A systematic method to design sensor networks able to identify key process parameters with a required precision at a minimal cost is presented. The procedure is based on a linearised model, derived automatically from a rigorous non-linear data reconciliation model. A genetic algorithm is used to select the sensor types and locations
The optimal location of sensors involves the selection of type, number and location of sensors from ...
In chemical processes, online measurements of all the process variables and parameters required for ...
This is post-print (post refereeing) version. The published version can be obtained via Sciencedire...
A systematic method to design sensor networks able to identify key process parameters with a require...
A general method to design optimal sensor networks able to estimate process key variables within a r...
A generalized sensor network design algorithm for finding the optimal placement of sensors in a line...
In this work, a procedure for solving the optimal design and upgrade of linear sensor networks, subj...
ABSTRACT: This paper presents a methodology for design of instrumentation sensor networks in non-lin...
Industrial processes rely heavily on information provided by sensors. Reliability of sensor data is ...
The optimal location of sensors involves the selection of type, number and location of sensors from ...
In this work the optimal design of sensor networks for chemical plants is addressed using stochastic...
In this paper the core of a genetic algorithm designed to define a sensor network for instrumentatio...
L’efficacité énergétique devient un domaine de recherche incontournable dans la communauté scientifi...
International audienceNowadays, there’s an increased interest in industry for the energy audit, whos...
This thesis presents, discusses and compares a set of methodologies and several appropriate combinat...
The optimal location of sensors involves the selection of type, number and location of sensors from ...
In chemical processes, online measurements of all the process variables and parameters required for ...
This is post-print (post refereeing) version. The published version can be obtained via Sciencedire...
A systematic method to design sensor networks able to identify key process parameters with a require...
A general method to design optimal sensor networks able to estimate process key variables within a r...
A generalized sensor network design algorithm for finding the optimal placement of sensors in a line...
In this work, a procedure for solving the optimal design and upgrade of linear sensor networks, subj...
ABSTRACT: This paper presents a methodology for design of instrumentation sensor networks in non-lin...
Industrial processes rely heavily on information provided by sensors. Reliability of sensor data is ...
The optimal location of sensors involves the selection of type, number and location of sensors from ...
In this work the optimal design of sensor networks for chemical plants is addressed using stochastic...
In this paper the core of a genetic algorithm designed to define a sensor network for instrumentatio...
L’efficacité énergétique devient un domaine de recherche incontournable dans la communauté scientifi...
International audienceNowadays, there’s an increased interest in industry for the energy audit, whos...
This thesis presents, discusses and compares a set of methodologies and several appropriate combinat...
The optimal location of sensors involves the selection of type, number and location of sensors from ...
In chemical processes, online measurements of all the process variables and parameters required for ...
This is post-print (post refereeing) version. The published version can be obtained via Sciencedire...