Abstract. In the broadcasting of ad hoc wireless networks, energy conservation is a critical issue. Three heuristic algorithms were proposed in Wieselthier et al. (2000) for finding approximate minimum-energy broadcast routings: MST(minimum spanning tree), SPT(shortest-path tree), and BIP(broadcasting incremental power). Wan et al. (2001) characterized their performance in terms of approximation ratios. This paper points out some mistakes in the result of Wan et al. (2001), and proves that the upper bound of sum of squares of lengths of the edges in Euclidean MST in unit disk can be improved to 10.86, thus improves the approximation ratios of MST and BIP algorithm
Both integer programming models and heuristic algorithms have been proposed for finding minimum-ener...
We study the problem of assigning transmission power to the nodes of ad hoc wireless networks to min...
Abstract — Broadcasting in wireless networks, unlike wired networks, inherently reaches several node...
In this paper we present a new approximation algorithm for the Minimum Energy Broadcast Routing (MEB...
Wan et al. [15] proved that SPT has an approximation ratio of at least n 2 where n is the total numb...
This paper addresses the problem of broadcasting and multicasting in large scale multihop ad hoc wir...
Abstract — This paper addresses the problem of broadcasting and multicasting in large scale multihop...
In this paper we assume that a multihop wireless network (also called a wireless ad hoc network) con...
In this paper we assume that a multihop wireless network (also called a wireless ad hoc network) con...
Abstract-In this paper, we discuss energy efficient broadcast in ad hoc wireless networks. The probl...
A multicast session in a wireless ad hoc network concerns routing mes-sages from a source to a set o...
A Mobile Ad-hoc Network (MANET) is a collection of mobile nodes. It can be constructed anywhere with...
Most mobile nodes in a wireless ad hoc network are powered by energy limited batteries, the limited ...
Minimizing energy consumption in communication is a crucial problem in wireless ad hoc networks, as ...
and topology control in wireless ad hoc networks Network wide broadcasting in Mobile Ad Hoc Networks...
Both integer programming models and heuristic algorithms have been proposed for finding minimum-ener...
We study the problem of assigning transmission power to the nodes of ad hoc wireless networks to min...
Abstract — Broadcasting in wireless networks, unlike wired networks, inherently reaches several node...
In this paper we present a new approximation algorithm for the Minimum Energy Broadcast Routing (MEB...
Wan et al. [15] proved that SPT has an approximation ratio of at least n 2 where n is the total numb...
This paper addresses the problem of broadcasting and multicasting in large scale multihop ad hoc wir...
Abstract — This paper addresses the problem of broadcasting and multicasting in large scale multihop...
In this paper we assume that a multihop wireless network (also called a wireless ad hoc network) con...
In this paper we assume that a multihop wireless network (also called a wireless ad hoc network) con...
Abstract-In this paper, we discuss energy efficient broadcast in ad hoc wireless networks. The probl...
A multicast session in a wireless ad hoc network concerns routing mes-sages from a source to a set o...
A Mobile Ad-hoc Network (MANET) is a collection of mobile nodes. It can be constructed anywhere with...
Most mobile nodes in a wireless ad hoc network are powered by energy limited batteries, the limited ...
Minimizing energy consumption in communication is a crucial problem in wireless ad hoc networks, as ...
and topology control in wireless ad hoc networks Network wide broadcasting in Mobile Ad Hoc Networks...
Both integer programming models and heuristic algorithms have been proposed for finding minimum-ener...
We study the problem of assigning transmission power to the nodes of ad hoc wireless networks to min...
Abstract — Broadcasting in wireless networks, unlike wired networks, inherently reaches several node...