Add to ORKGAbstract — In this letter, a probabilistic analysis is presented that captures the bounds on hop count from a given Euclidean distance between two nodes and vice versa in a greedy forwarding in wireless ad hoc networks. Accuracy of the analysis is verified via network simulations. The results could be useful in ad hoc and sensor network design and performance evaluation. Index Terms — Ad hoc networks, sensor networks, greedy routing, probabilistic bounds. I
In wireless networks, it is well understood what throughput can be achieved by nodes who can hear ea...
Consider a wireless multihop network where nodes are randomly distributed in a given area following ...
© 2018 Elsevier Inc. Greedy Forwarding algorithm is an important geometric routing algorithm for wir...
Wireless ad hoc networks are generally characterised by random node locations and multi-hop routes. ...
Abstract. The recent availability of small, inexpensive low power GPS receivers and techniques for f...
In this paper we focus on exploiting the information provided by a generally accepted and largely ig...
In this paper, we derive the probability distribution of the number of hops required for a source no...
AbstractThe number of hops between the source and destination nodes is a key parameter in studying m...
Abstract—In this paper, we analyze the behavior of flooding-based packet forwarding in a densely pop...
This paper presents a theoretical analysis of greedy geographic routing protocols on a common class ...
Consider a wireless multihop network where nodes are randomly distributed in a given area following ...
In multi-hop wireless networks, communication quality depends on the route from a source to a destin...
Abstract—This article is a contribution to mathematical mod-eling and better understanding of fundam...
Abstract—We develop a new metric for quantifying end-to-end throughput in multihop wireless networks...
In a dense multi-hop network of mobile nodes capable of applying adaptive power control, we consider...
In wireless networks, it is well understood what throughput can be achieved by nodes who can hear ea...
Consider a wireless multihop network where nodes are randomly distributed in a given area following ...
© 2018 Elsevier Inc. Greedy Forwarding algorithm is an important geometric routing algorithm for wir...
Wireless ad hoc networks are generally characterised by random node locations and multi-hop routes. ...
Abstract. The recent availability of small, inexpensive low power GPS receivers and techniques for f...
In this paper we focus on exploiting the information provided by a generally accepted and largely ig...
In this paper, we derive the probability distribution of the number of hops required for a source no...
AbstractThe number of hops between the source and destination nodes is a key parameter in studying m...
Abstract—In this paper, we analyze the behavior of flooding-based packet forwarding in a densely pop...
This paper presents a theoretical analysis of greedy geographic routing protocols on a common class ...
Consider a wireless multihop network where nodes are randomly distributed in a given area following ...
In multi-hop wireless networks, communication quality depends on the route from a source to a destin...
Abstract—This article is a contribution to mathematical mod-eling and better understanding of fundam...
Abstract—We develop a new metric for quantifying end-to-end throughput in multihop wireless networks...
In a dense multi-hop network of mobile nodes capable of applying adaptive power control, we consider...
In wireless networks, it is well understood what throughput can be achieved by nodes who can hear ea...
Consider a wireless multihop network where nodes are randomly distributed in a given area following ...
© 2018 Elsevier Inc. Greedy Forwarding algorithm is an important geometric routing algorithm for wir...