Results 271 to 280 of about 200,958 (327)
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Proceedings of the Second IEEE Symposium on Parallel and Distributed Processing 1990, 2002
A novel routing protocol for computer networks is designed by combining two routing protocols that adapt to changes in the network topology. The first routing protocol is expensive to operate but yields shortest-paths in the networks; therefore, it is best used when changes in the network topology are rare.
A. Arora, M. Gouda, T. Herman
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A novel routing protocol for computer networks is designed by combining two routing protocols that adapt to changes in the network topology. The first routing protocol is expensive to operate but yields shortest-paths in the networks; therefore, it is best used when changes in the network topology are rare.
A. Arora, M. Gouda, T. Herman
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2014
In this chapter, we first discuss the trust/reputation system called TRIPO. We will discuss how the payment reports can be processed to calculate the nodes’ trust values and how the irrational packet dropping nodes can be identified. We will also discuss and evaluate two routing protocols to establish routes through the highly trusted nodes having ...
Mohamed M. E. A. Mahmoud, Xuemin Shen
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In this chapter, we first discuss the trust/reputation system called TRIPO. We will discuss how the payment reports can be processed to calculate the nodes’ trust values and how the irrational packet dropping nodes can be identified. We will also discuss and evaluate two routing protocols to establish routes through the highly trusted nodes having ...
Mohamed M. E. A. Mahmoud, Xuemin Shen
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Opportunistic Routing Protocols
2013In intermittently connected mobile ad hoc networks (MANETs) and delay tolerant networks (DTNs), in order to successfully transfer data from a moving node to another, the node has to first wait until it geographically “meets” other nodes (contact happens) for data-relay.
Hongzi Zhu, Minglu Li
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1999
Routers filter the network traffic so that the only traffic that flows into and out of a network is required to go into a network. In many cases, there are several possible routes that can be taken between to nodes on different networks. Consider the network in Figure 36.1.
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Routers filter the network traffic so that the only traffic that flows into and out of a network is required to go into a network. In many cases, there are several possible routes that can be taken between to nodes on different networks. Consider the network in Figure 36.1.
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Multicast Steganography Using Routing Protocols
2017The strengthening of security solutions for computer networks increases the interests in new methods for the transfer of hidden information. In this paper, we considered the use of routing protocols for transmission of steganographic messages. We evaluated such approach using proactive and reactive routing protocols by analyzing the amount of sent data,
Miralem Mehic +2 more
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2016
Knowledge of routing and routing protocols is the basis to understand networking and its technologies. This chapter starts by introducing basic concepts, such as a route’s composition, static and dynamic routes, and routing tables. It then describes RIP, the simplest routing protocol. This chapter also introduces the concepts of OSPF.
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Knowledge of routing and routing protocols is the basis to understand networking and its technologies. This chapter starts by introducing basic concepts, such as a route’s composition, static and dynamic routes, and routing tables. It then describes RIP, the simplest routing protocol. This chapter also introduces the concepts of OSPF.
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Routing Protocols Configuration
2017This chapter starts by explaining the configuration of static and default routing. This chapter also shows how to combine the use of default routes with changes to the administrative distance. Then, a simplified configuration of multicast routing is explained.
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2019
Route Interchange Protocol (RIP) is one of the simplest routing protocols and one of the first to be developed. For smaller networks it is the protocol of choice, even though RIP has many drawbacks. RIP is simple to implement, requires very little expertise, and is very common on the Internet.
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Route Interchange Protocol (RIP) is one of the simplest routing protocols and one of the first to be developed. For smaller networks it is the protocol of choice, even though RIP has many drawbacks. RIP is simple to implement, requires very little expertise, and is very common on the Internet.
openaire +1 more source