Financial Projections and Planning for Health Care Practices

Quantifying and Monetizing Health Impacts Attributable to
Exposure

A Comprehensive Collection of Health and Human Motion Datasets

The Machine Learning and AI Modeling Companion to 'healthyR'

The Time Series Modeling Companion to 'healthyR'

Easily Download Heaps of PDF and CSV Files

A Workflow to Process Data Collected with PULSE Systems

Heat exchange calculations during physical activity

Fit Statistic for Binary Dependent Variable Models

Interactive Cluster Heat Maps Using 'plotly' and 'ggplot2'

Estimators and Algorithms for Heavy-Tailed Distributions

Fit Normal, Student-t or Contaminated Normal Heckman Selection
Models

Estimation and Inference for Heckman Selection Models with
Cluster-Robust Variance
R package heckmanGE version 1.0.0

Heckman Selection Models Based on Bayesian Analysis

An Implementation of the Hedged Random Forest Algorithm

Markov Models for Health Economic Evaluations

Decode and Validate HEIMS Data from Department of Education,
Australia
R package heims version 0.4.0

Score and Plot the Healthy Eating Index from NHANES Data

Providing 'stringsAsFactors=FALSE' Variants of 'data.frame()'
and 'as.data.frame()'
R package hellno version 0.0.1

Datasets from the Hello Data Science Book
R package hellodatascience version 0.1.0

Minimal Examples of Using Rust Code in R

Visualizing Hypothesis Tests in Multivariate Linear Models

Companion to the 'xeus-r' 'jupyter' Kernel

'sf'-Based Interface to the 'HERE' REST APIs

Marker-Based Estimation of Heritability Using Individual Plant
or Plot Data

Heritability Estimation from Mixed Models

Efficient Sequential and Batch Estimation of Univariate and
Bivariate Probability Density Functions and Cumulative
Distribution Functions along with Quantiles (Univariate) and
Nonparametric Correlation (Bivariate)
R package hermiter version 2.3.1

Health Economic Simulation Modeling and Decision Analysis

Heritability-Based Estimation of Sample Size for RNA-Seq Data

Unsupervised Feature Selection using the Heterogeneous
Correlation Matrix