| anaemia |
Micronutrient data on Anaemia in Fiji |
| create.mat |
To create and store calculated values of the objective function |
| data.alloc |
Allocate data To calculate the stratum sample sizes (nh) for a fixed sample size (n) directly based on the data |
| data.optim |
To implement the Dynamic Programming (DP) solution procedure on the stratification problem presented in the form of a Mathematical Programming Problem (MPP) |
| data.root |
Calculate the objective function value for a given (d, y) |
| distr.alloc |
To calculate the stratum sample sizes (nh) for a fixed sample size (n) based on the hypothetical distribution of the data |
| distr.optim |
To implement the Dynamic Programming (DP) solution procedure on the stratification problem presented in the form of a Mathematical Programming Problem (MPP) |
| distr.root |
Calculate the objective function value for a given (d, y) under a hypothesized distribution (scaled-data formulation) |
| erf |
To calculate the error for a normal variable |
| get.dist |
Determine best-fit distribution Identify the best-fit distribution for a univariate numeric vector |
| hies |
Household Income Expenditure Survey (HIES) in Fiji |
| math |
Mathematics Marks for First-year University Students |
| minim.val |
To identify the minimum value out of two given sets of values |
| mode.val |
To calculate the modal value of the data |
| realloc |
To re-allocate the stratum sample sizes (nh) |
| strata.data |
Stratification of Univariate Survey Population Using the Data |
| strata.distr |
Stratification of Univariate Survey Population Using the Distribution |
| sugarcane |
Sugarcane Farming Data in Fiji |
| summary.strata |
Format and Present Results |
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