fitODBOD

How it Started : How it Ended

In Twitter I recently observed people tweeting two photos,where under one the caption is “How it started” and the other “How it ended”. I figured why not change this humorous trend to journal articles as well. We start with an initial submission but after rejections and comments the article might get severely scrutinized. Not always but sometimes this leads to somewhat of a stunning transformation of the research idea. Hence, below I have provided how my initial article for the “fitODBOD” R package has evolved.

fitODBOD: An R Package to Model Binomial Outcome Data using Binomial Mixture and Alternate Binomial Distributions.

The R package fitODBOD can be used to identify the best-fitting model for Over-dispersed Binomial Outcome Data(BOD).The Triangular Binomial(TriBin),Beta-Binomial(BetaBin), Kumaraswamy Binomial (KumBin), Gaussian Hypergeometric Generalized …

CRAN-fitODBOD: fitting Over Dispersed Binomial Outcome Data

Binomial Outcome Data has vast amount use in the field of biology, medicine and epidemiology. Modelling such data relative to Binomial Mixture Distributions were discussed because Binomial distribution fails to model the data. The reason is actual …

Website-fitODBOD: fitting Over Dispersed Binomial Outcome Data

Using [pkgdown](https://pkgdown.r-lib.org/) a genuine website for fitODBOD was generated. There is no extra work to be done here, because pkgdown uses our existing man files and vignettes to create this website. It is quite easy and convenient for a …

Tree of Binomial Distribution

Brief introduction on Binomial Distribution and its expansion based on data.

Developing an R package

Developing your own package in R with steps and helpful materials.

Benchmarking the mle and mle2 function

Using different analytical methods from the mle and mle2 optimizing function.

Benchmarking the maxLik function

Comparing the analytical methods of the maxLik optimizing function.

Benchmarking the optim function

Opimizing using 'optim' function and comparing analytical methods.

Benchmarking optimization functions in R

Comparing optimization functions for the estimation of shape parameters from the Beta-Binomial distribution.