We have designed Stein-type (Stein, 1945, Annals of Mathematical Statistics) two-stage,
modified two-stage (Mukhopadhyay and Duggan, 1997, Sankhya, Series A), and purely …

We begin with a review of asymptotic properties of a purely sequential minimum risk point
estimation (MRPE) methodology for an unknown mean in a one-parameter exponential …

In a normal distribution with its mean unknown, we have developed Stein type two-stage
and Chow and Robbins type purely sequential strategies to estimate the unknown variance …

In this paper, we develop purely sequential, two-stage, three-stage, and “accelerated”
sequential procedures for the point estimation of the location of negative exponential …

Sequential analysis (SA) as a sampling technique has notable advantages like smaller
average sample size and reduced value of risk compared to similarly comparable fixed …

In this research, we present two-stage and purely sequential methodologies for estimating
the scale parameter of the Moore and Bilikam family of lifetime distributions (see Moore and …

This paper deals with developing a general class of accelerated sequential procedures and
obtaining the associated second-order approximations for the expected sample size …

We have designed a sequential minimum risk point estimation (MRPE) strategy for the
unknown mean of a normal population having its variance unknown too. This is developed …

The problem of Bayes sequential estimation of the mean in one-parameter exponential
family with LINEX (linear-exponential) loss function and fixed cost for each observation is …

We begin with a discussion of results on the asymptotic properties associated with purely
sequential minimum risk point estimation (MRPE) methodology for an unknown mean when …