Spontaneous-network management requires application-driven middleware to address differentiated application-specific requirements at runtime. Real Ad hoc Multihop Peer-to-peer (RAMP) middleware easily deploys over existing and heterogeneous wireless networks, supporting adaptive and per-application strategies even in challenging scenarios, such as multimedia streaming
We introduce a light-weight middleware system based on tu-ple spaces and an accompanying distributio...
The widespread diffusion of portable devices with multiple wireless interfaces, e.g., UMTS/GPRS, IEE...
none3The widespread diffusion of portable devices with multiple wireless interfaces, e.g., UMTS/GPRS...
none3noSpontaneous-network management requires application-driven middleware to address differentiat...
none2RAMP supports transparent management of multi-hop heterogeneous spontaneous networks performing...
Spontaneous (or opportunistic) networks are multi-hop ad-hoc networks where nodes opportunistically ...
Spontaneous networking, where wireless mobile nodes opportunistically exploit multi-hop ad-hoc paths...
The growing availability of connectivity/computing/storage resources on smartphones and tablets toge...
The growing availability of connectivity/computing/storage resources on smartphones and tablets toge...
The Software Defined Networking (SDN) approach has recently demonstrated its effectiveness in simpli...
We have designed a smart middleware and are working on implementing and deploying it as a landmark a...
1 Introduction The uses for wireless ad hoc networks are expanding. Most current applications focus ...
Abstract- Wireless networks differ in bandwidth, size and access costs each requiring a set of proto...
The full exploitation of multi-hop multi-path con-nectivity opportunities offered by heterogeneous w...
none3The widespread availability of mobile devices with multiple wireless interfaces, such as UMTS/G...
We introduce a light-weight middleware system based on tu-ple spaces and an accompanying distributio...
The widespread diffusion of portable devices with multiple wireless interfaces, e.g., UMTS/GPRS, IEE...
none3The widespread diffusion of portable devices with multiple wireless interfaces, e.g., UMTS/GPRS...
none3noSpontaneous-network management requires application-driven middleware to address differentiat...
none2RAMP supports transparent management of multi-hop heterogeneous spontaneous networks performing...
Spontaneous (or opportunistic) networks are multi-hop ad-hoc networks where nodes opportunistically ...
Spontaneous networking, where wireless mobile nodes opportunistically exploit multi-hop ad-hoc paths...
The growing availability of connectivity/computing/storage resources on smartphones and tablets toge...
The growing availability of connectivity/computing/storage resources on smartphones and tablets toge...
The Software Defined Networking (SDN) approach has recently demonstrated its effectiveness in simpli...
We have designed a smart middleware and are working on implementing and deploying it as a landmark a...
1 Introduction The uses for wireless ad hoc networks are expanding. Most current applications focus ...
Abstract- Wireless networks differ in bandwidth, size and access costs each requiring a set of proto...
The full exploitation of multi-hop multi-path con-nectivity opportunities offered by heterogeneous w...
none3The widespread availability of mobile devices with multiple wireless interfaces, such as UMTS/G...
We introduce a light-weight middleware system based on tu-ple spaces and an accompanying distributio...
The widespread diffusion of portable devices with multiple wireless interfaces, e.g., UMTS/GPRS, IEE...
none3The widespread diffusion of portable devices with multiple wireless interfaces, e.g., UMTS/GPRS...