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BreedReliabR: Methodology and empirical validation1 days ago
Workflow | Import the model outputs and specify a TPE | Check environmental support and uncertainty scale | Compare M0--M3 and calculate advancement probabilities | Interpret the H curve | External validation and empirical findings
BreedReliabR 0.1.1Ashutosh Sawarkarmethodology-and-validation.Rmd
From imported predictions to advancement reliability: simulated maize1 days ago
Decision and scope | 1. Fit-import boundary | 2. Specify the TPE | 3. Diagnose support before interpreting reliability | 4. Partition uncertainty with Omega | 5. Compare all four uncertainty scenarios | 6. Inspect advancement probabilities and selected sets | 7. Interpret reliability versus H | 8. TPE sensitivity and research use
BreedReliabR 0.1.1Ashutosh Sawarkar maize-workflow.Rmd
BreedReliabR: Methodology and empirical validation19 days ago
Workflow | Import the model outputs and specify a TPE | Check environmental support and uncertainty scale | Compare M0--M3 and calculate advancement probabilities | Interpret the H curve | External validation and empirical findings
BreedReliabR 0.1.1Ashutosh Sawarkarmethodology-and-validation.Rmd
From imported predictions to advancement reliability: simulated maize19 days ago
Decision and scope | 1. Fit-import boundary | 2. Specify the TPE | 3. Diagnose support before interpreting reliability | 4. Partition uncertainty with Omega | 5. Compare all four uncertainty scenarios | 6. Inspect advancement probabilities and selected sets | 7. Interpret reliability versus H | 8. TPE sensitivity and research use
BreedReliabR 0.1.1Ashutosh Sawarkar maize-workflow.Rmd