Javascript must be enabled to continue!
Classification with Single Constraint Progressive Mining of Sequential Patterns
View through CrossRef
<span>Classification based on sequential pattern data has become an important topic to explore. One of research has been carried was the Classify-By-Sequence, CBS. CBS classified data based on sequential patterns obtained from AprioriLike sequential pattern mining. Sequential patterns obtained were called CSP, Classifiable Sequential Patterns. CSP was used as classifier rules or features for the classification task. CBS used AprioriLike algorithm to search for sequential patterns. However, AprioriLike algorithm took a long time to search for them. Moreover, not all sequential patterns were important for the user. In order to get the right and meaningful features for classification, user uses a constraint in sequential pattern mining. Constraint is also expected to reduce the number of sequential patterns that are short and less meaningful to the user. Therefore, we developed CBS_CLASS* with Single Constraint Progressive Mining of Sequential Patterns or Single Constraint PISA or PISA*. CBS_Class* with PISA* was proven to classify data in faster time since it only processed lesser number of sequential patterns but still conform to user’s need. The experiment result showed that compared to CBS_CLASS, CBS_Class* reduced the classification execution time by 89.8%. Moreover, the accuracy of the classification process can still be maintained.</span><p> </p>
Institute of Advanced Engineering and Science
Title: Classification with Single Constraint Progressive Mining of Sequential Patterns
Description:
<span>Classification based on sequential pattern data has become an important topic to explore.
One of research has been carried was the Classify-By-Sequence, CBS.
CBS classified data based on sequential patterns obtained from AprioriLike sequential pattern mining.
Sequential patterns obtained were called CSP, Classifiable Sequential Patterns.
CSP was used as classifier rules or features for the classification task.
CBS used AprioriLike algorithm to search for sequential patterns.
However, AprioriLike algorithm took a long time to search for them.
Moreover, not all sequential patterns were important for the user.
In order to get the right and meaningful features for classification, user uses a constraint in sequential pattern mining.
Constraint is also expected to reduce the number of sequential patterns that are short and less meaningful to the user.
Therefore, we developed CBS_CLASS* with Single Constraint Progressive Mining of Sequential Patterns or Single Constraint PISA or PISA*.
CBS_Class* with PISA* was proven to classify data in faster time since it only processed lesser number of sequential patterns but still conform to user’s need.
The experiment result showed that compared to CBS_CLASS, CBS_Class* reduced the classification execution time by 89.
8%.
Moreover, the accuracy of the classification process can still be maintained.
</span><p> </p>.
Related Results
Light at the End of the Tunnel: Mining Justice and Health
Light at the End of the Tunnel: Mining Justice and Health
The mining industry provides valuable mined commodities and financial support for communities worldwide. Mining has become safer for workers. Significant injustices, however, are c...
Pengurangan Work In Process Inventory di Stasiun Kerja Bottleneck Menggunakan Pendekatan Theory Of Constraint (TOC)
Pengurangan Work In Process Inventory di Stasiun Kerja Bottleneck Menggunakan Pendekatan Theory Of Constraint (TOC)
Abstract. CV. Pustaka Setia is a company engaged in publishing and printing books. The obstacle experienced by CV Pustaka Setia is the occurrence of accumulation (Work In Process i...
Sequential Patterns Postprocessing for Structural Relation Patterns Mining
Sequential Patterns Postprocessing for Structural Relation Patterns Mining
Sequential patterns mining is an important data-mining technique used to identify frequently observed sequential occurrence of items across ordered transactions over time. It has b...
Constraining simulation uncertainties in a hydrological model of the Congo River Basin including a combined modelling approach for channel-wetland exchanges
Constraining simulation uncertainties in a hydrological model of the Congo River Basin including a combined modelling approach for channel-wetland exchanges
Compared to other large river basins of the world, such as the Amazon, the Congo River Basin appears to be the most ungauged and less studied. This is partly because the basin lack...
Impact of Mining on Socioeconomic Status in Puno, Peru
Impact of Mining on Socioeconomic Status in Puno, Peru
This study examines the direct and indirect effects of mining activities on key socioeconomic indicators such as per capita income, the Human Development Index (HDI), and education...
Mining actionable combined high utility incremental and associated sequential patterns
Mining actionable combined high utility incremental and associated sequential patterns
High utility sequential pattern (HUSP) mining aims to mine actionable patterns with high utilities, widely applied in real-world learning scenarios such as market basket analysis, ...
The Significance of Text Mining in Research: A Comprehensive Review
The Significance of Text Mining in Research: A Comprehensive Review
Text mining has emerged as a pivotal tool in various domains of research, revolutionizing the way scholars and scientists extract valuable insights from vast volumes of textual dat...
Mining spatiotemporal association rule based on prevalent sequential patterns
Mining spatiotemporal association rule based on prevalent sequential patterns
Abstract
Spatiotemporal association rules mining algorithms can effectively mine the association relationships between spatiotemporal event patterns, which plays an importa...

