AbstractSeveral methodologies have been suggested in the past two decades by different researchers to locate sensors in water distribution networks with different objectives. Even though a large number of methodologies have been developed, there is no consensus amongst researchers on the objectives, methodology and other aspects of sensor placements. The methodologies on sensor placement have been broadly classified into two categories as single objective and multi objective sensor location problems and compared on different basis. A critical review of available methodologies is presented to suggest future research needs for sensor network design for real life networks
Water network protection from accidental and intentional contamination is one of the most critical i...
AbstractThis work presents a new software, the Sensor Placement (S-PLACE) Toolkit, for computing at ...
The most commonly applied strategies for optimal water quality sensor placement in drinking water di...
Sensor placement for contaminant detection in water distribution systems (WDS) has become a topic of...
The objective of this paper is to present an optimal sensor placement methodology to assist in the e...
International audienceDrinking water for human health and well-being is crucial. Accidental and inte...
Water distribution systems are vulnerable to intentional, along with accidental, contamination. A ne...
Incidents of water pollution or contamination have occurred repeatedly in recent years, causing sign...
In this paper, a nominal sensor placement methodology for leak location in water distribution networ...
Water supply infrastructures are crucial for the sustainable existence and development of modern cit...
Water quality sensors are used to detect contamination in water distribution systems (WDS) to help s...
Water quality sensors placed in water distribution systems (WDSs) are critical for detecting acciden...
In any society, making sure that its citizens havea clean water supply is a fundamental issue. By mo...
Water network protection from accidental and intentional contamination is one of the most critical i...
AbstractThis work presents a new software, the Sensor Placement (S-PLACE) Toolkit, for computing at ...
The most commonly applied strategies for optimal water quality sensor placement in drinking water di...
Sensor placement for contaminant detection in water distribution systems (WDS) has become a topic of...
The objective of this paper is to present an optimal sensor placement methodology to assist in the e...
International audienceDrinking water for human health and well-being is crucial. Accidental and inte...
Water distribution systems are vulnerable to intentional, along with accidental, contamination. A ne...
Incidents of water pollution or contamination have occurred repeatedly in recent years, causing sign...
In this paper, a nominal sensor placement methodology for leak location in water distribution networ...
Water supply infrastructures are crucial for the sustainable existence and development of modern cit...
Water quality sensors are used to detect contamination in water distribution systems (WDS) to help s...
Water quality sensors placed in water distribution systems (WDSs) are critical for detecting acciden...
In any society, making sure that its citizens havea clean water supply is a fundamental issue. By mo...
Water network protection from accidental and intentional contamination is one of the most critical i...
AbstractThis work presents a new software, the Sensor Placement (S-PLACE) Toolkit, for computing at ...
The most commonly applied strategies for optimal water quality sensor placement in drinking water di...