Lorentz JÄNTSCHI (lori) works ?id=310
- [id] => 310
- [recorddate] => 2019:03:13:13:34:38
- [lastupdate] => 2019:03:13:13:34:38
- [type] => article
- [place] => Basel, CH
- [subject] => informatics - models implementation; informatics - simulation; mathematics - applied; mathematics - modeling; mathematics - probability theory; mathematics - statistics
- [relatedworks] =>
- 2 (average):
- Agreement between Observation and Theoretical Model: Anderson Darling Statistic, ?id=290
- Maximum Likelihood Estimation in determination of power of the error in bivariate linear models involving generalized Gauss-Laplace distributed variables, ?id=291
- Performances of Shannon’s Entropy Statistic in Assessment of Distribution of Data, ?id=302

- 4 (some):
- Distribution fitting 1. Parameters estimation under assumption of agreement between observation and model, ?id=195
- Observation vs. observable: maximum likelihood estimations according to the assumption of generalized Gauss and Laplace distributions, ?id=206

- [file] => ?f=310
- [mime] => application/pdf
- [size] => 2175665
- [pubname] => Mathematics
- [pubinfo] => MDPI
- [pubkey] => ISSN 2227-7390
- [workinfo] => 6(6): 88(17p). DOI: 10.3390/math606008
- [year] => 2018
- [title] => Computation of probability associated with Anderson-Darling statistic
- [authors] => Lorentz JÄNTSCHI, Sorana D. BOLBOACĂ
- [abstract] =>

The correct application of a statistical test is directly connected with information related to the distribution of data. Anderson–Darling is one alternative used to test if the distribution of experimental data follows a theoretical distribution. The conclusion of the Anderson–Darling test is usually drawn by comparing the obtained statistic with the available critical value, which did not give any weight to the same size. This study aimed to provide a formula for calculation of p-value associated with the Anderson–Darling statistic considering the size of the sample. A Monte Carlo simulation study was conducted for sample sizes starting from 2 to 61, and based on the obtained results, a formula able to give reliable probabilities associated to the Anderson–Darling statistic is reported.
- [keywords] => Anderson–Darling test (AD); probability; Monte Carlo simulation
- [acknowledgment] => https://encyclopedia.pub/item/show/probability_associated_with_anderson-darling_statistic