To prompt them at that time for whether or not this referenced thing in a dictated .txt file is actually a thing with a URI and have them confirm that those are the correct annotations for their input would save a lot of time and money.
Requisite study for Linked Data clinical coding / informatics:
- HIPAA and unstructured notes, HIPAA and Linked Data; Informed Consent; Precision Medicine
- Tokens; NLP, stemming, conceptual entity recognition
- The LODcloud; a great big graph of Linked Open Data (that our data does not yet link to, is siloed separately from, does not yet have references to existing URIs in)
- RDFa: RDF-in-html-Attributes
- JSON-LD: JSON Linked Data
- Schema.org/MedicalEntity ; /docs/schemas.html -> "Health and medical types" https://schema.org/docs/meddocs.html
- TTS Text-to-Speech, Speech-to-Text; Multimodal models with RAG, LORA, RLHF, Transformer Self Attention tensor Networks, Benchmarking OpenAI Whisper with relative performance metrics, ONNX
- FHIR for EHR data portability (JSON-LD,)
UX Improvements:
- More IDE-like unstructured data entry
- Auto-annotate this text field in place
- Auto-annotate this pasted text
- Auto-annotate this text field and display the linked data annotations
- Display the revisions of the unstructured note -> annotated linked data document
- Autocomplete with search from e.g. icd:
- Frequently used annotations per Clinician/Provider
- Recently used annotations per Clinician/Provider
- Hover over visually distinguished auto-recognized entities and approve/clarify/reject
- Indicate which prov:Agent added which annotations; human (name(s)), AI (signed git revision of repo URI)
- Indicate degree of confidence in annotation (note that AGI hypergraph systems have TruthValue and also AttentionValue, like attention networks; and that AGI systems may someday also support CDSS: Clinical Decision Support Systems and Health Decision Support Systems)