Package org.dkpro.statistics.agreement.coding

Interface Summary

Interface	Description
ICodingAgreementMeasure	Super interface for all IAgreementMeasures for coding tasks.
ICodingAnnotationItem	Represents a single annotation item of an ICodingAnnotationStudy.
ICodingAnnotationStudy	Data model for coding studies.
ICodingItemSpecificAgreement	A diagnostic device for analyzing the agreement separately for each annotation item.

Class Summary

Class	Description
BennettSAgreement	Implementation of Bennett et al.'
CodingAgreementMeasure	Abstract base class of agreement measures for ICodingAnnotationStudys.
CodingAnnotationItem	Default implementation of ICodingAnnotationItem holding the set of annotation units for this item (i.e., the categories assigned to this item by all raters).
CodingAnnotationStudy	Default implementation of the ICodingAnnotationStudy interface.
CohenKappaAgreement	Implementation of Cohen's kappa (1960) for calculating a chance-corrected inter-rater agreement for two raters.
FleissKappaAgreement	Generalization of Scott's (1955) pi-measure for calculating a chance-corrected inter-rater agreement for multiple raters, which is known as Fleiss' (1971) kappa and Carletta's (1996) K.
HubertKappaAgreement	Conger, A.J.: Integration and generalization of kappas for multiple raters.
KrippendorffAlphaAgreement	Implementation of Krippendorff's (1980) alpha-measure for calculating a chance-corrected inter-rater agreement for multiple raters with arbitrary distance/weighting functions.
PercentageAgreement	Implementation of a simple percentage of agreement measure for calculating the inter-rater agreement for two or more raters.
RandolphKappaAgreement	Generalization of Bennett et al.'
ScottPiAgreement	Implementation of Scott's pi (1955) for calculating a chance-corrected inter-rater agreement for two raters.
WeightedAgreement	Abstract base class for weighted measures.
WeightedKappaAgreement	Generalization of Cohen's (1960) kappa-measure for calculating a chance-corrected inter-rater agreement for multiple raters with arbitrary distance/weighting functions.