Toward Automating HIV Identification: Machine learning for rapid identification of HIV Outcomes
Year: 2019
Type: article
Abstract: Introduction: "Social big data" from technologies like social media, wearable devices, and online searches continue to grow and can be used as tools for HIV research.Although researchers can uncover patterns and insights associated with HIV trends and transmission, the review process is time-consuming and resource intensive.Machine learning methods derived from computer science might be used to assist HIV domain experts by learning how to rapidly and accurately identify patterns associated with HIV from a large set of social data. Methods:Using an existing social media dataset that was associated with HIV and coded by an HIV domain expert, we tested whether four commonly used machine learning methods could learn the patterns associated with HIV risk behavior.We used the 10-fold cross validation method to examine the speed and accuracy of these models in applying that knowledge to detect HIV content in social media data. Results and Discussion: Logistic regression and random forest resulted in the highest accuracy in detecting HIV-related social data (85.3%)while the Ridge Regression Classifier resulted in the lowest accuracy.Logistic regression yielded the fastest processing time (16.98 seconds).Conclusion: Machine learning can enable social big data to become a new and important tool in HIV research, helping to create a new field of "digital HIV epidemiology."If a domain expert can identify patterns in social data associated with HIV risk or HIV transmission, machine learning models could quickly and accurately learn those associations and identify potential HIV patterns in large social datasets.
Authors: Sean D. Young, Wenchao Yu, Wei Wang
Language: English
Subfield: Health Information Management
Field: Health Professions
Domain: Health Sciences
Open Access status: green
OpenAlex ID: W2981355269