This paper discusses stochastic comparisons on the finite $\alpha$-mixture of additive hazard models. Sufficient conditions on the underlying distribution parameters and the mixing probabilities are established for the comparisons of different $\alpha$-mixtures of survival or distribution functions of these models with respect to the usual stochastic order and the hazard rate order, respectively. Several examples are also presented to illustrate the theoretical findings.
Lazam Razzaq,A. , Almasi,I. and Saadat Kia (Barmalzan),G. (2025). Comparisons of finite $\alpha$-mixture of additive hazard rate models. (e5660). AUT Journal of Mathematics and Computing, (), e5660 doi: 10.22060/ajmc.2025.23236.1244
MLA
Lazam Razzaq,A. , , Almasi,I. , and Saadat Kia (Barmalzan),G. . "Comparisons of finite $\alpha$-mixture of additive hazard rate models" .e5660 , AUT Journal of Mathematics and Computing, , , 2025, e5660. doi: 10.22060/ajmc.2025.23236.1244
HARVARD
Lazam Razzaq A., Almasi I., Saadat Kia (Barmalzan) G. (2025). 'Comparisons of finite $\alpha$-mixture of additive hazard rate models', AUT Journal of Mathematics and Computing, (), e5660. doi: 10.22060/ajmc.2025.23236.1244
CHICAGO
A. Lazam Razzaq, I. Almasi and G. Saadat Kia (Barmalzan), "Comparisons of finite $\alpha$-mixture of additive hazard rate models," AUT Journal of Mathematics and Computing, (2025): e5660, doi: 10.22060/ajmc.2025.23236.1244
VANCOUVER
Lazam Razzaq A., Almasi I., Saadat Kia (Barmalzan) G. Comparisons of finite $\alpha$-mixture of additive hazard rate models. AUT J Math Comput, 2025; (): e5660. doi: 10.22060/ajmc.2025.23236.1244
