The new challenges presented by opportunistic networks call for advanced networking solutions, especially for what con- cerns message forwarding. Very promising are those ap- proaches that exploit information on the context the users are surrounded by, like the other users they met, the places they visit, etc. In this work we describe HiBOp, a context- aware forwarding protocol that includes a mechanism for col- lecting and managing context information. We also present an analytical model that can be used as a framework for evaluating the delay under context-aware forwarding proto- cols in which context is built from <tag, value> pairs that characterize each use
Several proposals are available in the literature that deal with the problem of message forwarding i...
Developing protocols and applications for opportunistic networking can represent a daunting task giv...
Recent advances in processor speeds, mobile communications and battery life have enabled computers t...
Opportunistic networks, in which nodes opportunistically exploit any pair-wise contact to identify n...
In opportunistic networks the existence of a simultaneous path between a sender and a receiver is no...
AbstractThe role of opportunistic networks can be crucial in data transmission. Here message forward...
Opportunistic networks, in which nodes opportunistically exploit any pair-wise contact to identify n...
Abstract—In opportunistic networks the existence of a simultaneous path is not assumed to transmit a...
In opportunistic networks, end-to-end communication among users does not require a continuous end-to...
The current Internet design is not capable to support communications in environments characterized b...
The 2014 Special issue of Computer Communications is dedicated to opportunistic networks (OppNets), ...
Opportunistic networks are multi-hop ad hoc networks in which nodes opportunistically exploit any pa...
Opportunistic networks are one of the most promising evo- lutions of the traditional Mobile Ad Hoc N...
Developing protocols and applications for opportunistic networking can represent a daunting task giv...
Part 4: Mobility and Mobile NetworksInternational audienceOpportunistic networks are one of the most...
Several proposals are available in the literature that deal with the problem of message forwarding i...
Developing protocols and applications for opportunistic networking can represent a daunting task giv...
Recent advances in processor speeds, mobile communications and battery life have enabled computers t...
Opportunistic networks, in which nodes opportunistically exploit any pair-wise contact to identify n...
In opportunistic networks the existence of a simultaneous path between a sender and a receiver is no...
AbstractThe role of opportunistic networks can be crucial in data transmission. Here message forward...
Opportunistic networks, in which nodes opportunistically exploit any pair-wise contact to identify n...
Abstract—In opportunistic networks the existence of a simultaneous path is not assumed to transmit a...
In opportunistic networks, end-to-end communication among users does not require a continuous end-to...
The current Internet design is not capable to support communications in environments characterized b...
The 2014 Special issue of Computer Communications is dedicated to opportunistic networks (OppNets), ...
Opportunistic networks are multi-hop ad hoc networks in which nodes opportunistically exploit any pa...
Opportunistic networks are one of the most promising evo- lutions of the traditional Mobile Ad Hoc N...
Developing protocols and applications for opportunistic networking can represent a daunting task giv...
Part 4: Mobility and Mobile NetworksInternational audienceOpportunistic networks are one of the most...
Several proposals are available in the literature that deal with the problem of message forwarding i...
Developing protocols and applications for opportunistic networking can represent a daunting task giv...
Recent advances in processor speeds, mobile communications and battery life have enabled computers t...