Multi-relational data mining algorithms search a large hypothesis space in order to find a suitable model for a given data set. During this search, a huge number of complex queries has to be evaluated on the data set. This explains why multi-relational data mining algorithms (e.g. ILP algorithms) typically have high run times. In this text we give an overview of two techniques designed to reduce these run times. We show that this is possible by exploiting similarities in both queries and data sets. The first technique is query-pack evaluation and the second one is parallel cross-validation.status: publishe
We consider the problem of computing machine learning models over multi-relational databases. The ma...
We propose the new RADAR technique for multi-relational data mining. This permits the mining of very...
Abstract. In this paper we consider concurrent execution of multiple data mining queries. If such da...
We present a general approach to speeding up a family of multi-relational data mining algorithms t...
An important aspect of data mining algorithms and systems is that they should scale well to large da...
textabstractAn important aspect of data mining algorithms and systems is that they should scale well...
The motivation behind multi-relational data mining is knowledge discovery in relational databases co...
154 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.Because of the complexity of ...
We investigate the problem of mining closed sets in multi-relational databases. Previous work introd...
Abstract. In this paper we consider concurrent execution of multiple data mining queries in the cont...
The multi-relational Data Mining approach has emerged as alternative to the analysis of structured d...
Multi-relational data mining enables pattern mining from multiple tables. The existing multi-relatio...
Abstract Background ...
Metric databases are databases where a metric distance function is defined for pairs of database obj...
Multirelational classification aims to discover patterns across multiple interlinked tables (relatio...
We consider the problem of computing machine learning models over multi-relational databases. The ma...
We propose the new RADAR technique for multi-relational data mining. This permits the mining of very...
Abstract. In this paper we consider concurrent execution of multiple data mining queries. If such da...
We present a general approach to speeding up a family of multi-relational data mining algorithms t...
An important aspect of data mining algorithms and systems is that they should scale well to large da...
textabstractAn important aspect of data mining algorithms and systems is that they should scale well...
The motivation behind multi-relational data mining is knowledge discovery in relational databases co...
154 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.Because of the complexity of ...
We investigate the problem of mining closed sets in multi-relational databases. Previous work introd...
Abstract. In this paper we consider concurrent execution of multiple data mining queries in the cont...
The multi-relational Data Mining approach has emerged as alternative to the analysis of structured d...
Multi-relational data mining enables pattern mining from multiple tables. The existing multi-relatio...
Abstract Background ...
Metric databases are databases where a metric distance function is defined for pairs of database obj...
Multirelational classification aims to discover patterns across multiple interlinked tables (relatio...
We consider the problem of computing machine learning models over multi-relational databases. The ma...
We propose the new RADAR technique for multi-relational data mining. This permits the mining of very...
Abstract. In this paper we consider concurrent execution of multiple data mining queries. If such da...