. This provides for load balancing, reduced network load and low client response time. In the ...
... as one of the k nodes is live and reachable (in the Internet) from a client. Furthermore, Pastry ensures, with high probability, that a lookup message is routed to one of the k nodes that is near the client. This provides for load balancing, reduced network load and low client response time. In the ...