Live Demos
Roche automates knowledge extraction from pathology reports
Lessons Learned De-Identifying 700 Million Patient Notes with Spark NLP
NLP for Finance – Automated Invoice Classification for Submission Compliance
A Real-time NLP-based Clinical Decision Support Platform for Psychiatry and Oncology
Leveraging Healthcare NLP Models in Regulatory Grade Oncology Data Curation
Extracting Disease Severity Measures from Unstructured Clinical Notes Using Spark NLP
Sentiment Analysis of Insurance Claims Using Spark NLP
Automated Extraction of Medical Risk Factors for Life Insurance Underwriting
Identifying opioid-related adverse events from unstructured text in electronic health records
Automated Classification and Entity Extraction from essential documents pertaining to Clinical Trials
Therapy Specific Outcomes – Rheumatology Insights using NLP
Building an Integrated Data Approach to Pharma Medical Affairs
Artificial Intelligence for Pharmacovigilance Processing
John Snow Labs’ Spark NLP for Healthcare Library Speeds Up Automated Language Processing with Intel® AI Technologies
Understand Patient Experience Journey to Improve Pharma Value Chain
Building Reproducible Evaluation Processes for Spark NLP Models
Building Patient Cohorts with NLP and Knowledge Graphs
Vakilsearch Understands Scanned Legal & Tax Forms Using John Snow Labs
Detecting Undiagnosed Conditions and Automating Medicare Risk Adjustment
A unified CV, OCR, and NLP approach for scalable document understanding at DocuSign
Adverse Drug Event Detection Using Spark NLP
Spark NLP in action: improving patient flow forecasting
Databricks Introduces Partner Connect with Seamless John Snow Labs Integration
Automated Patient Risk Adjustment and Medicare HCC Coding from Clinical Notes
Using Spark NLP in R: a Drug Standardization Case Study
SelectData interprets millions of patient stories with deep learned OCR and NLP
Spark NLP in action: intelligent, high-accuracy fact extraction from long financial documents
Using Spark NLP to De-Identify Doctor Notes in the German Language
Identifying Housing Insecurity and Other Social Determinants of Health from Free-Text Notes
Accelerating clinical risk adjustment through Natural Language Processing
Deep6 accelerates clinical trial recruitment with Spark NLP
Text Classification into a Hierarchical Market Taxonomy using Spark NLP at Bitvore
ESG Document Classification
Applying advanced analytics to help improve mental health among HIV positive adolescents in South Africa
SelectData uses AI to better understand home health patients
Burden Reduction: Using Spark NLP to provide assistive intelligence in documenting evidence-based guidelines
Best Practices in Improving NLP Accuracy for Clinical Entity Recognition & Resolution
Using Spark NLP to Enable Real-World Evidence (RWE) and Clinical Decision Support in Oncology
Using Spark NLP to build a drug discovery knowledge graph for COVID-19
Automating a Streaming Pipeline with OCR on Databricks Lakehouse
Beyond Context: Answering Deeper Questions by Combining Spark NLP and Graph Database Analytics
Abstracting Real World Data from Oncology Notes
Benefits and Challenges in de-identifying and linking unstructured medical records
Predictive Maintenance by Intelligent Mining of Manufacturing Incidents Using Spark NLP
Accelerating Biomedical Innovation by Combining NLP and Knowledge Graphs
Automated question answering about clinical guidelines
Applying State-of-the-art Natural Language Processing for Personalized Healthcare
Extracting what, when, why, and how from Radiology Reports in Real World Data acquisition projects
Using NLP to Improve Radiologist Productivity & Reduce Burnout
Building a Better Patient Chart: Combining structured, unstructured, and missing data
Automated Detection of Environmental, Social, and Governance Issues in Financial Documents
Automated and Explainable Deep Learning for Clinical Language Understanding at Roche
Automating PHI Removal from Healthcare Data With Natural Language Processing
Improving Drug Safety With Adverse Event Detection Using NLP
Building, Analyzing and Querying Biomedical Knowledge Graphs using Graphster
