Comparison of Sampling Strategies.
A.M. Pedgaonkar, S.G. Prabhu-Ajgaonkar (1978)
Metrika
Similarity:
Displaying similar documents to “A Chain Ratio-Type Estimator in Finite Population Double Sampling Using Two Auxiliary Variables.”
Comparison of Sampling Strategies.
On Some Alternative Sampling Strategies Using Auxiliary Information.
D. Adhvaryu, P.C. Gupta (1983)
Metrika
Similarity:
On Efficiency of the Ratio Estimator.
A. Chaudhuri, A.K. Adhikary (1989)
Metrika
Similarity:
Estimating the Variance of the Ratio Estimator for the Midzuno-Sen Sampling Scheme.
T.J. Rao (1977)
Metrika
Similarity:
On the Variance of the Ratio Estimator for Midzuno-Sen Sampling Scheme
J.T. Rao (1966)
Metrika
Similarity:
Jack-Knifing the Ratio and the Product Estimators in Double Sampling.
S. Sengupta (1981)
Metrika
Similarity:
Admissible Unbiased Variance Estimation in Finite Population Sampling Under Randomized Response.
S. Sengupta, D. Kundu (1991)
Metrika
Similarity:
Estimation of Variance in Multi-Stage Sampling.
K.P. Srinath, M.A. Hidiroglou (1980)
Metrika
Similarity:
Predictive Estimation of Finite Population Mean Using Product Estimator.
S.K. Srivastava (1983)
Metrika
Similarity:
Regression-Type Estimators Using Two Auxiliary Variables and the Model of Double Sampling from Finite Populations.
B. Kiregyera (1984)
Metrika
Similarity:
An Optimum Sampling Design to Base HT-Method of Estimating a Finite Population Total.
P. Mukhopadhyay (1975)
Metrika
Similarity:
On Two Properties of an Unequal Probability Sampling Scheme.
A. Chaudhuri, A.K. Adhikary (1989)
Metrika
Similarity:
On some strategies using auxiliary information for estimating finite population mean.
L. N. Sahoo, J. Sahoo, Mariano Ruiz Espejo (1998)
Qüestiió
Similarity:
This paper presents an empirical investigation of the performance of five strategies for estimating the finite population mean using parameters such as mean or variance or both of an auxiliary variable. The criteria used for the choices of these strategies are bias, efficiency and approach to normality (asymmetry).