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Accepted for/Published in: JMIR Formative Research

Date Submitted: Apr 24, 2022
Date Accepted: Nov 30, 2022

The final, peer-reviewed published version of this preprint can be found here:

Content Recommendation Systems in Web-Based Mental Health Care: Real-world Application and Formative Evaluation

Chaturvedi A, Aylward B, Shah S, Graziani G, Zhang J, Manuel B, Telawa E, Froelich S, Baruwa O, Kulkarni P(, Ξ W, Kunkle S

Content Recommendation Systems in Web-Based Mental Health Care: Real-world Application and Formative Evaluation

JMIR Form Res 2023;7:e38831

DOI: 10.2196/38831

PMID: 36656628

PMCID: 9896352

Warning: This is an author submission that is not peer-reviewed or edited. Preprints - unless they show as "accepted" - should not be relied on to guide clinical practice or health-related behavior and should not be reported in news media as established information.

Content recommendation systems in mental healthcare: Practical application and formative evaluation

  • Akhil Chaturvedi; 
  • Brandon Aylward; 
  • Setu Shah; 
  • Grant Graziani; 
  • Joan Zhang; 
  • Bobby Manuel; 
  • Emmanuel Telawa; 
  • Stefan Froelich; 
  • Olalekan Baruwa; 
  • Prathamesh (Param) Kulkarni; 
  • Watson Ξ; 
  • Sarah Kunkle

ABSTRACT

Background:

Recommender systems have great potential in mental health care to provide self-guided content to supplement the mental health journey for patients scalably; however, traditional filtering approaches often have skewed input data distributions, are static or may not account for changes in symptoms and clinical presentation. In this study, we describe and evaluate two knowledge-based content recommendation system models as part of Ginger, an on-demand mental health platform that seek to address the issues above.

Objective:

In this study, we describe and evaluate two knowledge-based content recommendation system models as part of Ginger, an on-demand mental health platform that seek to address the issues above.

Methods:

We developed two models to provide content recommendations for the Ginger mental health app content. First, a method that uses members' responses to onboarding questions to recommend content cards from the content library of the mental health platform. Second, a dynamic conversation-based recommendation method that matches the semantic similarity between the content of a conversation and the text description of content cards to make recommendations suitable for a conversational snippet. As a measure of success for these recommendation models, we examined the relevance of content cards to members’ conversations with their coach and completion rates of selected content within the app measured over 14018 users.

Results:

Conversation-based recommendation models performed better than random recommendations for all lengths of conversational sessions considering fractions of relevant cards as well as very relevant cards. In an offline analysis, conversation-based recommendations had a 16.1% higher relevance rate (for the top 5 recommended cards) averaged across sessions of varying lengths as compared to a random control algorithm. Comparing completion rates of content delivered in the app to over 14018 users, conversation-based content recommendations that had 11.4% higher completion rates per card than onboarding response based recommendations (P=.003) and 26.1% higher than random recommendations (P=.005)).

Conclusions:

Recommender systems can help scale and supplement digital mental health care with relevant content and self-care recommendations. Conversation-based recommendation models allow for dynamic recommendations based on information gathered during the course of text-based coaching sessions, which is a critical capability given the changing nature of mental health over the course of treatment.


 Citation

Please cite as:

Chaturvedi A, Aylward B, Shah S, Graziani G, Zhang J, Manuel B, Telawa E, Froelich S, Baruwa O, Kulkarni P(, Ξ W, Kunkle S

Content Recommendation Systems in Web-Based Mental Health Care: Real-world Application and Formative Evaluation

JMIR Form Res 2023;7:e38831

DOI: 10.2196/38831

PMID: 36656628

PMCID: 9896352

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