Nursing

Health care

Analytics

Pure mathematics

Raw data

Telehealth

Multidisciplinary approach

Field (mathematics)

Economics

Data mining

Computer science

Mathematics

Sociology

Data science

Artificial intelligence

Telemedicine

Medicine

Programming language

Economic growth

Data analysis

Human–computer interaction

Social science

Nursing Outlook

Objectives To offer practical guidance to nurse investigators interested in multidisciplinary research that includes assisting in the development of artificial intelligence (AI) algorithms for “smart” health management and aging-in-place. Methods Ten health-assistive Smart Homes were deployed to chronically ill older adults from 2015 to 2018. Data were collected using five sensor types (infrared motion, contact, light, temperature, and humidity). Nurses used telehealth and home visitation to collect health data and provide ground truth annotation for training intelligent algorithms using raw sensor data containing health events. Findings Nurses assisting with the development of health-assistive AI may encounter unique challenges and opportunities. We recommend: (a) using a practical and consistent method for collecting field data, (b) using nurse-driven measures for data analytics, (c) multidisciplinary communication occur on an engineering-preferred platform. Conclusions Practical frameworks to guide nurse investigators integrating clinical data with sensor data for training machine learning algorithms may build capacity for nurses to make significant contributions to developing AI for health-assistive Smart Homes.

A nurse-driven method for developing artificial intelligence in “smart” homes for aging-in-place