1999
DOI: 10.1137/1.9781611971101
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Selecting and Ordering Populations: A New Statistical Methodology

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Cited by 73 publications
(63 citation statements)
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“…Let ℝ + be the set of all positive real numbers and ℝ * be the set of extended real numbers (Definition 2.1 page 4 [Blumenthal(1953)] pages 12-13, [Laos(1998)] pages 118-119 36 This is the method of "inscribed polygons" for calculating the length of a curve and goes back to Archimedes: [Brunschwig et al(2003) [Sherstnev(1962)], page 4, [Schweizer and Sklar(1983)] page 9 ⟨(1.6.1)-(1.6.4)⟩, [Bessenyei and Pales(2014) [Kirk and Shahzad(2014)] page 113 ⟨Definition 12.1⟩, [Deza and Deza(2014)] page 7, [Hoehn and Niven(1985)] page 151, [Gibbons et al(1977)Gibbons, Olkin, and Sobel] page 51 ⟨square-meanroot (SMR) (2.4.1)⟩, [Euclid(circa 300BC)] ⟨triangle inequality-Book I Proposition 20⟩ 39 metric space: [Dieudonné(1969)], page 28, [Copson(1968)], page 21, [Hausdorff(1937)] page 109, [Fréchet(1928)], [Fréchet(1906)] page 30 near metric space: [Czerwik(1993)] page 5 ⟨b-metric; (1),(2),(5)⟩, [Fagin et al(2003a)Fagin, Kumar, and Sivakumar], [Fagin et al(2003b) …”
Section: Examplesmentioning
confidence: 99%
“…Let ℝ + be the set of all positive real numbers and ℝ * be the set of extended real numbers (Definition 2.1 page 4 [Blumenthal(1953)] pages 12-13, [Laos(1998)] pages 118-119 36 This is the method of "inscribed polygons" for calculating the length of a curve and goes back to Archimedes: [Brunschwig et al(2003) [Sherstnev(1962)], page 4, [Schweizer and Sklar(1983)] page 9 ⟨(1.6.1)-(1.6.4)⟩, [Bessenyei and Pales(2014) [Kirk and Shahzad(2014)] page 113 ⟨Definition 12.1⟩, [Deza and Deza(2014)] page 7, [Hoehn and Niven(1985)] page 151, [Gibbons et al(1977)Gibbons, Olkin, and Sobel] page 51 ⟨square-meanroot (SMR) (2.4.1)⟩, [Euclid(circa 300BC)] ⟨triangle inequality-Book I Proposition 20⟩ 39 metric space: [Dieudonné(1969)], page 28, [Copson(1968)], page 21, [Hausdorff(1937)] page 109, [Fréchet(1928)], [Fréchet(1906)] page 30 near metric space: [Czerwik(1993)] page 5 ⟨b-metric; (1),(2),(5)⟩, [Fagin et al(2003a)Fagin, Kumar, and Sivakumar], [Fagin et al(2003b) …”
Section: Examplesmentioning
confidence: 99%
“…If we consult other sources, the same inappropriate exemplification is found. Gibbons, Olkin and Sobel (1977) for instance, try to complement 'theory' books like that of Gupta and Panchapakesan, with a 'methods' book. So they present many purported examples for decision-making under risk, but again we find that time and again we are presented with an example requiring data analysis, rather than decision-making under risk.…”
Section: Decision-making Under Statistical Risk Is It Of Much Practimentioning
confidence: 99%
“…Because, however, the measured A z values have a distribution associated with them, there is a measurable probability that one or more of the "worse" features (those features with a theoretical A z value of A^2 ) < A^) will be selected. Using order statistics [12][13][14][15], we have derived the probability that an optimal subset of features will be selected in the situation described above:…”
Section: Investigation Of Feature Selectionmentioning
confidence: 99%