|
WO2020084529A1
|
|
Applying machine learning to scribe input to improve data accuracy
|
|
WO2019217355A1
|
|
Hybrid batch and live natural language processing
|
|
US2019156926A1
|
|
Automated code feedback system
|
|
US2019050557A1
|
|
Methods and systems for managing password usage in a system for secure usage of shared accounts
|
|
CA2995696A1
|
|
Intelligent work routing
|
|
CA3051013A1
|
|
Computer-automated scribe tools
|
|
EP3571608A1
|
|
Methods and systems for manifestation and transmission of follow-up notifications
|
|
US2016267232A1
|
|
Hybrid human and computer-assisted coding workflow
|
|
US2017124258A1
|
|
Dynamic De-Identification of Healthcare Data
|
|
US2015269221A1
|
|
Search by example
|
|
US2015095025A1
|
|
Decoding-time prediction of non-verbalized tokens
|
|
US2015088504A1
|
|
Computer-Assisted Abstraction of Data and Document Coding
|
|
US2015081716A1
|
|
Computer-assisted abstraction for reporting of quality measures
|
|
US2014303977A1
|
|
Synchronized transcription rules handling
|
|
WO2014143710A1
|
|
Dynamic superbill coding workflow
|
|
US2014278549A1
|
|
Collaborative Synthesis-Based Clinical Documentation
|
|
EP2936335A1
|
|
User interface for predictive model generation
|
|
CA2895773A1
|
|
User interface for predictive model generation
|
|
WO2014028529A2
|
|
Maintaining a discrete data representation that corresponds to information contained in free-form text
|
|
US2014006431A1
|
|
Automated clinical evidence sheet workflow
|
