Contingency tables with structural zeros
William B. Smith, A. Rahulji Parsa
Abstract
William B. Smith, A. Rahulji Parsa
Abstract
In this paper, the method of Hocking and Oxspring (1971) to estimate multinomial probabilities when full and partial data are available for some cells is extended to estimate the cell probabilities of a contingency table with structural zeros. The estimates are maximum likelihood, and the process is sequential. The gain in precision is due to the use of partial data and the bias of the estimates is also investigated.
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In this paper, the method of Hocking and Oxspring (1971) to estimate multinomial probabilities when full and partial data are available for some cells is extended to estimate the cell probabilities of a contingency table with structural zeros. The estimates are maximum likelihood, and the process is sequential. The gain in precision is due to the use of partial data and the bias of the estimates is also investigated.
Key concepts: Contingency table, Multinomial distribution, Table (database), Maximum likelihood, Econometrics, Statistics, Contingency, Mathematics