Abstract: Sensor networks have emerged as a fundamentally new tool for monitoring spatially distributed phenomena. The current state of development automation tools (CAD) does not correspond to contemporarily needs of modern design. The main purpose of this paper is to outline the structure of a simulation tool with enlarged scope of application- modeling of dynamical self-organizing heterogeneous sensor networks. The most important aim of exploration of this simulation engine is to reveal the hierarchical structure of these networks, which leads to their standardization and unification. The modeling gives us an approximate picture of expected system performance
Simulation is an important measure to estimate different properties of a planned network such as thr...
International audienceBased on our previous work on the development of a Wireless Sensor Network (WS...
The design and simulation of next-generation networked embedded systems are a challenging task since...
In this paper we describe a new simulation platform for heterogeneous distributed systems comprised ...
Abstract — Simulation can be a very useful tool for developing, evaluating and analyzing sensor netw...
Abstract: Wireless Sensor Networks (WSN) are formed by a large number of networked sensing nodes. To...
Many limitations (e.g. complexity, cost, scalability and capability) make the analytical methods and...
Recently deployed Wireless Sensor Network systems (WSNs) are increasingly following heterogeneous de...
Abstract—Traditional simulators cannot meet the require-ment of modeling large scale networks due to...
Abstract – This paper presents a new feature of the IDEA1 Wireless Sensor Network (WSN) simulation p...
International audienceWireless Sensor Networks are networks made up of tiny sensor nodes, in medium ...
Simulations of a network of N sensors have been performed. The simulation space contains a number of...
International audienceSelf-organization appears as a new paradigm for providing efficient, self-adap...
Simulation is an important measure to estimate different properties of a planned network such as thr...
The evaluation of existing and future distributed sensor processing system concepts can be done well...
Simulation is an important measure to estimate different properties of a planned network such as thr...
International audienceBased on our previous work on the development of a Wireless Sensor Network (WS...
The design and simulation of next-generation networked embedded systems are a challenging task since...
In this paper we describe a new simulation platform for heterogeneous distributed systems comprised ...
Abstract — Simulation can be a very useful tool for developing, evaluating and analyzing sensor netw...
Abstract: Wireless Sensor Networks (WSN) are formed by a large number of networked sensing nodes. To...
Many limitations (e.g. complexity, cost, scalability and capability) make the analytical methods and...
Recently deployed Wireless Sensor Network systems (WSNs) are increasingly following heterogeneous de...
Abstract—Traditional simulators cannot meet the require-ment of modeling large scale networks due to...
Abstract – This paper presents a new feature of the IDEA1 Wireless Sensor Network (WSN) simulation p...
International audienceWireless Sensor Networks are networks made up of tiny sensor nodes, in medium ...
Simulations of a network of N sensors have been performed. The simulation space contains a number of...
International audienceSelf-organization appears as a new paradigm for providing efficient, self-adap...
Simulation is an important measure to estimate different properties of a planned network such as thr...
The evaluation of existing and future distributed sensor processing system concepts can be done well...
Simulation is an important measure to estimate different properties of a planned network such as thr...
International audienceBased on our previous work on the development of a Wireless Sensor Network (WS...
The design and simulation of next-generation networked embedded systems are a challenging task since...