Expanding impact of mobile health programs: SAHELI for maternal and child care

Author:

Verma Shresth1ORCID,Singh Gargi1,Mate Aditya12,Verma Paritosh13,Gorantla Sruthi14,Madhiwalla Neha5,Hegde Aparna5,Thakkar Divy1,Jain Manish1,Tambe Milind1,Taneja Aparna1

Affiliation:

1. Google Research India Bangalore India

2. Harvard University Cambridge Massachusetts USA

3. Purdue University West Lafayette Indiana USA

4. Indian Institute of Science, Bangalore Bangalore India

5. ARMMAN Mumbai India

Abstract

AbstractUnderserved communities face critical health challenges due to lack of access to timely and reliable information. Nongovernmental organizations are leveraging the widespread use of cellphones to combat these healthcare challenges and spread preventative awareness. The health workers at these organizations reach out individually to beneficiaries; however, such programs still suffer from declining engagement. We have deployed Saheli, a system to efficiently utilize the limited availability of health workers for improving maternal and child health in India. Saheli uses the Restless Multi‐armed Bandit (RMAB) framework to identify beneficiaries for outreach. It is the first deployed application for RMABs in public health, and is already in continuous use by our partner NGO, ARMMAN. We have already reached ∼130K beneficiaries with Saheli, and are on track to serve one million beneficiaries by the end of 2023. This scale and impact has been achieved through multiple innovations in the RMAB model and its development, in preparation of real world data, and in deployment practices; and through careful consideration of responsible AI practices. Specifically, in this paper, we describe our approach to learn from past data to improve the performance of Saheli's RMAB model, the real‐world challenges faced during deployment and adoption of Saheli, and the end‐to‐end pipeline.

Publisher

Wiley

Subject

Artificial Intelligence

Reference30 articles.

1. ARMMAN.2008. “About ARMMAN.” Accessed: August 12 2022.https://armman.org/about‐us.

2. ARMMAN.2019. “Assessing the Impact of Mobile‐based Intervention on Health Literacy among Pregnant Women in Urban India.” Accessed: August 12 2022.https://armman.org/wp‐content/uploads/2019/09/Sion‐Study‐Abstract.pdf.

3. Federated learning of predictive models from federated Electronic Health Records

4. Heart Failure Patient Adherence

5. The Law of Attrition

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