Robert P. Hawkins’s scientific contributions

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Publications (1)


Reliability Scores That Delude: An Alice in Wonderland Trip Through the Misleading Characteristics of Inter-Observer Agreement Scores in Interval Recording
  • Article

January 1973

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45 Reads

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101 Citations

Robert P. Hawkins

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Victor A. Dotson

The purpose of this project was to assess the degree to which the most popular method of calculating reliability of interval data, the I-I method, served the author's scientific purposes. Data were collected and analyses performed to assess the adequacy of I-I reliability scores in serving three functions: (1) as an index of how precise, clear, objective and complete the definition is; (2) as an index of how competently the observer is recording; and (3) as an index of the believability of the experimental effect reported. Findings from the study indicate gross unreliability of I-I scores as an index of definition adequacy, observer competence or believability of experimental effects. This unreliability is attributed to the fact that I-I scores are highly subject to influence by the rate or duration of the behavior being recorded. Conclusions by the authors stress that, because the I-I reliability scores are clearly inadequate, it is likely that a significant body of applied behavior analysis has seriously misrepresented the relationships between certain environmental factors and certain significant human behaviors. (Author/PC)

Citations (1)


... Dissimilarity AMPLE (Analyzing Method Patterns to Locate Errors) [35] fossum [36] Pmsc (Pearson 1 coefficient of mean square contingency) [37], [38] baulieu [39] Anderberg [40] gini (Gini coefficient) [ GKlambda (Goodman and Kruskal's lambda) [45]- [48] SM (Sokal and Michener) [52] BSeuc (Binary squared euclidean distance) [53] CK (Cohen's kappa) [54] goodall (Goodall coefficient) [55] soergel (Soergel distance) [56] Bshape (Binary shape) [57] cole [58] hamann (Hamann coefficient) [59] sorensen [60] chord (Chord distance) [61] dennis (Dennis M4) [62] HD (Hawkins and Dotson coefficient) [63] sorgenfrei (Sorgenfrei coefficient) [64] GK 2-4 (Goodman and Kruskal 2-4) [45]- [48] dice [65] jaccard [66], [67] SS 1-5 (Sokal and Sneath 1-5) [68], [69] Gktau (Goodman and Kruskal's tau) [45]- [48] diceasym1 (Dice asymmetric) [65] johnson [70] Stau (Stuart's tau) [71] GW (Gilbert and Wells coefficient) [72] disper (Dispersion) [73] michael (Michael's coefficient of association) [74] steffensen [75] hellinger (Hellinger distance) [76] DK (Driver and Kroeber) [77] MK (Maron and Kuhns) [78] tarantula [79], [80] kulczynski [81] fager [82] mountford [83] tarwid [84] meanman (Canberra) [85], [86] faith [87] MP (Maxwell and Pilliner) [88] tversky (Tversky feature contrast model) [89], [90] mirkin [91] FaMc (Fager and McGowan) [92] ochiai [68] UF (Upholt's F) [93]- [95] var (Variance) [96] FD (Forbes' D) [97] Pcs (Pearson chi-square) [98], [99] US (Upholt's S) [93]- [95] fleiss [100] PHI (Pearson Fourfold point correlation) [101], [102] TABLE 2. Evaluation metrics for similarity-dissimilarity performance analysis of gray-scale-morphology-implementation. ...

Reference:

Morphology for Hexagonal Image Processing
Reliability Scores That Delude: An Alice in Wonderland Trip Through the Misleading Characteristics of Inter-Observer Agreement Scores in Interval Recording
  • Citing Article
  • January 1973