Abstract: In this paper, we propose a mobility management scheme and a location service for spontaneous wireless mesh networks. Our mobility scheme builds upon separation between a persistent node identifier and its current address. We propose to use addresses coupled with geographical locations of nodes and maintain the mapping between identifiers and addresses in a distributed Virtual Home Region Multi-Hash Location Service. The paper presents the architecture for geographically based mobility and the design of the location scheme
Location-based routing protocols for mobile ad-hoc networks (MANETs) use geographic information to a...
A mobile ad hoc network (MANET) consists of a collection of wireless mobile nodes without any fixed ...
The work presents a decentralized protocol that allows self-organization of autonomous wireless devi...
In this paper, we consider spontaneous wireless mesh net-works that can provide wide coverage connec...
In this paper, we consider spontaneous wireless mesh networks that can provide wide coverage connect...
International audienceAn interesting approach for the location service problem in wireless mesh netw...
Location services are used in mobile ad hoc and hybrid networks either to locate the geographic posi...
Abstract. Localization of mobile users in wireless mesh networks (WMN) generally relies on some sort...
International audienceTo setup efficient wireless mesh networks, it is fundamental to limit the over...
Abstract — Mobile user tracking and seamless service conti-nuity in heterogeneous network environmen...
International audienceWith the rapid growth in mobile and wireless computing technology, location ma...
Recent advances in IEEE 802.11 standards has led to unprecedented commercialsuccess and low pricing ...
© 2016 IEEE. Wireless Mesh Network is an emerging technology with great potential to become a Self-S...
none3Large scale wireless ad-hoc networks of computers, sensors, PDAs etc. (i.e. nodes) are revoluti...
The chapter concerns solutions about the problems of managing the location information of nodes of a...
Location-based routing protocols for mobile ad-hoc networks (MANETs) use geographic information to a...
A mobile ad hoc network (MANET) consists of a collection of wireless mobile nodes without any fixed ...
The work presents a decentralized protocol that allows self-organization of autonomous wireless devi...
In this paper, we consider spontaneous wireless mesh net-works that can provide wide coverage connec...
In this paper, we consider spontaneous wireless mesh networks that can provide wide coverage connect...
International audienceAn interesting approach for the location service problem in wireless mesh netw...
Location services are used in mobile ad hoc and hybrid networks either to locate the geographic posi...
Abstract. Localization of mobile users in wireless mesh networks (WMN) generally relies on some sort...
International audienceTo setup efficient wireless mesh networks, it is fundamental to limit the over...
Abstract — Mobile user tracking and seamless service conti-nuity in heterogeneous network environmen...
International audienceWith the rapid growth in mobile and wireless computing technology, location ma...
Recent advances in IEEE 802.11 standards has led to unprecedented commercialsuccess and low pricing ...
© 2016 IEEE. Wireless Mesh Network is an emerging technology with great potential to become a Self-S...
none3Large scale wireless ad-hoc networks of computers, sensors, PDAs etc. (i.e. nodes) are revoluti...
The chapter concerns solutions about the problems of managing the location information of nodes of a...
Location-based routing protocols for mobile ad-hoc networks (MANETs) use geographic information to a...
A mobile ad hoc network (MANET) consists of a collection of wireless mobile nodes without any fixed ...
The work presents a decentralized protocol that allows self-organization of autonomous wireless devi...