NimbleMiner
NimbleMiner generates lexicons of synonymous and related clinical terms by leveraging word embedding models applied to large-scale clinical text.
Key Features:
- Word embedding models: Uses word embedding models that represent words in continuous vector spaces to capture semantic relationships.
- Clinician interaction: Enables clinicians to interact with embedding models to identify terms similar to specified keywords.
- Lexicon output: Produces approximately 50 top potentially similar terms per validated term for lexicon creation.
- Parameter optimization: Supports parameter experiments; larger word window width sizes (n = 10) were found optimal in reported experiments.
- Corpus-scale processing: Processes large clinical corpora, demonstrated on 1,149,586 homecare visit records extracted from a US homecare agency.
- Rapid vocabulary construction: Enabled building a comprehensive fall-history vocabulary in about two hours.
Scientific Applications:
- Patient fall history extraction: Identifying and expanding terminology related to patient fall history in homecare visit notes.
- Clinical vocabulary enrichment: Expanding clinical vocabulary for nursing documentation and communication by discovering synonymous and related terms.
- Lexicon generation for clinical text analysis: Generating lexicons of synonymous and related terms to support downstream clinical text analysis.
Methodology:
Employs word embedding models that represent words in continuous vector spaces; supports interactive identification of terms similar to specified keywords; includes experiments varying model parameters, where larger word window widths (n = 10) yielded optimal results and provided ~50 top potentially similar terms per validated term.
Topics
Details
- Tool Type:
- command-line tool
- Added:
- 11/14/2019
- Last Updated:
- 1/4/2021
Operations
Publications
Topaz M, Murga L, Bar-Bachar O, McDonald M, Bowles K. NimbleMiner. CIN: Computers, Informatics, Nursing. 2019;37(11):583-590. doi:10.1097/cin.0000000000000557. PMID:31478922.
PMID: 31478922