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boinet

Simulation study of BOIN-ET family

You can install the related version of boinet from GitHub with:

devtools::install_github("yamagubed/boinet")

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Version

Install

install.packages('boinet')

Monthly Downloads

411

Version

1.4.0

License

MIT + file LICENSE

Maintainer

Yusuke Yamaguchi

Last Published

June 26th, 2025

Functions in boinet (1.4.0)

print.tite.gboinet

Print tite.gboinet

Summary method for boinet objects

summary.gboinet

Summary method for gboinet objects

summary.tite.boinet

Summary method for tite.boinet objects

Grid Search Optimization for BOIN-ET Design Boundaries

utility.truncated.linear

Truncated Linear Utility Function for Toxicity-Efficacy Trade-offs

utility.weighted

Weighted Utility Function for Toxicity-Efficacy Trade-off

summary.tite.gboinet

Summary method for tite.gboinet objects

TITE-BOIN-ET: Time-to-Event Bayesian Optimal Interval Design

utility.scoring

Discrete Scoring Utility Function for Toxicity-Efficacy Trade-offs

Model Averaging of Multiple Unimodal Isotonic Regression

TITE-gBOIN-ET: Time-to-Event Generalized BOIN Design for Ordinal Graded Outcomes

BOIN-ET: Bayesian Optimal Interval Design for Dose-Finding Based on Efficacy and Toxicity

format_boinet_results

Format BOIN-ET Results for Reporting

extract_boinet_data

Extract Tidy Data from BOIN-ET Results

create_boinet_tables

Create Report-Ready Tables from BOIN-ET Results

extract_design_summary

Extract Design Parameters Summary

create_oc_gt_table

Create GT Table for Operating Characteristics

create_design_gt_table

Create GT Table for Design Parameters

extract_operating_characteristics

Extract Operating Characteristics in Tidy Format

print.tite.boinet

Print tite.boinet

Optimal Biological Dose Selection

Fractional Polynomial Logistic Regression for Dose-Efficacy Modeling

gBOIN-ET: Generalized Bayesian Optimal Interval Design for Ordinal Graded Outcomes