Add to ORKGModels of ad-hoc wireless networks are often based on the geometric disc abstraction: transmission is assumed to be isotropic, and reliable communication channels are assumed to exist (apart from interference) between nodes closer than a given distance. In reality communication channels are unreliable and communication range is generally not rotationally symmetric. In this paper we examine how these issues affect network connectivity
In this work, we conduct a research on the effects of the details of the terrain on the path establi...
AbstractA wireless ad-hoc network can be represented as a graph in which the nodes represent wireles...
Ad hoc wireless networks promise ubiquitous connectivity between wireless users (nodes). However, th...
Abstract — Models of ad-hoc wireless networks are often based on the geometric disc abstraction: tra...
Models of wireless ad-hoc and sensor networks are often based on the geometric disc abstraction: tra...
Abstract We study the effects of physical layer parameters on the connectivity of fading wireless a...
Abstract. In this paper we study connectivity in wireless ad-hoc networks by modeling the network as...
Abstract—We study the effect of stochastic wireless channel models on the connectivity of ad hoc net...
Abstract—We study the effect of stochastic wireless channel models on the connectivity of ad hoc net...
We study the impact of interferences on the connectivity of large-scale ad-hoc networks, using perco...
International audienceMany works have been devoted to connectivity of ad hoc networks. This is an im...
Connectivity in wireless ad hoc and sensor networks is typically analyzed using a graph-theoretic ap...
Abstract—This paper concerns the impact of various antenna models on the network connectivity of wir...
Based on ideas and methods of ergodic theory this paper presents a new approach investigating mobile...
The aim of this letter is to determine the minimum node density to achieve a connected large-scale a...
In this work, we conduct a research on the effects of the details of the terrain on the path establi...
AbstractA wireless ad-hoc network can be represented as a graph in which the nodes represent wireles...
Ad hoc wireless networks promise ubiquitous connectivity between wireless users (nodes). However, th...
Abstract — Models of ad-hoc wireless networks are often based on the geometric disc abstraction: tra...
Models of wireless ad-hoc and sensor networks are often based on the geometric disc abstraction: tra...
Abstract We study the effects of physical layer parameters on the connectivity of fading wireless a...
Abstract. In this paper we study connectivity in wireless ad-hoc networks by modeling the network as...
Abstract—We study the effect of stochastic wireless channel models on the connectivity of ad hoc net...
Abstract—We study the effect of stochastic wireless channel models on the connectivity of ad hoc net...
We study the impact of interferences on the connectivity of large-scale ad-hoc networks, using perco...
International audienceMany works have been devoted to connectivity of ad hoc networks. This is an im...
Connectivity in wireless ad hoc and sensor networks is typically analyzed using a graph-theoretic ap...
Abstract—This paper concerns the impact of various antenna models on the network connectivity of wir...
Based on ideas and methods of ergodic theory this paper presents a new approach investigating mobile...
The aim of this letter is to determine the minimum node density to achieve a connected large-scale a...
In this work, we conduct a research on the effects of the details of the terrain on the path establi...
AbstractA wireless ad-hoc network can be represented as a graph in which the nodes represent wireles...
Ad hoc wireless networks promise ubiquitous connectivity between wireless users (nodes). However, th...