In this paper we discuss two closely related problems arising in environmental monitoring. The first is the source localization problem linked to the question How can one find an unknown 'contamination source'? The second is an associated sensor placement problem: Where should we place sensors that are capable of providing the necessary 'adequate data' for that? Our approach is based on some concepts and ideas developed in mathematical control theory of partial differential equations
In the present technical note, a simple methodology for identifying the source location of an accide...
Space-time continuous phenomena such as pollution loads or temperature distributions often originate...
This study presents a new methodology for identifying near‐optimal sensor locations for contaminant ...
The control of environmental phenomena is based on the existence of quantifiable and measurable para...
International audienceIn this paper, the optimal sensor location problem is first discussed for envi...
AbstractSeveral methodologies have been suggested in the past two decades by different researchers t...
As pollution is increasing at an alarming level, quality of air has started to deteriorate. Detectin...
As pollution is increasing at an alarming level, quality of air has started to deteriorate. Detectin...
International audienceThis paper is devoted to the optimal location of a mobile sensor network for e...
This paper addresses the problem of the localization of contamination sources after deliberate conta...
Sensor placement for contaminant detection in water distribution systems (WDS) has become a topic of...
Water distribution systems are vulnerable to intentional, along with accidental, contamination. A ne...
One possible criterion for locating a given number of pollutant monitoring stations is selected. Tha...
International audienceThe problem of sensor placement for early-warning detection systems is a topic...
Detecting pollution timely and locating the pollution source is of great importance in environmental...
In the present technical note, a simple methodology for identifying the source location of an accide...
Space-time continuous phenomena such as pollution loads or temperature distributions often originate...
This study presents a new methodology for identifying near‐optimal sensor locations for contaminant ...
The control of environmental phenomena is based on the existence of quantifiable and measurable para...
International audienceIn this paper, the optimal sensor location problem is first discussed for envi...
AbstractSeveral methodologies have been suggested in the past two decades by different researchers t...
As pollution is increasing at an alarming level, quality of air has started to deteriorate. Detectin...
As pollution is increasing at an alarming level, quality of air has started to deteriorate. Detectin...
International audienceThis paper is devoted to the optimal location of a mobile sensor network for e...
This paper addresses the problem of the localization of contamination sources after deliberate conta...
Sensor placement for contaminant detection in water distribution systems (WDS) has become a topic of...
Water distribution systems are vulnerable to intentional, along with accidental, contamination. A ne...
One possible criterion for locating a given number of pollutant monitoring stations is selected. Tha...
International audienceThe problem of sensor placement for early-warning detection systems is a topic...
Detecting pollution timely and locating the pollution source is of great importance in environmental...
In the present technical note, a simple methodology for identifying the source location of an accide...
Space-time continuous phenomena such as pollution loads or temperature distributions often originate...
This study presents a new methodology for identifying near‐optimal sensor locations for contaminant ...