A general method to design optimal sensor networks able to estimate process key variables within a required precision was recently proposed. This method is based on the data reconciliation theory and the sensor network is optimised thanks to a genetic algorithm. To reduce the solution time, two ways of parallelizing the algorithm have been compared: the global parallelization and the distributed genetic algorithms. Both techniques allow reducing the elapsed time but the second one is more efficient
Minimization of the number of cluster heads in a wireless sensor network is a very important problem...
Distributed systems are one of the most vital components of the economy. The most promi-nent example...
An architecture of a distributed parallel genetic algorithm was developed to improve computing resou...
A systematic method to design sensor networks able to identify key process parameters with a require...
A generalized sensor network design algorithm for finding the optimal placement of sensors in a line...
A systematic method to design sensor networks able to identify key process parameters with a require...
The optimal location of sensors involves the selection of type, number and location of sensors from ...
An emerging reality is the development of smart buildings and cities, which improve residents’ comfo...
This paper presents a unified methodology for designing sensor networks that are analog computing sy...
International audienceNowadays, there’s an increased interest in industry for the energy audit, whos...
Three optimization methods derived from natural sciences are considered for allocating data to multi...
Three parallel physical optimization algorithms for allocating irregular data to multicomputer nodes...
The optimal design of sensor networks consists in selecting the type, number and location of sensors...
In this article, evolutionary algorithms (EAs) are applied to solve the radio network design problem...
This is post-print (post refereeing) version. The published version can be obtained via Sciencedire...
Minimization of the number of cluster heads in a wireless sensor network is a very important problem...
Distributed systems are one of the most vital components of the economy. The most promi-nent example...
An architecture of a distributed parallel genetic algorithm was developed to improve computing resou...
A systematic method to design sensor networks able to identify key process parameters with a require...
A generalized sensor network design algorithm for finding the optimal placement of sensors in a line...
A systematic method to design sensor networks able to identify key process parameters with a require...
The optimal location of sensors involves the selection of type, number and location of sensors from ...
An emerging reality is the development of smart buildings and cities, which improve residents’ comfo...
This paper presents a unified methodology for designing sensor networks that are analog computing sy...
International audienceNowadays, there’s an increased interest in industry for the energy audit, whos...
Three optimization methods derived from natural sciences are considered for allocating data to multi...
Three parallel physical optimization algorithms for allocating irregular data to multicomputer nodes...
The optimal design of sensor networks consists in selecting the type, number and location of sensors...
In this article, evolutionary algorithms (EAs) are applied to solve the radio network design problem...
This is post-print (post refereeing) version. The published version can be obtained via Sciencedire...
Minimization of the number of cluster heads in a wireless sensor network is a very important problem...
Distributed systems are one of the most vital components of the economy. The most promi-nent example...
An architecture of a distributed parallel genetic algorithm was developed to improve computing resou...