Abstract. When different wireless networks come in close proximity there is often a need for them to logically combine, or compose. We focus on a known research problem particularly in Ambient Networks (ANs), where heterogeneous Distributed Hash Tables (DHTs) contained in these wireless networks need to merge or divide as a result of these dynamic (de)composition processes, respectively. We present two novel DHT (de)composition models for ANs, known as absorption and gatewaying, that are designed to handle (de)composition of DHTs in different AN network environments, with minimal disturbance to existing member nodes
Abstract — Existing solutions to balance load in DHTs incur a high overhead either in terms of routi...
Most Distributed Hash Tables (DHTs) simply consider in-terconnecting homogeneous nodes on the same o...
Distributed hash tables provide similar functionality to ordinary hash tables but they distribute st...
Abstract—The adaptation of structured P2P networks, i.e. Distributed Hash Tables (DHTs), to wireless...
The future of computer networking will be dominated by dynamic, autonomous networks interacting with...
Distributed Hash Tables (DHTs) have been shown to be a promising form of decentralised structured pe...
International audienceThe increase demand for flexibility, spontaneity, adaptability, independence o...
In this paper, we refine previous work on a model for a Distributed Hash Table (DHT) with support to...
In this paper, we introduce topology-based distributed hash tables (T-DHT) as an infrastructure for ...
In this paper, we present a model for a cluster oriented Dis-tributed Hash Table (DHT). It introduce...
Distributed Hash Tables (DHTs) have proven to be a novel and efficient platform for building a varie...
Existing solutions to achieve load balancing in DHTs incur a high overhead either in terms of routin...
Distributed hash table (DHT) is the current emerging technology among the Peer-to-Peer computing res...
This paper presents a novel mechanism that enables mobile devices to efficiently participate in Dist...
A Distributed Hash Table (DHT) is a distributed resolution mechanism that manages the distribution o...
Abstract — Existing solutions to balance load in DHTs incur a high overhead either in terms of routi...
Most Distributed Hash Tables (DHTs) simply consider in-terconnecting homogeneous nodes on the same o...
Distributed hash tables provide similar functionality to ordinary hash tables but they distribute st...
Abstract—The adaptation of structured P2P networks, i.e. Distributed Hash Tables (DHTs), to wireless...
The future of computer networking will be dominated by dynamic, autonomous networks interacting with...
Distributed Hash Tables (DHTs) have been shown to be a promising form of decentralised structured pe...
International audienceThe increase demand for flexibility, spontaneity, adaptability, independence o...
In this paper, we refine previous work on a model for a Distributed Hash Table (DHT) with support to...
In this paper, we introduce topology-based distributed hash tables (T-DHT) as an infrastructure for ...
In this paper, we present a model for a cluster oriented Dis-tributed Hash Table (DHT). It introduce...
Distributed Hash Tables (DHTs) have proven to be a novel and efficient platform for building a varie...
Existing solutions to achieve load balancing in DHTs incur a high overhead either in terms of routin...
Distributed hash table (DHT) is the current emerging technology among the Peer-to-Peer computing res...
This paper presents a novel mechanism that enables mobile devices to efficiently participate in Dist...
A Distributed Hash Table (DHT) is a distributed resolution mechanism that manages the distribution o...
Abstract — Existing solutions to balance load in DHTs incur a high overhead either in terms of routi...
Most Distributed Hash Tables (DHTs) simply consider in-terconnecting homogeneous nodes on the same o...
Distributed hash tables provide similar functionality to ordinary hash tables but they distribute st...