A scalable decision-tree-based method to explain interactions in dyadic data.
Carlos Eiras-FrancoBertha Guijarro-BerdiñasAmparo Alonso-BetanzosAntonio BahamondePublished in: Decis. Support Syst. (2019)
Keyphrases
- synthetic data
- test data
- input data
- data analysis
- data collection
- data points
- prior information
- high precision
- missing data
- high accuracy
- dynamic programming
- data sets
- noisy data
- original data
- neural network
- prior knowledge
- xml documents
- data quality
- computational cost
- high quality
- data structure
- data processing
- detection method
- raw data
- preprocessing
- pairwise
- objective function
- computational complexity
- data distribution
- feature space
- probabilistic model
- significant improvement
- support vector machine
- image data
- end users