Opportunistic networks are the manifestation of wireless ad-hoc networks where there is no continuous end-to-end path. The forwarding of messages takes place via any nodes that are encountered, and therefore the measurement of message passing efficiency between nodes becomes challenging if a number of different protocols are to be compared and evaluated. Prior work has identified an evaluation framework that addresses this challenge. This article describes the construction of a simulation tool to assist the assessment of efficiency in opportunistic networks, and by way of an exemplar case study, a set of experimental results are discussed and evaluated. From this we conclude that Spray and Focus may be the way forward in this case
Traditional mobile ad hoc network (MANET) routing protocols assume that contemporaneous end-to-end c...
Simulation is a common approach for designing ad hoc network applications, due to the slow deploymen...
Simulation is a common approach for designing ad hoc network applications, due to the slow deploymen...
Opportunistic Networks are examples of wireless, ad hoc networks where there is an absence of a cont...
In wireless ad-hoc networks where there is no continuous end-to-end path we move into the area of op...
In wireless ad-hoc networks where there is no continuous end-to-end path we move into the area of op...
Opportunistic Networks (ONs) are mobile networks that support intermittent links and long delays. ON...
A Mobile Ad-hoc Network is a flexible wireless network. The nodes also function as routers which det...
In this thesis we focus on understanding, measuring and describing the performance of Opportunistic ...
A wireless Ad-hoc network consists of wireless nodes communicating without the need for a centralize...
A wireless ad hoc network consists of a number of mobile nodes that temporarily form a dynamic infra...
In Opportunistic Networks, portable devices such as smartphones, tablets, and wearables carried by i...
Mobile Ad Hoc Networks have evolved rapidly and are finding numerous applications in the areas of se...
Opportunistic Network is form of Delay Tolerant Network (DTN) and regarded as extension to Mobile Ad...
ABSTRACT- Ad-hoc networks are wireless networks where nodes communicate with each other using multi-...
Traditional mobile ad hoc network (MANET) routing protocols assume that contemporaneous end-to-end c...
Simulation is a common approach for designing ad hoc network applications, due to the slow deploymen...
Simulation is a common approach for designing ad hoc network applications, due to the slow deploymen...
Opportunistic Networks are examples of wireless, ad hoc networks where there is an absence of a cont...
In wireless ad-hoc networks where there is no continuous end-to-end path we move into the area of op...
In wireless ad-hoc networks where there is no continuous end-to-end path we move into the area of op...
Opportunistic Networks (ONs) are mobile networks that support intermittent links and long delays. ON...
A Mobile Ad-hoc Network is a flexible wireless network. The nodes also function as routers which det...
In this thesis we focus on understanding, measuring and describing the performance of Opportunistic ...
A wireless Ad-hoc network consists of wireless nodes communicating without the need for a centralize...
A wireless ad hoc network consists of a number of mobile nodes that temporarily form a dynamic infra...
In Opportunistic Networks, portable devices such as smartphones, tablets, and wearables carried by i...
Mobile Ad Hoc Networks have evolved rapidly and are finding numerous applications in the areas of se...
Opportunistic Network is form of Delay Tolerant Network (DTN) and regarded as extension to Mobile Ad...
ABSTRACT- Ad-hoc networks are wireless networks where nodes communicate with each other using multi-...
Traditional mobile ad hoc network (MANET) routing protocols assume that contemporaneous end-to-end c...
Simulation is a common approach for designing ad hoc network applications, due to the slow deploymen...
Simulation is a common approach for designing ad hoc network applications, due to the slow deploymen...