Simple flooding algorithms are widely used in ad hoc sensor networks either for information dissemination or as building blocks of more sophisticated routing protocols. In this paper a percolation driven probabilistic flooding algorithm is proposed, which provides large message delivery ratio with small number of sent messages, compared to traditional flooding. To control the number of sent messages the proposed algorithm uses locally available information only, thus induces negligible overhead on network traffic. The performance of the algorithm is analyzed and the theoretical resultsare verified through simulation examples
Many energy-aware routing protocols take into account the residual battery power in sensor nodes or/...
Flooding is the simplest and most effective way to disseminate a packet to all nodes in a wireless s...
A central question in wireless sensor network research is how to reduce the consumption of the energ...
Wireless mobile ad hoc stations have limited battery capacity, hence, Ad Hoc routing protocols ought...
Wireless mobile ad hoc stations have limited battery capacity, hence, ad hoc routing protocols ought...
Although far from optimal, flooding is an in- dispensable message dissemination technique for networ...
In many wireless networks, such as ad hoc, sensor, and delay-tolerant networks, the destination node...
Many new routing protocols have been proposed for wireless sensor networks to maximize throughput, m...
We study the problem of data propagation in sensor networks, comprised of a large number of very sma...
Flooding is an expensive but unavoidable operation in some application scenarios devised for Mobile ...
Some forms of ad-hoc networks need to operate in extremely performance- challenged environments wher...
In this paper we tackle the problem of designing simple, localized, low energy consuming, reliable p...
In this paper we tackle the problem of designing simple, localized, low energy consuming, reliable p...
Flooding information is an important function in many networking applications. In some networks, as ...
Since the basic components of ad hoc wireless networks are mostly battery-operated portable devices,...
Many energy-aware routing protocols take into account the residual battery power in sensor nodes or/...
Flooding is the simplest and most effective way to disseminate a packet to all nodes in a wireless s...
A central question in wireless sensor network research is how to reduce the consumption of the energ...
Wireless mobile ad hoc stations have limited battery capacity, hence, Ad Hoc routing protocols ought...
Wireless mobile ad hoc stations have limited battery capacity, hence, ad hoc routing protocols ought...
Although far from optimal, flooding is an in- dispensable message dissemination technique for networ...
In many wireless networks, such as ad hoc, sensor, and delay-tolerant networks, the destination node...
Many new routing protocols have been proposed for wireless sensor networks to maximize throughput, m...
We study the problem of data propagation in sensor networks, comprised of a large number of very sma...
Flooding is an expensive but unavoidable operation in some application scenarios devised for Mobile ...
Some forms of ad-hoc networks need to operate in extremely performance- challenged environments wher...
In this paper we tackle the problem of designing simple, localized, low energy consuming, reliable p...
In this paper we tackle the problem of designing simple, localized, low energy consuming, reliable p...
Flooding information is an important function in many networking applications. In some networks, as ...
Since the basic components of ad hoc wireless networks are mostly battery-operated portable devices,...
Many energy-aware routing protocols take into account the residual battery power in sensor nodes or/...
Flooding is the simplest and most effective way to disseminate a packet to all nodes in a wireless s...
A central question in wireless sensor network research is how to reduce the consumption of the energ...