SMARTS
SMARTS analyzes Reddit and Twitter posts to extract and characterize substance use behaviors and to predict individuals receptive to addiction recovery interventions for epidemiological and intervention research.
Key Features:
- Data Source Utilization: Harvests user-generated content from Reddit and Twitter to obtain real-time information on substance use behaviors.
- Natural Language Processing and Machine Learning: Applies NLP and machine learning techniques to analyze posts related to opioids, cannabis, kratom, alcohol, and cigarettes.
- Predictive Modeling: Implements predictive models to identify individuals who may be receptive to addiction recovery interventions.
- Data Extraction and Analysis: Extracts post topics, sentiment, drug- and recovery-related term usage, geolocation data, and age demographics from social media posts.
- Visualization Tools: Provides visualization capabilities to interpret trends and patterns in substance use data.
- Reference Data: Includes reference distributions derived from a dataset of 170,097 drug users for contextualizing findings.
Scientific Applications:
- Epidemiological Surveillance: Enables analysis of substance abuse epidemiology at individual and community levels using social media-derived data.
- Intervention Targeting: Supports design and targeting of addiction recovery interventions by predicting receptive individuals.
- Trend and Pattern Analysis: Facilitates characterization of temporal and demographic patterns in use of opioids, cannabis, kratom, alcohol, and cigarettes.
Methodology:
Integrates NLP and machine learning algorithms, including sentiment analysis, to process and analyze Reddit and Twitter posts and applies predictive modeling to identify individuals receptive to recovery interventions.
Topics
Details
- Added:
- 1/9/2020
- Last Updated:
- 1/16/2021
Operations
Publications
Jha D, Singh R. SMARTS: the social media-based addiction recovery and intervention targeting server. Bioinformatics. 2019;36(6):1970-1972. doi:10.1093/bioinformatics/btz800. PMID:31647520.
PMID: 31647520
Funding: - National Institutes for Health: R25MD011714