International audienceMining frequent simultaneous attribute co-variations in numerical databases is also called frequent gradual pattern problem. Few efficient algorithms for automatically extracting such patterns have been reported in the literature. Their main difference resides in the variation semantics used. However in applications with temporal order relations, those algorithms fail to generate correct frequent gradual patterns as they do not take this temporal constraint into account in the mining process. In this paper, we propose an approach for extracting frequent gradual patterns for which the ordering of supporting objects matches the temporal order. This approach considerably reduces the number of gradual patterns within an or...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceMining gradual patterns plays a crucial role in many real world applications w...
In this paper we study a new problem in temporal pattern mining: discovering frequent arrangements o...
The extraction of frequent gradual pattern is an important problem in computer science and largely s...
International audienceThe traditional algorithms that extract the gradual patterns often face the pr...
International audienceThe traditional algorithms that extract the gradual patterns often face the pr...
Abstract. Numerical data (e.g., DNA micro-array data, sensor data) pose a challeng-ing problem to ex...
Periodic-frequent patterns are a vital class of regularities in a temporal database. Most previous s...
Mining frequent patterns has been studied popularly in data mining research. All of previous studies...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceMining gradual patterns plays a crucial role in many real world applications w...
In this paper we study a new problem in temporal pattern mining: discovering frequent arrangements o...
The extraction of frequent gradual pattern is an important problem in computer science and largely s...
International audienceThe traditional algorithms that extract the gradual patterns often face the pr...
International audienceThe traditional algorithms that extract the gradual patterns often face the pr...
Abstract. Numerical data (e.g., DNA micro-array data, sensor data) pose a challeng-ing problem to ex...
Periodic-frequent patterns are a vital class of regularities in a temporal database. Most previous s...
Mining frequent patterns has been studied popularly in data mining research. All of previous studies...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceNumerical data (e.g., DNA micro-array data, sensor data) pose a challenging pr...
International audienceMining gradual patterns plays a crucial role in many real world applications w...
In this paper we study a new problem in temporal pattern mining: discovering frequent arrangements o...