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Tutorial on Learning Bayesian Networks for Relational Data Tutorial on Learning Bayesian Networks for Relational Data

Tutorial on Learning Bayesian Networks for Relational Data - PowerPoint Presentation

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Uploaded On 2023-06-21

Tutorial on Learning Bayesian Networks for Relational Data - PPT Presentation

Supplementary Material Feature Generation for Outlier Detection School of Computing Science Simon Fraser University Vancouver Canada Feature Generation for Outlier Detection aka Propositionalization ID: 1001392

201 feature actsin drama feature 201 drama actsin title bayesian matrix 2000001 2001 generation afalsen class venuegender gender mancountry

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1. Tutorial on Learning Bayesian Networks for Relational DataSupplementary MaterialFeature Generation for Outlier DetectionSchool of Computing ScienceSimon Fraser UniversityVancouver, Canada

2. Feature Generation for Outlier Detectionaka Propositionalization, Relation EliminationSimilar to feature generation for classificationMain difference: include all first-order random variables, not just the Markov blanket of the class variableRelated work: The Oddball system also extracts a feature matrix from relational information.cite oddball

3. Example: population dataTrue$500KTrue$5MTrue$2MFalsen/a ActsInsalaryFalsen/aFalsen/aFalsen/aFalsen/agender = Mancountry = U.S.gender = Mancountry = U.S.gender = Womancountry = U.S.gender = Womancountry = U.S.runtime = 98 mindrama = trueaction = trueruntime = 111 mindrama = falseaction = true

4. Example: Class Bayesian NetworkPresentation Title At Venuegender(A)ActsIn(A,M)Drama(M)

5. Feature Vectors (I)Presentation Title At Venuegender(A)ActsIn(A,M)Drama(M)Class Bayesian NetworkActsIn(A,M)T01/21/21/2F11/21/21/2Drama(M)T1/21/21/21/2F1/21/21/21/2MovieDramaFargoTKill BillFFeature Matrix for ActsIn(A,M)Feature Matrix for Drama(M)

6. Feature Vectors (II)Presentation Title At Venuegender(A) ActsIn(A,M)Drama(M)MTT001/20MTF0000MFT1/2000MFF1/201/20WTT0000WTF01/201/2WFT01/201/2WFF0000gender(A)ActsIn(A,M)Drama(M)MovieDramaFargoTKill BillF

7. Concatenate all Feature VectorsPresentation Title At Venue01/21/21/211/21/21/21/21/21/21/21/21/21/21/2001/2000001/20001/201/20000001/201/201/201/20000

8. Form Feature MatrixPresentation Title At Venuetranspose to form single-table feature matrix011/21/2001/21/200001/21/21/21/2000001/21/201/21/21/21/21/2001/200001/21/21/21/2000001/21/20