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| binGroup-package | Statistical Methods for Group Testing. |
| bgtAC | Point estimator and Confidence intervals for a binomial proportion in binomial group testing |
| bgtBlaker | Point estimator and Confidence intervals for a binomial proportion in binomial group testing |
| bgtCI | Point estimator and Confidence intervals for a binomial proportion in binomial group testing |
| bgtCP | Point estimator and Confidence intervals for a binomial proportion in binomial group testing |
| bgtPower | Power to reject a hypothesis using confidence intervals in binomial group testing |
| bgtPowerI | Power to reject a hypothesis using confidence intervals in binomial group testing |
| bgtSOC | Point estimator and Confidence intervals for a binomial proportion in binomial group testing |
| bgtTest | p values for testing binomial proportions from binomial group testing |
| bgtvs | Binomial group testing with variable group sizes |
| bgtWald | Point estimator and Confidence intervals for a binomial proportion in binomial group testing |
| bgtWidth | Calculate the expected width of a confidence interval in binomial group testing |
| bgtWidthI | Calculate the expected width of a confidence interval in binomial group testing |
| bgtWilson | Point estimator and Confidence intervals for a binomial proportion in binomial group testing |
| binAC | Confidence interval methods for a single binomial proportion |
| binBlaker | Confidence interval methods for a single binomial proportion |
| binCI | Confidence interval methods for a single binomial proportion |
| binCP | Confidence interval methods for a single binomial proportion |
| binDesign | Sample Size Iteration for One Parameter Binomial Problem |
| binGroup | Statistical Methods for Group Testing. |
| binPower | Power Calculation for One Parameter Binomial Problem |
| binPowerI | Power Calculation for One Parameter Binomial Problem |
| binSOC | Confidence interval methods for a single binomial proportion |
| binTest | Hypothesis tests for One Binomial Proportion |
| binWald | Confidence interval methods for a single binomial proportion |
| binWidth | Expected CI width for a Single Binomial Proportion |
| binWilson | Confidence interval methods for a single binomial proportion |
| EM | Fitting Group Testing Models |
| EM.mp | Fitting Group Testing Models in Matrix Pooling Setting |
| estDesign | Sample Size Iteration Depending on Minimal MSE in One-Parameter Group Testing |
| gtreg | Fitting Group Testing Models |
| gtreg.fit | Fitting Group Testing Models |
| gtreg.mp | Fitting Group Testing Models in Matrix Pooling Setting |
| hivsurv | Data from an HIV surveillance project |
| msep | Sample Size Iteration Depending on Minimal MSE in One-Parameter Group Testing |
| nDesign | Iterate Sample Size in One Parameter Group Testing |
| plot.binDesign | Plot Results of binDesign |
| plot.nDesign | Plot Results of nDesign or sDesign |
| plot.sDesign | Plot Results of nDesign or sDesign |
| predict.gt | Predict Method for Group Testing Model Fits |
| print.bgtCI | Print Function for bgtCI |
| print.bgtTest | p values for testing binomial proportions from binomial group testing |
| print.bgtvs | Print Function for bgtvs |
| print.binDesign | Print Function for binDesign |
| print.gt | Print methods for objects of classes "gt" and "gt.mp" |
| print.gt.mp | Print methods for objects of classes "gt" and "gt.mp" |
| print.nDesign | Print Functions for nDesign and sDesign |
| print.sDesign | Print Functions for nDesign and sDesign |
| print.summary.gt | Print Functions for summary.gt.mp and summary.gt |
| print.summary.gt.mp | Print Functions for summary.gt.mp and summary.gt |
| residuals.gt | Extract Model Residuals From a Fitted Group Testing Model |
| sDesign | Iterate Group Size for a One-Parameter Group Testing Problem |
| sim.g | Simulation Function for Group Testing Data |
| sim.mp | Simulation Function for Group Testing Data with Matrix Pooling Design |
| summary.gt | Summary Method for Group Testing Model (Simple Pooling) Fits |
| summary.gt.mp | Summary Method for Group Testing Model (Matrix Pooling) Fits |