International audienceWe propose a possibility theory-based approach to the treatment of missing user preferences in skyline queries. To compensate this lack of knowledge, we show how a set of plausible preferences suitable for the current context can be derived either in a case-based reasoning manner, or using an extended possibilistic logic setting. Uncertain dominance relationships are defined in a possibilistic way and the notion of possibilistic contextual skyline is introduced. This kind of skyline allows us to return the tuples that are non-dominated with a high certainty. The paper also includes a structured overview of the different types of “fuzzy” skylines
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceWe propose a possibility theory-based approach to the treatment of missing use...
International audienceWe propose a possibility theory-based approach to the treatment of missing use...
International audienceWe propose a possibility theory-based approach to the treatment of missing use...
International audienceWe propose a possibility theory-based approach to the treatment of missing use...
We propose a possibility theory-based approach to the treatment of missing user preferences in skyli...
The skyline query returns the most interesting tuples according to a set of explicitly defined prefe...
The skyline query returns the most interesting tuples according to a set of explicitly defined prefe...
Abstract — The skyline query returns the most interesting tuples according to a set of explicitly de...
Skyline analysis is a key in a wide spectrum of real applications involving multi-criteria optimal d...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceWe propose a possibility theory-based approach to the treatment of missing use...
International audienceWe propose a possibility theory-based approach to the treatment of missing use...
International audienceWe propose a possibility theory-based approach to the treatment of missing use...
International audienceWe propose a possibility theory-based approach to the treatment of missing use...
We propose a possibility theory-based approach to the treatment of missing user preferences in skyli...
The skyline query returns the most interesting tuples according to a set of explicitly defined prefe...
The skyline query returns the most interesting tuples according to a set of explicitly defined prefe...
Abstract — The skyline query returns the most interesting tuples according to a set of explicitly de...
Skyline analysis is a key in a wide spectrum of real applications involving multi-criteria optimal d...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...
International audienceThis paper deals with database preference queries based on the skyline paradig...