Deploying real WSN testbed provides a realistic testing environment, and allows users to get more accurate test results. However, deploying real testbed is highly constrained by the available budget when the test needs a large scale WSN environment. By leveraging the advantages of both simulators and real testbed, an approach that integrates simulation environment and testbed can effectively solve both scalability and accuracy issues. In this paper, we present NetTopo for providing both simulation and visualization functions to assist the investigation of algorithms in WSNs. One case study is described to prove the effectiveness of NetTopo.peer-reviewe
Research on wireless sensor networks has progressed rapidly over the last decade, and these technolo...
Simulation is an important measure to estimate different properties of a planned network such as thr...
Simulation is an important measure to estimate different properties of a planned network such as thr...
In this paper we describe a new simulation platform for complex wireless sensor networks that operat...
Wireless Sensor Networks (WSNs) have evolved into large and complex systems and are now one of the m...
In the domain of wireless sensor networks, simulation is the predominant way of evaluating new algor...
Abstract: Wireless Sensor Networks (WSN) are formed by a large number of networked sensing nodes. To...
The development of applications for wireless sensor networks is a challenging task. For this reason,...
Many limitations (e.g. complexity, cost, scalability and capability) make the analytical methods and...
Abstract. This position paper explores the problem of realistically eval-uating wireless sensor netw...
Wireless sensor networks (WSNs) get increasing importance in application areas like home auto-mation...
Simulation tools for wireless sensor networks are increasingly being used to study sensor webs and t...
Wireless Sensor Networks is gaining importance day by day and they are more and more promising becau...
The design of a wireless sensor network is a chal- lenging task due to its intrinsically application...
International audienceRecent advances in wireless sensor networks show an expansion both in the size...
Research on wireless sensor networks has progressed rapidly over the last decade, and these technolo...
Simulation is an important measure to estimate different properties of a planned network such as thr...
Simulation is an important measure to estimate different properties of a planned network such as thr...
In this paper we describe a new simulation platform for complex wireless sensor networks that operat...
Wireless Sensor Networks (WSNs) have evolved into large and complex systems and are now one of the m...
In the domain of wireless sensor networks, simulation is the predominant way of evaluating new algor...
Abstract: Wireless Sensor Networks (WSN) are formed by a large number of networked sensing nodes. To...
The development of applications for wireless sensor networks is a challenging task. For this reason,...
Many limitations (e.g. complexity, cost, scalability and capability) make the analytical methods and...
Abstract. This position paper explores the problem of realistically eval-uating wireless sensor netw...
Wireless sensor networks (WSNs) get increasing importance in application areas like home auto-mation...
Simulation tools for wireless sensor networks are increasingly being used to study sensor webs and t...
Wireless Sensor Networks is gaining importance day by day and they are more and more promising becau...
The design of a wireless sensor network is a chal- lenging task due to its intrinsically application...
International audienceRecent advances in wireless sensor networks show an expansion both in the size...
Research on wireless sensor networks has progressed rapidly over the last decade, and these technolo...
Simulation is an important measure to estimate different properties of a planned network such as thr...
Simulation is an important measure to estimate different properties of a planned network such as thr...