• Title of article

    Quantile regression-ratio-type estimators for mean estimation under complete and partial auxiliary information

  • Author/Authors

    Shahzad, U Department of Mathematics and Statistics - PMAS-Arid Agriculture University - Rawalpindi, Pakistan , Hanif, M Department of Mathematics and Statistics - PMAS-Arid Agriculture University - Rawalpindi, Pakistan , Sajjad, I Department of Lahore Business School - University of Lahore - Islamabad, Pakistan , Anas, M.M School of Science - Nanjing University of Science and Technology - Nanjing, Jiangsu, P.R. China

  • Pages
    11
  • From page
    1705
  • To page
    1715
  • Abstract
    Abstract. Traditional Ordinary Least Square (OLS) regression is commonly utilized to develop regression-ratio-type estimators through traditional measurement of location. Abid et al. Abid, M., Abbas, N., Zafar Nazir, H., et al. /Enhancing the mean ratio estimators for estimating population mean using non-conventional location parameters, Revista Colombiana de Estadistica, 39(1), pp. 63{79 (2016b), extended this idea and developed regression-ratio-type estimators based on traditional and non-traditional measures of location. In this article, the quantile regression with traditional and non-traditional measures of location is utilized and a class of ratio type mean estimators is proposed. The theoretical Mean Square Error (MSE) expressions are also derived. The work is also extended to two-phase sampling (partial information). The relationship between the proposed and existing groups of estimators is shown by considering real data collections originating from different sources. The discoveries are empowering and prevalent execution of the proposed group of the estimators is witnessed and documented throughout the article.
  • Keywords
    Two stage sampling , Simple random sampling , Ratio-type estimators , OLS regression , Quantile regression
  • Journal title
    Iranian Journal of Accounting, Auditing and Finance (IJAAF)
  • Serial Year
    2022
  • Record number

    2732046