
IQVIA NLP Interactive Extraction is our powerful NLP tool that unlocks your ability to process and structure the messy, hard-to-abstract textual data you need to support your business-critical decisions.
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IQVIA
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Full-powered NLP for your business-critical queries
It’s well documented that free text makes up 80% of all data and that it is difficult to analyze. IQVIA NLP Interactive Extraction is our powerful NLP tool that unlocks your ability to process and structure the messy, hard-to-abstract textual data you need to support your business-critical decisions. Specifically created for Natural Language Processing experts, data scientists and power users who want to build precise queries to identify accurate information for their business or customers.
Advanced text mining that can take on your most complex linguistic challenges
Our NLP Interactive Extraction has a proven track record in delivering best-of-breed text mining capabilities across a broad range of application areas. Its agile nature allows fine-tuning of query strategies to deliver the precision and recall needed for specific tasks – all at an enterprise scale. FLEXIBLE & INTERACTIVE The interface is easy to navigate and similar in use to a conventional search engine. It can be deployed on-premise, in the Cloud, or in hybrid applications. TERMINOLOGY PLUG-INS Domain knowledge plug-in capability enhances semantic search with taxonomies, thesauri and ontologies. Chemistry-enabled text mining can also help you identify structurally-similar chemical compounds. FEDERATED QUERIES Easily set up several data sets (e.g., MEDLINE, patents, internal documents) and submit a single query to them all. OPEN QUERY FORMAT Extraction And Search Language (EASL) uses a YAML format to automate creation, development and maintenance of IQVIA NLP Interactive Extraction queries.
Bespoke queries using powerful NLP
With NLP Interactive Extraction, you can:
- Group words into meaningful units, such as relationships and entities
- Increase recall by recognizing morphological variant forms of words
- Perform targeted search within specific regions of documents
- Search for entities like mutations, email addresses or telephone numbers, using ad hoc substring, wildcard or regular expression query items
- Use negated items to exclude unwanted hits from your results
- Extract quantitative information such as dosages, concentrations, binding constants and timing
- Mix document- and sentence-level queries to find information in context
- Disambiguate using context to remove false positives