Add to ORKGInternational audienceThis paper presents a smart methodology for deterministic deployment of wireless sensor networks. We discuss a set of factors involved in the wireless sensor network deployment problem, such as building abstract models, using simulation to rank deployment alternatives, and measuring the real performances of the network to verify that they meet the design goals. Network designers can use this methodology to determine the best network topology based on mission specific goals. The methodology can also be exploited to further analyze, compare, and validate deterministic deployment strategies. © 2014 IEEE
International audience3D Deployment represents a fundamental role in setting up an efficient wireles...
Abstract — Sensor network deployment is very challenging due to hostile and unpredictable nature of ...
International audienceThe wireless sensor networks (WSN) is a research area in continuous evolution...
Wireless sensor networks are made up by communicating sensor nodes that gather and elaborate informa...
Due to reliance on stochastic deployment, delivery of large-scale WSN presents a major problem in th...
In this paper, a simulation tool for assisting the deployment of wireless sensor network is introduc...
Researchers are actively investigating wireless sensor networks (WSNs) with respect to node design, ...
Abstract — Wireless Sensor networks are infrastructure-less and fully distributed systems of self-co...
Currently, wireless sensor networks (WSNs) are not used in application scenarios that require timely...
Abstract — This paper presents an open framework and detailed procedures for creating simulators tha...
In this work a novel on-site toolset-based architecture for tackling the main challenges of deployin...
In this paper, we attack the sensor network deployment prob-lem. We define the deployment problem as...
Wireless sensor networks have become quite pervasive in the last few years. As their technology has ...
International audienceThe wireless sensor networks (WSN) is a research area in continuous evolution ...
Wireless sensor networks are extensively studied and enormous research is going on through the last ...
International audience3D Deployment represents a fundamental role in setting up an efficient wireles...
Abstract — Sensor network deployment is very challenging due to hostile and unpredictable nature of ...
International audienceThe wireless sensor networks (WSN) is a research area in continuous evolution...
Wireless sensor networks are made up by communicating sensor nodes that gather and elaborate informa...
Due to reliance on stochastic deployment, delivery of large-scale WSN presents a major problem in th...
In this paper, a simulation tool for assisting the deployment of wireless sensor network is introduc...
Researchers are actively investigating wireless sensor networks (WSNs) with respect to node design, ...
Abstract — Wireless Sensor networks are infrastructure-less and fully distributed systems of self-co...
Currently, wireless sensor networks (WSNs) are not used in application scenarios that require timely...
Abstract — This paper presents an open framework and detailed procedures for creating simulators tha...
In this work a novel on-site toolset-based architecture for tackling the main challenges of deployin...
In this paper, we attack the sensor network deployment prob-lem. We define the deployment problem as...
Wireless sensor networks have become quite pervasive in the last few years. As their technology has ...
International audienceThe wireless sensor networks (WSN) is a research area in continuous evolution ...
Wireless sensor networks are extensively studied and enormous research is going on through the last ...
International audience3D Deployment represents a fundamental role in setting up an efficient wireles...
Abstract — Sensor network deployment is very challenging due to hostile and unpredictable nature of ...
International audienceThe wireless sensor networks (WSN) is a research area in continuous evolution...