Man pages for proteomicdesign
Optimization of a multi-stage proteomic study
| calculate.cost | Function to calculate the total cost of the multi-stage... |
| calculate.n3 | A function to calculate the stage III sample size based on... |
| do.one.experiment | Simulation function for calculate the expected number of... |
| do.one.experiment.t | Simulation function for calculating the expected number of... |
| Ftest.Ttest | A function to perform the paired t test for each protein, and... |
| genseq.appr | A sub function to generate the sub solution space |
| genseq.group | A sub function to generate the sub solution space |
| genseq.single | A sub function to generate the sub solution space |
| optim.two.stage.appr | Optimize numbers of discoveries by using an approximated... |
| optim.two.stage.group | Optimization of the design parameters in the discovery ,... |
| optim.two.stage.single | Optimization of the number of discoveries from a multistage... |
| ots.env | assign the current working environment |
| power | The power function used in the optim.two.stage.single... |
| power.appr | The power function used in the optim.two.stage.appr function |
| power.group.cost | Derive the averaged estimated costs of stage II and III and... |
| power.single.cost | Derive the averaged estimated costs of stage II and III and... |
| power.t | The power function used in the optim.two.stage.single... |
| proteomic.optim.two.stage.v2.0-package | Optimization of a multi stage proteomic study |
| Ttest | The function to calculate the p values for each protein in... |
