HL7 FHIR DevDays Boston 2018
| title | author | length |
|---|---|---|
| A General Intro to FHIR | Richard Ettema | 45m |
A concise walkthrough of FHIR basics with concrete takeaways: FHIR defines over 100 resource types, uses JSON/XML/Turtle formats, and requires a server to… | ||
| FHIR Messaging: the Unloved Paradigm | René Spronk | 41m |
Explains FHIR messaging as a bundle of type message built around a MessageHeader focus and supports notifications, query responses and transactional “messages… | ||
| Building on Cerner with SMART on FHIR | Shekleton, Syed | 42m |
Cerner exposes a cloud-hosted Ignite SMART on FHIR platform (live since 2014) with an open sandbox and weekly deployments; it supports writes (allergies… | ||
| FHIR Mapping Language | Grahame Grieve | 44m |
Defines a portable, purely declarative language plus a standard API that abstracts host storage/lookup so mappings run in any engine; provides a concrete… | ||
| How to Build a FHIR Server with HAPI | James Agnew | 28m |
Shows how a production FHIR façade can be built by writing small Java POJOs for resource providers and a tiny servlet-based server, deploying via Maven to… | ||
| Extending SMART on FHIR with FHIRcast | Isaac Vetter | 30m |
Realtime synchronization of disparate EHR-connected apps uses SMART on FHIR launch to deliver two launch parameters: hub URL and session id, then the app… | ||
| FHIR workflow | Lloyd McKenzie | 41m |
FHIR workflow lays out concrete patterns and tools: a two-year Workflow Project produces mappings from resources into three patterns — definition, request… | ||
| Java HAPI | James Agnew | 41m |
Java HAPI FHIR is a Java library that provides the FHIR data model classes, JSON and XML parsers, a fluent REST client plus an annotation client, and utilities… | ||
| Remote Decision Support with CDS Hooks | Kevin Shekleton | 42m |
CDS Hooks defines a vendor‑agnostic remote decision service that EHRs invoke on events like patient view hook or medication prescribed; services return… | ||
| Synthea: Massive FHIR Data | Jason Walonoski | 36m |
Synthea generates realistic but non‑real patient records by simulating life courses with state‑machine JSON modules, coupling disease progression to US census… | ||
| Integrating a FHIR Server in Your Architecture | Christiaan Knaap | 41m |
Explains concrete integration patterns: facade on the source, generic FHIR server in the middle, and facade on the consumer, showing when each is used and how… | ||
| FHIR Profiling: Overview & Introduction | Michel Rutten | 40m |
Explains how FHIR profiling produces machine-readable constraints (structureDefinitions, elementDefinitions) used for validation, code/UI generation and… | ||
| DICOM web concepts: an introduction | Genereaux, Hussain | 40m |
DICOMweb exposes DICOM over HTTP with RESTful services so you can query, retrieve and store images using QIDO-RS for queries, WADO-RS for retrieval and STOW-RS… | ||
| The FHIR .NET API | Marco Visser | 42m |
Shows how to install the Firely FHIR .NET SDK via NuGet and where the source lives on GitHub, then walks through concrete code: constructing Patient and… | ||
| IHE Profiles and FHIR (1) | John Moehrke | 49m |
IHE produces about 25 FHIR‑based profiles across domains and the IT Infrastructure domain builds reusable pieces like the MHD document API (DocumentReference… | ||
| Mapping V2 to FHIR and back | Simone Heckmann | 41m |
Uses the integration engine as the brain to convert V2 ADT A01 into a FHIR transaction bundle that carries per-resource request instructions, uses conditional… | ||
| Protocol Buffers for FHIR | Patrik Sundberg | 35m |
Open-source toolkit converts FHIR STU3 to Protocol Buffers with auto-generated protos, a Java FHIR-JSON parser and examples that upload to BigQuery; internal… | ||
| Emerging innovations in healthcare | John Halamka | 53m |
Argues that FHIR is already driving practical fixes: an insurer reverses a Depo‑Lupron denial after connected data review, and an open-source i2b2 query finds… | ||
| How to Build a FHIR Server with Vonk FHIR Facade | Christiaan Knaap | 43m |
Vonk FHIR Facade is a set of .NET NuGet packages that let a .NET app expose a legacy database as FHIR STU3/R3 resources; the demo builds a facade that maps a… | ||
| Devices on FHIR | Todd Cooper | 37m |
Devices on FHIR defines concrete IGs (Dec 2017 ballot, aiming normative by end of 2018) that map device data models into FHIR by reusing IEEE 11073 semantics… | ||
| SMART on FHIR | Mandel, Gottleib | 37m |
A standards‑based app platform that wires OAuth/OpenID Connect to FHIR and an EHR browser context, enabling EHR app launch and standalone launches that return… | ||
| C-CDA on FHIR | Rick Geimer | 46m |
C-CDA on FHIR is a U.S. realm STU published April 2018 that re-expresses CDA using the composition resource (header plus XHTML narrative) and references… | ||
| DICOM and FHIR | Genereaux, Hussain | 46m |
Explains how FHIR’s ImagingStudy resource is used to discover studies and link orders, encounters and DiagnosticReport while DICOMweb (QIDO, WADO‑RS retrieve… | ||
| Blue Button on FHI | Mark Scrimshire | 38m |
CMS publishes a FHIR-based consumer API that uses OAuth2.0 and HL7 FHIR to let beneficiaries share claims data, currently covering 53 million beneficiaries… | ||
| Terminology Services on FHIR | Rob Hausam | 46m |
FHIR exposes a terminology service stack that delivers concrete operations: CodeSystem, ValueSet, ConceptMap are used to declare systems, define sets and map… | ||
| IHE Profiles and FHIR (2) | John Moehrke | 37m |
Explains how MHD acts as a REST/JSON API into XDS/XCA: clients push a Bundle with a DocumentManifest, one or more DocumentReference and Binary pairs (CDA XML… | ||
| StructureDefinition 101 | Ewout Kramer | 44m |
Explains how the StructureDefinition resource encodes profiles and extensions as lists of ElementDefinition entries, shows snapshot vs differential and why… | ||
| Working with Personal Health Devices in FHIR | Melanie Yeung | 43m |
Continua/PCH Alliance maps device standards into a FHIR bundle that uses only Patient, Device and Observation resources, converting IEEE 11073 metric/numeric… | ||
| Scalable Data Science with FHIR | Ryan Brush | 35m |
Demonstrates encoding FHIR resources into a columnar Parquet layout and running interactive analysis at scale using Bunsen, Apache Spark and Jupyter Notebooks… | ||
| FHIR and LOINC | Daniel Vreeman | 36m |
FHIR serves as the transport for LOINC-coded data and lets systems query and act on concrete artifacts: use Observation resource lookups to find LOINC-tested… | ||
| The Argonaut Scheduling Project | Eric Haas | 40m |
Argonaut produces a FHIR STU3 scheduling Implementation Guide that implements a concrete REST API: the appointment-availability operation returns specific… | ||
| Implementation Guide Authoring | Ardon Toonstra | 35m |
Step‑by‑step guidance for turning FHIR profiles into a usable implementation guide: prefers web pages over PDFs, includes a home page with IG version and FHIR… | ||
| FHIRPath | Ewout Kramer | 38m |
FHIRPath is a path traversal and extraction language like XPath that points into FHIR instances to build search parameters, validation rules and narrative… | ||
| Distributing Decision Support with FHIR | Bryn Rhodes | 40m |
Implements the CDC opioid guideline recommendation 5 as executable FHIR artifacts: value sets, PlanDefinition + ActivityDefinition rules, and a CQL library… | ||
| Test driven development I: Introduction | Richard Ettema | 40m |
Overview of a working FHIR test ecosystem: a cloud platform called Touchstone executes TestScripts and presents step‑by‑step results, a TestScript resource… | ||
| Clinical Quality Improvement with FHIR | Bryn Rhodes | 37m |
Shows how FHIR’s Clinical Reasoning module and CQL libraries encode computable eCQMs (NCQA has 11 2018-spec measures published) and produce MeasureReport and… | ||
| FHIR Projects | Marcus, Bryan Young, Ron Shapiro | 37m |
Demo extracts Omron Bluetooth blood pressure and heart rate from Apple HealthKit on iOS 11.3, fills a STU3 Observation template to produce a FHIR JSON bundle… | ||
| JavaScript Full Stack Development | Abigail Watson | 35m |
Argues for running HL7 FHIR end-to-end in JavaScript and shows a working stack: Meteor + Node + MongoDB (V8) with React, Apollo/GraphQL, D3, Material UI… | ||
| Building Apps for EHR App Stores | Abigail Watson | 33m |
Step-by-step checklist for taking a Smart on FHIR app to market: implement Smart on FHIR using OAuth/OpenID with registered client IDs and scopes, prepare… | ||
| Structured Data Capture | Lloyd McKenzie | 41m |
FHIR uses Questionnaire and QuestionnaireResponse to capture forms and their filled instances and typically accumulates hundreds or thousands of responses per… | ||
| FHIR Projects | Gregorowicz, Ericson | 34m |
Compares four storage patterns and reports what actually worked: a HAPI JPA single-table approach simplifies schema but incurs many joins and search… | ||
| Data Query, US Core | Brett Marquard | 34m |
Argonaut/US Core defines the concrete profiles, bindings and search expectations that implement the ONC 2015 Common Clinical Data Set, narrowing a huge FHIR… | ||
| Test Driven Development II: Advanced | Richard Ettema | 45m |
Hands-on overview of the Touchstone Testing Platform showing concrete techniques: use of FHIRPath expressions, XPath and JSONPath for asserts, and external… | ||
| FHIR and Public Health | Paula Braun | 35m |
Public health mortality reporting moves from batch archives toward near‑real‑time FHIR pipes: a profiled FHIR representation of the death certificate (mapped… | ||
| Da Vinci Project Overview | Viet Nguyen | 38m |
Da Vinci coordinates ten large payers, three major EHR vendors and early provider pilots to build FHIR-based solutions for value based care with nine initial… | ||
| Building a clinical scenario | Viet Nguyen | 41m |
Hands-on demo of using clinFHIR to build FHIR scenario instances: practical claim is that clinicians can create a validating FHIR resource in about five… | ||
| FHIR Tools | Ron Shapiro | 38m |
Qvera FHIR Starter Kit runs inside Qvera’s interface engine, includes a demo webpage plus a mocked FHIR server, retrieves resources as JSON or XML (the demo… | ||
| Profiling for Clinicians | Viet Nguyen | 40m |
Hands-on profiling using ClinFHIR's ClinFHIR logical modeler demonstrates making a Condition profile for oncology: changing patient identifier cardinality to… | ||
| Validation in .NET and Java | Agnew, Kramer | 38m |
Shows how .NET (Firely) and Java (HAPI) perform FHIR profile validation, including concrete APIs, surprising costs, and what actually runs. Validation uses an… | ||
| Opening | Ewout Kramer | 23m |
Opening frames DevDays as a community-driven developer event now in the US, announces 380 attendees with a 70-person waiting list, and lays out concrete… | ||
| Overview of Argonaut Initiatives | Brett Marquard | 35m |
Argonaut catalogs concrete FHIR work: a data query and document query implementation guide (published as the basis for US Core STU3), a provider directory… | ||
| Profiling Academy: Profiling Guidelines | Marten Smits | 42m |
A practical set of profiling guidelines plus a live Profiling Academy on Simplifier shows how teams reuse and derive profiles, map to existing clinical models… | ||
| Keynote | Deven McGraw | 46m |
Explains why privacy is about trust and gives concrete legal contrasts: HIPAA lets covered entities share for treatment/payment/operations while GDPR… | ||
| FHIR Projects | Fernandez, Mitch Collier, Jim Allen | 34m |
Built a SMART on FHIR patient education app that authenticates with OAuth2 launch, reads patient context (active problems, active meds, procedures in the past… | ||
| FHIR4: what's new? | Grahame Grieve | 41m |
Release 4 makes the core infrastructure normative core frozen — data types, formats, REST API and key conformance artifacts (CodeSystem, ValueSet, ConceptMap… | ||
| Clinical Studies: How Can FHIR Help? | Geoff Low | 40m |
Shows how FHIR models map protocol elements into executable objects using ResearchStudy and ResearchSubject and example Python code that pulls… | ||
| All of Us / Sync for Science | Josh Mandel | 42m |
Sync for Science defines a concrete workflow and API list using SMART on FHIR and Argonaut profiles so research apps can fetch historical and weekly updates… | ||
| FHIR Projects | Srinivasan, Kirsten Hagemann, Rishi Tarar | 39m |
Prototype implements decision support for the Paul Coverdell stroke registry by firing FHIR Subscriptions on discharge events into a CQL engine (built on cqf… | ||
| Da Vinci Project Technology | Viet Nguyen | 31m |
Workstream delivers an implementation guide plus a runnable reference implementation for two concrete use cases: 30-day medication reconciliation and coverage… | ||
| Bulk Data | Mandel, Gottleib | 35m |
A new FHIR-based bulk export standard from SMART and HL7 defines a $export operation that runs async via respond-async header, returns a job URL to poll with… | ||
| Validation in .NET and Java: Questions | Agnew, Kramer | 28m |
Shows how a .NET Core app adds the STU3 NuGet and ships specification.zip with the app so the validator finds structure definitions, constructs a Patient, runs… | ||
| FHIR Projects | Huff, Brian Kaney | 34m |
Builds production SMART on FHIR apps using Node.js libraries and a small open-source client to test server capabilities before runtime, then normalizes… | ||
| Building a clinical scenario: Questions | Viet Nguyen | 33m |
Hands‑on demo of ClinFHIR’s scenario builder showing how to create Patient, Condition and Observation JSON, validate locally with a live terminology server… | ||
| Opening | Ewout Kramer | 10m |
Morning opening lists today's schedule: tutorials 9:00–13:30, afternoon program from 13:30 with a keynote on interoperability and privacy, comedian Frank… | ||
| HSPC | Nikolai Schwertner | 42m |
The Health Services Platform Consortium (HSPC) was founded in 2013 by Intermountain Healthcare, Louisiana State University, and the Veteran’s Administration to… | ||
| Closing | Grahame Grieve | 21m |
Live demo sends an Apple Watch heart rate to a public test server as a FHIR Observation using the vital signs profile and a phone app then a web app picks it… | ||
| Opening | Ewout Kramer | 12m |
Morning logistics and highlights: tutorials on the top floor link to exercises, a student app competition presents at 4:15 with judges and live demos, and a… | ||
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