Using situation calculus for normative agents in urban wastewater systems
Advances in Practical Applications of Agents and Multiagent Systems: 8th …, 2010•Springer
Water quality management policies on a river basin scale are of special importance in order
to prevent and/or reduce pollution of several human sources into the environment. Industrial
effluents represent a priority issue particularly in Urban Wastewater Systems (UWS) that
receive mixed household and industrial wastewaters, apart from rainfall water. In this paper,
we present an analysis and an implementation of normative agents which capture concrete
regulations of the Catalan pollution-prevention policies. The implementation of the …
to prevent and/or reduce pollution of several human sources into the environment. Industrial
effluents represent a priority issue particularly in Urban Wastewater Systems (UWS) that
receive mixed household and industrial wastewaters, apart from rainfall water. In this paper,
we present an analysis and an implementation of normative agents which capture concrete
regulations of the Catalan pollution-prevention policies. The implementation of the …
Abstract
Water quality management policies on a river basin scale are of special importance in order to prevent and/or reduce pollution of several human sources into the environment. Industrial effluents represent a priority issue particularly in Urban Wastewater Systems (UWS) that receive mixed household and industrial wastewaters, apart from rainfall water. In this paper, we present an analysis and an implementation of normative agents which capture concrete regulations of the Catalan pollution-prevention policies. The implementation of the normative agents is based on situation calculus.
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