Article | 05-September-2021
The article presents a new probability distribution, created by compounding the Poisson distribution with the weighted exponential distribution. Important mathematical and statistical properties of the distribution have been derived and discussed. The paper describes the proposed model’s parameter estimation, performed by means of the maximum likelihood method. Finally, real data sets are analyzed to verify the suitability of the proposed distribution in modeling count data sets
Showkat Ahmad Dar,
Anwar Hassan,
Ahmad Para Bilal,
Sameer Ahmad Wani
Statistics in Transition New Series, Volume 22 , ISSUE 3, 157–174
Research Article | 04-September-2019
Vivek Verma,
Dilip C. Nath
Statistics in Transition New Series, Volume 20 , ISSUE 3, 1–29
Article | 20-September-2020
A new over-dispersed discrete probability model is introduced, by compounding the Poisson distribution with the weighted Ishita distribution. The statistical properties of the newly introduced distribution have been derived and discussed. Parameter estimation has been done with the application of the maximum likelihood method of estimation, followed by the Monte Carlo simulation procedure to examine the suitability of the ML estimators. In order to verify the applicability of the proposed
Bilal Ahmad Para,
Tariq Rashid Jan
Statistics in Transition New Series, Volume 21 , ISSUE 3, 171–184
Article | 05-September-2021
square-error, LINEX, weighted square error, Brown, entropy loss. Some uncertainty about a prior is assumed by a distorted band class of priors. The range of collective and Bayes premiums is calculated and posterior regret Γ-minimax premium as a robust procedure has been implemented. Two examples are provided to illustrate the issues considered - the first one with an unknown parameter of the Poisson distribution, and the second one with unknown parameters of distributions of the number and
Agata Boratyńska
Statistics in Transition New Series, Volume 22 , ISSUE 3, 123–140
Article | 17-February-2021
pooled gDNA was added to the real-time PCR assay. The pools were tested twice to confirm sensitivity and to ensure that individuals harboring c.449A variant are not missed.
Statistical Analysis
Ninety-five percent confidence intervals (CIs) for allele frequencies were calculated using the Poisson distribution.11
Results
The blood donor profile at the blood center where this study was carried out consisted mainly of the Hindu community; only a few sporadic donors came from the proband’s Muslim
S.R. Joshi,
S.B. Senjaliya,
K. Srivastava,
W.A. Flegel
Immunohematology, Volume 36 , ISSUE 4, 129–132