In the domain of wireless sensor networks, simulation is the predominant way of evaluating new algorithms. One commonly found drawback of simulation tools is that they provide a programming environment that does not match the one present on real-world platforms. In this paper, we address this problem by presenting the steps required to port an existing software stack to a popular network simulator. This novel procedure allows for applications to run both in the simulated environment and on realworld sensor nodes without any changes to the source code. We verify our results by means of performance analyses of several simulated applications
usability is severely limited. ns2 (ns2, 1990), perhaps the most widely used network simulator, has...
Abstract. This position paper explores the problem of realistically eval-uating wireless sensor netw...
In this paper we describe a new simulation platform for complex wireless sensor networks that operat...
In this paper, various existing simulation environments for general purpose and specific purpose WSN...
AbstractWireless Sensor Network is a large-scale network of resource-constrained (energy, memory and...
International audienceWe present Worldsens, a complete environment for fast prototyping of wireless ...
In this paper, various existing simulation environments for general purpose and specific purpose WSN...
Deploying real WSN testbed provides a realistic testing environment, and allows users to get more a...
The design of a wireless sensor network is a chal- lenging task due to its intrinsically application...
Many limitations (e.g. complexity, cost, scalability and capability) make the analytical methods and...
The large-scale and inaccessibility of deployed wireless sensor networks mandate that the code insta...
Wireless Sensor Networks (WSNs) have evolved into large and complex systems and are now one of the m...
Despite intensive research in the field of mote-class Wireless Sensor Networks in recent years, real...
Requirements for Wireless Sensor networks will increase in the future. Requirements are demanding, e...
Simulation tools for wireless sensor networks are increasingly being used to study sensor webs and t...
usability is severely limited. ns2 (ns2, 1990), perhaps the most widely used network simulator, has...
Abstract. This position paper explores the problem of realistically eval-uating wireless sensor netw...
In this paper we describe a new simulation platform for complex wireless sensor networks that operat...
In this paper, various existing simulation environments for general purpose and specific purpose WSN...
AbstractWireless Sensor Network is a large-scale network of resource-constrained (energy, memory and...
International audienceWe present Worldsens, a complete environment for fast prototyping of wireless ...
In this paper, various existing simulation environments for general purpose and specific purpose WSN...
Deploying real WSN testbed provides a realistic testing environment, and allows users to get more a...
The design of a wireless sensor network is a chal- lenging task due to its intrinsically application...
Many limitations (e.g. complexity, cost, scalability and capability) make the analytical methods and...
The large-scale and inaccessibility of deployed wireless sensor networks mandate that the code insta...
Wireless Sensor Networks (WSNs) have evolved into large and complex systems and are now one of the m...
Despite intensive research in the field of mote-class Wireless Sensor Networks in recent years, real...
Requirements for Wireless Sensor networks will increase in the future. Requirements are demanding, e...
Simulation tools for wireless sensor networks are increasingly being used to study sensor webs and t...
usability is severely limited. ns2 (ns2, 1990), perhaps the most widely used network simulator, has...
Abstract. This position paper explores the problem of realistically eval-uating wireless sensor netw...
In this paper we describe a new simulation platform for complex wireless sensor networks that operat...