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(1973), page 34.) Note that in the two-sample case the estimator for
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(1973), page 34.) Note that in the two-sample case the estimator for
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| 91 |
the difference in location parameters does \bold{not} estimate the
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the difference in location parameters does \bold{not} estimate the
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| 92 |
difference in medians (a common misconception) but rather the median
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difference in medians (a common misconception) but rather the median
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| 93 |
of the difference between a sample from \code{x} and a sample from
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of the difference between a sample from \code{x} and a sample from
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\code{y}.
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94 |
\code{y}.
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| 95 |
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95 |
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| 96 |
If exact p-values are available, an exact confidence interval is
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96 |
If exact p-values are available, an exact confidence interval is
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obtained by the algorithm described in Bauer (1972), and the
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97 |
obtained by the algorithm described in Bauer (1972), and the
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| 98 |
Hodges-Lehmann estimator is employed. Otherwise, the returned
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98 |
Hodges-Lehmann estimator is employed. Otherwise, the returned
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| 99 |
confidence interval and point estimate are based on normal
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99 |
confidence interval and point estimate are based on normal
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| 100 |
approximations. These are continuity-corrected for the interval but
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100 |
approximations. These are continuity-corrected for the interval but
|