This document discusses Cerner's efforts to build an open platform for healthcare applications and data sharing using FHIR and SMART on FHIR standards. It provides an overview of Cerner's APIs and developer tools including documentation, code repositories, and a validation process for apps. The goal is to create an ecosystem where independent developers can build apps and extensions that integrate with Cerner's EHR system to extend its functionality and drive innovation.
This document discusses validation of FHIR resources in .NET and Java. It provides an overview of validation inputs and approaches in the two languages. In .NET, validation uses packages that handle instance data, specifications, terminology services, and validation. The Java HAPI library similarly provides a parser error handler for structural validation and a validator for semantic validation based on profiles and rules. The document demonstrates using validators in code and discusses considerations for validation approaches.
This document provides an overview of StructureDefinition resources in FHIR. StructureDefinition resources describe the definition and validation rules for core FHIR resources, data types, logical models, and extensions. They contain metadata and constraints that are used to validate conformance to FHIR standards. The speaker discusses the key components of StructureDefinition resources, including differentials, snapshots, references between definitions, and slices.
The document discusses IHE profiles that use FHIR and DICOMweb standards to address interoperability use cases. IHE develops integration profiles that define actors, transactions, and options to enable seamless health information exchange. Several IHE domains are working with FHIR and DICOMweb, including Radiology, IT Infrastructure, and Patient Care Coordination. Numerous profiles are described that specify how FHIR resources and DICOMweb transactions support workflows like image sharing, alert communication, clinical mapping, and care planning. IHE brings together healthcare stakeholders to test and promote standardized implementation of profiles through connectathons.
Integrating with the epic platform fhir dev days 17DevDays
Zach Vaughan presented on integrating with the Epic platform using FHIR and emerging standards. Epic supports FHIR through its open APIs and the FHIRcast event notification system, allowing external applications and systems to access data in the Epic EHR and be notified of relevant events. FHIR resources like Patient, Practitioner, and Observation are available today from Epic, with more like Medication Request and Diagnostic Report coming in 2018.
This document discusses messaging in healthcare IT standards. It describes messaging as a loosely coupled paradigm where systems may not always be available to query and store-and-forward architectures are used. Messaging is triggered by business events and implies behavioral expectations between systems. It allows both synchronous request-response interactions and asynchronous messaging. Several healthcare organizations use messaging for applications like immunization record submission and prescription exchange where volume is high and systems may not always be online.
The document discusses SMART on FHIR, a specification for creating medical applications that can run across different electronic health record systems. It was created to facilitate sharing of clinical knowledge through interactive apps. The specification addresses challenges like defining a data model, security protocols using OAuth2 and OpenID Connect, and user interface integration. It also describes using FHIR resources and profiles to define the data contracts apps need to exchange data. The goal is to allow developers to create substitutable apps that improve care without being restricted to a single EHR vendor.
The document discusses securing FHIR (Fast Healthcare Interoperability Resources) APIs with OAuth. It provides an overview of security considerations for FHIR including communications security, authentication, authorization, audit logs, digital signatures, attachments, and security labels. It then explains how OAuth can be used to authenticate clients and authorize access to patient data while allowing patients to retain control over their personal health information and grant access on a granular, as-needed basis.
SMART on FHIR is an open standards initiative that allows third-party applications to access patient medical records through a common API and using the FHIR standard. It establishes a security context through OAuth2 and launches applications by supplying a FHIR server endpoint. Apps can then obtain a security token to access specific FHIR resources like Patient or Observation data based on an authorized scope of use. The goal is to enable substitutable medical apps to plug-and-play across varied health record systems using common data formats, terminology, authentication, and appropriate access controls.
This document discusses validation of FHIR resources in .NET and Java. It provides an overview of validation inputs and approaches in the two languages. In .NET, validation uses packages that handle instance data, specifications, terminology services, and validation. The Java HAPI library similarly provides a parser error handler for structural validation and a validator for semantic validation based on profiles and rules. The document demonstrates using validators in code and discusses considerations for validation approaches.
This document provides an overview of StructureDefinition resources in FHIR. StructureDefinition resources describe the definition and validation rules for core FHIR resources, data types, logical models, and extensions. They contain metadata and constraints that are used to validate conformance to FHIR standards. The speaker discusses the key components of StructureDefinition resources, including differentials, snapshots, references between definitions, and slices.
The document discusses IHE profiles that use FHIR and DICOMweb standards to address interoperability use cases. IHE develops integration profiles that define actors, transactions, and options to enable seamless health information exchange. Several IHE domains are working with FHIR and DICOMweb, including Radiology, IT Infrastructure, and Patient Care Coordination. Numerous profiles are described that specify how FHIR resources and DICOMweb transactions support workflows like image sharing, alert communication, clinical mapping, and care planning. IHE brings together healthcare stakeholders to test and promote standardized implementation of profiles through connectathons.
Integrating with the epic platform fhir dev days 17DevDays
Zach Vaughan presented on integrating with the Epic platform using FHIR and emerging standards. Epic supports FHIR through its open APIs and the FHIRcast event notification system, allowing external applications and systems to access data in the Epic EHR and be notified of relevant events. FHIR resources like Patient, Practitioner, and Observation are available today from Epic, with more like Medication Request and Diagnostic Report coming in 2018.
This document discusses messaging in healthcare IT standards. It describes messaging as a loosely coupled paradigm where systems may not always be available to query and store-and-forward architectures are used. Messaging is triggered by business events and implies behavioral expectations between systems. It allows both synchronous request-response interactions and asynchronous messaging. Several healthcare organizations use messaging for applications like immunization record submission and prescription exchange where volume is high and systems may not always be online.
The document discusses SMART on FHIR, a specification for creating medical applications that can run across different electronic health record systems. It was created to facilitate sharing of clinical knowledge through interactive apps. The specification addresses challenges like defining a data model, security protocols using OAuth2 and OpenID Connect, and user interface integration. It also describes using FHIR resources and profiles to define the data contracts apps need to exchange data. The goal is to allow developers to create substitutable apps that improve care without being restricted to a single EHR vendor.
The document discusses securing FHIR (Fast Healthcare Interoperability Resources) APIs with OAuth. It provides an overview of security considerations for FHIR including communications security, authentication, authorization, audit logs, digital signatures, attachments, and security labels. It then explains how OAuth can be used to authenticate clients and authorize access to patient data while allowing patients to retain control over their personal health information and grant access on a granular, as-needed basis.
SMART on FHIR is an open standards initiative that allows third-party applications to access patient medical records through a common API and using the FHIR standard. It establishes a security context through OAuth2 and launches applications by supplying a FHIR server endpoint. Apps can then obtain a security token to access specific FHIR resources like Patient or Observation data based on an authorized scope of use. The goal is to enable substitutable medical apps to plug-and-play across varied health record systems using common data formats, terminology, authentication, and appropriate access controls.
Building bridges devdays 2017- powerpoint templateDevDays
This document discusses mapping data from HL7 Version 2 (V2) format to FHIR resources using RESTful transactions. It describes how an integration engine can:
1) Use conditional updates and patient identifiers to determine whether to create or update FHIR patient resources from V2 data.
2) Use conditional deletes with tags to purge and recreate FHIR allergy intolerance resources from updated V2 data.
3) Address challenges around referencing resources before they have URLs and handling merges or updates that modify existing data.
This document provides an introduction to HL7 FHIR (Fast Healthcare Interoperability Resources) by Ewout Kramer. It discusses why FHIR was needed to lower adoption hurdles, be ready for mobile health and cloud computing, reduce dependence on national authorities, and create a cooperative community. It provides an overview of FHIR including resources, extensions, the FHIR API, and wire format. It outlines the FHIR timeline, upcoming focus areas, and growing community of users including healthcare organizations, governments, vendors, and standards development organizations.
The document is a presentation on the HAPI-FHIR library for Java developers. It introduces HAPI-FHIR as a toolkit for building FHIR clients and servers rather than a client or server itself. It summarizes the key components of HAPI-FHIR including structure classes to represent the FHIR model, parsers to convert resources to/from XML/JSON, a client to access FHIR servers via HTTP, and a server component. Code examples are provided to demonstrate creating FHIR resources using the structure classes and encoding/parsing resources with the parser components.
This document discusses various topics related to health data standards and interoperability. It provides an overview of SMART on FHIR, which uses HL7 FHIR and OAuth 2.0 to allow third-party applications to safely and securely access patient data from electronic health records and other healthcare IT systems. It also discusses FHIR Questionnaires and how they can be used to capture structured data from forms and questionnaires. Finally, it briefly introduces the Device Observation profile for representing device-generated observational health data using the FHIR Observation resource.
Morning session at Vitalis 2016 - giving a high-level overview of the why what and how of HL7 and FHIR. These slides combine background information on the principles that shaped FHIR and the components of FHIR.
This document summarizes an presentation on the advanced .NET API for FHIR by Ewout Kramer of Furore Health Informatics. The presentation introduces the ElementModel, which provides low-level access to FHIR instance data without using POCO classes. It also covers terminology services, FhirPath support, and other features of the .NET API like resource identities and extension manipulation.
A Baptism of FHIR - The Layman's intro to HL7 FHIRMark Scrimshire
As I work on #BlueButton on #FHIR I find people struggling to understand how FHIR works. I am still learning myself. This was a short introductory session I gave to colleagues at CMS about the underlying mechanics of FHIR and how it can benefit Healthcare interoperability.
Michel Rutten presented on authoring profiles in FHIR. He discussed the need for profiles to constrain resources for different contexts and use cases. Profiles specify restrictions and extensions to resources. Rutten demonstrated authoring profiles using spreadsheets and Forge, an open source profile editor application. He covered profile representations, constraints, and tools to facilitate authoring computable profiles.
The document discusses an HL7 FHIR training course. It covers supporting the implementation of FHIR, bundles, documents and messages, exercises using FHIR APIs and profiles, and an overview of the HL7 family and FHIR specification. Developer resources are also presented for getting started with FHIR, including browsing the FHIR site, downloading FHIR distributions, the publication process, and search functionality using the FHIR REST API.
FHIR is the latest standard to be developed under the HL7 organization. Pronounced 'Fire' , FHIR stands for Fast Healthcare Interoperability Resources. I think it's the most interesting standard to have come out of HL7 since the original HL7 protocol.
The document provides an overview of FHIR (Fast Healthcare Interoperable Resources), a new standard for exchanging healthcare data. FHIR defines a robust data model for health and administrative resources, a RESTful API for interacting with these resources using JSON or XML, publicly and privately hosted FHIR servers, and open source tools for building FHIR applications. Key aspects of FHIR covered include its 100+ defined resources, datatypes, references between resources, extensions, search capabilities, and history operations for subscriptions. The goal of FHIR is to provide a modern healthcare "Twitter API" to enable innovative new applications.
The Innovation Doctor Is In: How SMART on FHIR Will Evolve EHRsMedullan
With the shift to population health moving into high gear, standards are needed to create and support new workflows and support tools for clinicians. Clinicians don't need "yet another system". EHR deployments are painful enough as it is! SMART on FHIR offers the opportunity to bring new innovations from the Health IT community into the existing EHR systems where everyone wins: clinicians, Health IT innovators, EHR systems, and Hospital and Health Systems. It's simple, it's open, and allows companies like Medullan to bring human-centered technology solutions to an ecosystem intended to take better care of humans.
Join us to find out how much of that promise is available today and why SMART on FHIR may or may not become the defacto standard in the future.
These are the slides of the tutorial given at the San Antonio HL7 workgroup meeting. It discusses what Profiles are used for and how to express extensions, constraints and vocabulary bindings
The document discusses FHIR documents and their structure. It notes that FHIR documents are bundles that contain a Composition resource along with other resources like sections, lists, observations, etc. bound together. Documents can be used when persistence of data across multiple resources is needed or when authentication of the full content is required. The document describes how FHIR documents can be communicated by posting the bundle to various FHIR endpoints like the Mailbox, Document/Bundle, or as a transaction to create/update the individual resources. It also notes documents can be posted as a Binary resource or referenced through a DocumentReference resource.
An implementation guide (IG) defines how FHIR resources should be used to solve a particular problem. It includes use cases, actors, examples, and other documentation. IGs can have different scopes, from a single use case to a national strategy. The content of an IG depends on its scope, audience, and producing organization. Technical sections describe interactions and profiles, while other sections cover terminology, security, and conformance resources. Tools can help author and publish IGs.
[WSO2 Integration Summit San Francisco 2019] Enabling for API Success at CernerWSO2
One does not have to spend much time searching to find the terms “API economy”, “API first”, and other similar phrases. In the spirit of those phrases one would think all you need to do is throw those topics into a conversation and you have a golden ticket for success. Unfortunately, we are all aware that the real world doesn’t operate in that binary fashion. In this discussion, Damon will explain how his team focused on three key tenants to build a successful API program at Cerner. There were some obstacles on the journey and some lessons learned will be shared in an effort to prevent others from repeating the same patterns.
[WSO2 Integration Summit New York 2019] Keys to Running a Successful Enterpri...WSO2
Has someone in your organization recently decided you need a “digital transformation” and asked you to lead the way? Have you started one and hit some unexpected turbulence along the way? You’re not alone. Whether you’re figuring out how to get started, or you’re well on your way, Brandon in this deck briefly shares the strategy, challenges, and tactical approach his team is using to drive an enterprise API program in a 30,000 person global organization; with an emphasis on their approach to adoption.
Building bridges devdays 2017- powerpoint templateDevDays
This document discusses mapping data from HL7 Version 2 (V2) format to FHIR resources using RESTful transactions. It describes how an integration engine can:
1) Use conditional updates and patient identifiers to determine whether to create or update FHIR patient resources from V2 data.
2) Use conditional deletes with tags to purge and recreate FHIR allergy intolerance resources from updated V2 data.
3) Address challenges around referencing resources before they have URLs and handling merges or updates that modify existing data.
This document provides an introduction to HL7 FHIR (Fast Healthcare Interoperability Resources) by Ewout Kramer. It discusses why FHIR was needed to lower adoption hurdles, be ready for mobile health and cloud computing, reduce dependence on national authorities, and create a cooperative community. It provides an overview of FHIR including resources, extensions, the FHIR API, and wire format. It outlines the FHIR timeline, upcoming focus areas, and growing community of users including healthcare organizations, governments, vendors, and standards development organizations.
The document is a presentation on the HAPI-FHIR library for Java developers. It introduces HAPI-FHIR as a toolkit for building FHIR clients and servers rather than a client or server itself. It summarizes the key components of HAPI-FHIR including structure classes to represent the FHIR model, parsers to convert resources to/from XML/JSON, a client to access FHIR servers via HTTP, and a server component. Code examples are provided to demonstrate creating FHIR resources using the structure classes and encoding/parsing resources with the parser components.
This document discusses various topics related to health data standards and interoperability. It provides an overview of SMART on FHIR, which uses HL7 FHIR and OAuth 2.0 to allow third-party applications to safely and securely access patient data from electronic health records and other healthcare IT systems. It also discusses FHIR Questionnaires and how they can be used to capture structured data from forms and questionnaires. Finally, it briefly introduces the Device Observation profile for representing device-generated observational health data using the FHIR Observation resource.
Morning session at Vitalis 2016 - giving a high-level overview of the why what and how of HL7 and FHIR. These slides combine background information on the principles that shaped FHIR and the components of FHIR.
This document summarizes an presentation on the advanced .NET API for FHIR by Ewout Kramer of Furore Health Informatics. The presentation introduces the ElementModel, which provides low-level access to FHIR instance data without using POCO classes. It also covers terminology services, FhirPath support, and other features of the .NET API like resource identities and extension manipulation.
A Baptism of FHIR - The Layman's intro to HL7 FHIRMark Scrimshire
As I work on #BlueButton on #FHIR I find people struggling to understand how FHIR works. I am still learning myself. This was a short introductory session I gave to colleagues at CMS about the underlying mechanics of FHIR and how it can benefit Healthcare interoperability.
Michel Rutten presented on authoring profiles in FHIR. He discussed the need for profiles to constrain resources for different contexts and use cases. Profiles specify restrictions and extensions to resources. Rutten demonstrated authoring profiles using spreadsheets and Forge, an open source profile editor application. He covered profile representations, constraints, and tools to facilitate authoring computable profiles.
The document discusses an HL7 FHIR training course. It covers supporting the implementation of FHIR, bundles, documents and messages, exercises using FHIR APIs and profiles, and an overview of the HL7 family and FHIR specification. Developer resources are also presented for getting started with FHIR, including browsing the FHIR site, downloading FHIR distributions, the publication process, and search functionality using the FHIR REST API.
FHIR is the latest standard to be developed under the HL7 organization. Pronounced 'Fire' , FHIR stands for Fast Healthcare Interoperability Resources. I think it's the most interesting standard to have come out of HL7 since the original HL7 protocol.
The document provides an overview of FHIR (Fast Healthcare Interoperable Resources), a new standard for exchanging healthcare data. FHIR defines a robust data model for health and administrative resources, a RESTful API for interacting with these resources using JSON or XML, publicly and privately hosted FHIR servers, and open source tools for building FHIR applications. Key aspects of FHIR covered include its 100+ defined resources, datatypes, references between resources, extensions, search capabilities, and history operations for subscriptions. The goal of FHIR is to provide a modern healthcare "Twitter API" to enable innovative new applications.
The Innovation Doctor Is In: How SMART on FHIR Will Evolve EHRsMedullan
With the shift to population health moving into high gear, standards are needed to create and support new workflows and support tools for clinicians. Clinicians don't need "yet another system". EHR deployments are painful enough as it is! SMART on FHIR offers the opportunity to bring new innovations from the Health IT community into the existing EHR systems where everyone wins: clinicians, Health IT innovators, EHR systems, and Hospital and Health Systems. It's simple, it's open, and allows companies like Medullan to bring human-centered technology solutions to an ecosystem intended to take better care of humans.
Join us to find out how much of that promise is available today and why SMART on FHIR may or may not become the defacto standard in the future.
These are the slides of the tutorial given at the San Antonio HL7 workgroup meeting. It discusses what Profiles are used for and how to express extensions, constraints and vocabulary bindings
The document discusses FHIR documents and their structure. It notes that FHIR documents are bundles that contain a Composition resource along with other resources like sections, lists, observations, etc. bound together. Documents can be used when persistence of data across multiple resources is needed or when authentication of the full content is required. The document describes how FHIR documents can be communicated by posting the bundle to various FHIR endpoints like the Mailbox, Document/Bundle, or as a transaction to create/update the individual resources. It also notes documents can be posted as a Binary resource or referenced through a DocumentReference resource.
An implementation guide (IG) defines how FHIR resources should be used to solve a particular problem. It includes use cases, actors, examples, and other documentation. IGs can have different scopes, from a single use case to a national strategy. The content of an IG depends on its scope, audience, and producing organization. Technical sections describe interactions and profiles, while other sections cover terminology, security, and conformance resources. Tools can help author and publish IGs.
[WSO2 Integration Summit San Francisco 2019] Enabling for API Success at CernerWSO2
One does not have to spend much time searching to find the terms “API economy”, “API first”, and other similar phrases. In the spirit of those phrases one would think all you need to do is throw those topics into a conversation and you have a golden ticket for success. Unfortunately, we are all aware that the real world doesn’t operate in that binary fashion. In this discussion, Damon will explain how his team focused on three key tenants to build a successful API program at Cerner. There were some obstacles on the journey and some lessons learned will be shared in an effort to prevent others from repeating the same patterns.
[WSO2 Integration Summit New York 2019] Keys to Running a Successful Enterpri...WSO2
Has someone in your organization recently decided you need a “digital transformation” and asked you to lead the way? Have you started one and hit some unexpected turbulence along the way? You’re not alone. Whether you’re figuring out how to get started, or you’re well on your way, Brandon in this deck briefly shares the strategy, challenges, and tactical approach his team is using to drive an enterprise API program in a 30,000 person global organization; with an emphasis on their approach to adoption.
FHIR stands for Fast Healthcare Interoperability Resources and it is pronounced ‘Fire’, it is the latest standard to be developed under the HL7 organization. Built upon years of lessons around requirements, successes and challenges gained through defining and implementing HL7 v2, v3 and the RIM, and CDA, CCD specs, FHIR is designed for the web and mobile, and its resources are based on simple XML or JSON structures
Thousands of JVMs, Hundreds of Applications, and Two People: How Cerner Learn...AppDynamics
Cerner has hundreds of applications running on thousands of JVMs. AppDynamics helped Cerner get complete visibility into its application infrastructure using limited resources. Gain insight into planning and managing large AppDynamics infrastructures. Hear simple tricks that can be life savers and pitfalls to avoid. And learn about scripting for WebSphere in cells with multiple clients verses one client cells.
Key takeaways:
o Why you need to automate your processes
o Insight to how to structure and plan your upgrades
o How to make sure your users have skin in the game
For more information go to: www.appdynamics.com
Monitoring a Database Driven System Utilizing Splunk's DB ConnectSplunk
This document discusses how Cerner uses Splunk's DB Connect tool to monitor a complex database-driven system that processes over 180 million real-time eligibility transactions annually between healthcare partners and payers. By connecting Splunk to their Oracle database, Cerner is now able to create near real-time dashboards and alerts to more proactively monitor performance, identify issues, and improve processes. This represents a transformation from a previously reactive, manual approach accessible only to technical analysts.
The newly developed electronic health system can play a vital role in the remote regions of emerging and developing countries although sometimes it seems difficult due to the lack of communication infrastructure. E-Health can be a promising aspect for providing public health benefits if it integrates with the conventional medical system. More strategic approaches are necessary for the planning, development, and evaluation of e-Health. This article is written to depict the existing and future opportunities of e-Health in the health support system.
The document discusses opportunities for healthcare IT companies from the increasing digitization of healthcare. It notes that healthcare spending has been growing significantly as two sectors, healthcare and information technology, converge to transform the industry. This represents a major opportunity for Cerner, a healthcare IT company based in Kansas City, to address issues like rising costs through its electronic health records, analytics, and focus on coordinating and digitizing care. The talk outlines trends like value-based care, consumerism, and interoperability that are shaping the industry and where Cerner can provide innovative solutions.
The document discusses Cerner, a health IT company, and provides an overview of its global presence and focus areas. Cerner has solutions contracted in over 35 countries, with associates based in 26 countries. In the Middle East, Cerner has been operating since 1991 and currently has 14 clients across 5 countries. The presentation outlines Cerner's platform of solutions and discusses emerging trends in healthcare like artificial intelligence, as well as Cerner's focus on building intelligence into systems, facilitating consumer engagement, and developing comprehensive population health strategies through an open ecosystem model.
The document discusses improving healthcare cybersecurity. It notes that cyber risks can severely impact patients, organizations' reputations and finances. The document then lists questions boards and executives have about their cybersecurity programs. It provides an overview of Cerner's cybersecurity program assessment, which evaluates an organization's security capabilities. The assessment produces a report on the current maturity and a roadmap to achieve future goals. Cerner's assessment uses the NIST Cybersecurity Framework and aims to identify gaps to help organizations strengthen their programs.
Presentation at Agile Philly 2017 Agile Tour.. Experience Report using behavior influencing techniques. Compare productivity results with teams that follow Kanban and those that don't.
Can key behaviors and decisions using kanban principles result in more predictable results?
This publication is intended for administrators tasked with deploying an Imperva SecureSphere in an Amazon Web Services (AWS) environment. It assumes the reader has a working knowledge of AWS and details the configuration steps required to achieve a successful deployment.
Celeno is a leading provider of smart, managed Wi-Fi technology including software-defined Wi-Fi chips, software and cloud solutions, and physical layer security solutions. Their technology is deployed in tens of millions of homes worldwide and supports services providers, enterprises, carriers, and applications in IoT, smart home, industry 4.0, transportation, smart city, automotive, and medical. Celeno aims to optimize connectivity with multiple access points and networks through solutions like OptimizAIR and ControlAIR.
DOES SFO 2016 - Ross Clanton and Chivas Nambiar - DevOps at VerizonGene Kim
This document discusses Verizon's DevOps strategy and initiatives.
1) Verizon aims to consistently create and deploy reliable software onto scalable infrastructure to enable immediate business and customer benefits through a DevOps approach.
2) Verizon is establishing best-in-class development platforms, optimizing infrastructure for cloud deployments, and scaling agile practices across engineering teams to accelerate innovation.
3) The next phase will focus on building dojo locations and embedding coaching to further scale engineering culture and competencies in areas like cloud native development.
Agile and Lean principles leveraged to focus on client value delivery where an individual will likely be slowed down in order to speed up the overall delivery.
Accelerating breakthrough business technologies in atlanta, tag featured spea...Melanie Brandt
The document discusses emerging technologies including the internet of things, augmented reality, bitcoin, and autonomous systems. It presents examples of applications in transportation like traffic analytics from video cameras, healthcare like non-contact patient monitoring, and payments through accepting bitcoin. The document argues we are entering a fifth wave of technology driven by intelligent systems and autonomous agents that can plan, observe, and execute actions through continuous monitoring and updating of plans.
This document describes the Interface Definition Language (IDL) version 4.2 specification published by the Object Management Group (OMG). It defines the syntax and semantics of IDL, which is used to define interfaces, data types, exceptions, modules and other elements used in CORBA, CCM, and other OMG specifications. The document includes sections on lexical conventions, grammar, scoping rules, standardized annotations, and CORBA/CCM profiles supported by IDL. It is intended to provide a standard way to define interfaces that are independent of specific programming languages.
Implementing PeopleSoft 9.2 During the Age of the CloudEmtec Inc.
Why should PS HCM 9.2 should be considered when implementing an HCM solution. Learn what the benefits are for organizations and what strategies are needed to make the leap from your current solution and business processes to PS 9.2
Draft submission to the OMG RPC over DDS RPF.
This draft standard defines a Remote Procedure Call (RPC) framework using the basic building blocks of DDS, such as topics, types, and entities (e.g., DataReader, DataWriter) to provide request/reply semantics. It defines distributed services, characterized by a service interface, which serves as a shareable contract between service provider and a service consumer. It supports synchronous and asynchronous method invocation.
Cerner Mick Hubner KSOB CBLS FINAL for WebMick Hubner
Mick Hubner, FACHE of Cerner Corporation will present on "The Shift from Inpatient to Alternate Care Settings" at the Center for the Business of Life Sciences at Indiana University. The presentation will discuss how clients' needs are changing with a focus on transparency, standardization, integration and coordinated care across settings. It will also cover the transition from fee-for-service to value-based reimbursement.
Similar to Building on cerner with smart on fhir fhir dev days 2017 (20)
FHIR is a standard for exchanging healthcare information electronically. This document discusses consent models in FHIR, including attributes of consent, how consent is represented, and how to query for consent information. It provides examples of consent resources and explains the differences between representing consent in earlier versions of FHIR versus current standards.
This document discusses the DICOM standard and how it relates to FHIR for medical imaging. It provides an overview of key DICOM concepts like the image hierarchy and metadata tags. It also demonstrates how to use common DICOM tools and requests like C-FIND queries. Finally, it shows how FHIR resources like ImagingStudy can be used to represent DICOM studies and link to images accessible via DICOMweb services like WADO-RS.
Mohannad hussain community track - siim dataset & dico mweb proxyDevDays
This document discusses the SIIM Hackathon Dataset, which provides sample patient data including FHIR resources and DICOM images. It was created by the Society for Imaging Informatics in Medicine to help developers build applications using FHIR and DICOMweb standards. The freely available dataset includes health records for 5 fictional patients that can be loaded onto servers. It aims to accelerate innovation by offering realistic test data versus randomly generated data. The document also introduces the DICOM-RS Broker, which allows accessing DICOM images via DICOMweb requests through a proxy for systems that do not natively support DICOMweb.
Fhir dev days 2017 fhir profiling - overview and introduction v07DevDays
This document provides an overview of FHIR profiling and introduces some key concepts:
1. Profiling is needed to adapt FHIR resources to specific contexts and local requirements. Profiles constrain elements and extensions to describe how FHIR is used.
2. Conformance resources like StructureDefinition, OperationDefinition, and CapabilityStatement define profiles, operations, and server capabilities. Profiles are published to repositories and drive validation, code generation, and more.
3. Extensions allow custom elements to be introduced where needed. Extensions and how they can be used in profiles and resources are described.
4. Implementation guides combine related artifacts like profiles and page content into conformance packages for sharing implementations.
Grahame Grieve is scheduled to give a FHIR keynote at the FHIR Dev Days 2017 conference in Amsterdam from November 15-17. The summary compares the differences between REST and messaging approaches in FHIR, noting that REST focuses on CRUD operations on single resources with client-driven orchestration, while messaging is event-driven with server-driven orchestration and allows operations beyond CRUD.
This document discusses various challenges and approaches to transforming content between different formats and standards. Some common problems addressed include implementing FHIR as a facade for an existing data store, converting specifications into FHIR profiles, and converting between FHIR and other output formats like text. Common transformation technologies include programming languages, XSLT, and mapping languages. The document also describes FHIR's built-in support for transformation through concept maps, profiles, and the FHIR mapping language.
Bryn Rhodes discusses using FHIR and clinical quality measures (CQMs) for clinical quality improvement. CQMs are measures that assess performance related to a specific process or outcome. An eMeasure is the computable, digital representation of a quality measure. eMeasures can be evaluated at the population or individual patient level. There are different types of measures that focus on processes, outcomes, structures, or patient-reported outcomes. Measures also have different scoring types and population criteria. CQMs are represented in FHIR using CQL logic and value sets to define measure populations and calculate scores. This allows CQMs to enable clinical decision support and quality improvement.
The Structured Data Capture (SDC) project aimed to standardize how healthcare data elements and questionnaires are shared using FHIR. The SDC implementation guide supports pre-populating and auto-populating questionnaire responses using mappings between questions and data elements. This allows reducing data entry errors and time. Future work will generalize the SDC guide for international use and explore additional ways to map questions to source data.
Harold Solbrig presented on representing FHIR resources as RDF and using description logic reasoning. Key points included: expressing a FHIR DiagnosticReport as RDF triples and OWL ontology, using an OWL reasoner to classify instances and derive new conclusions, and loading FHIR data into the i2b2 framework by converting to RDF. The talk also discussed post-coordinated expressions and potential uses of a fhir.schema.org vocabulary.
FHIR can be represented in RDF format. Resources are serialized as directed graphs using URIs, properties, and values. FHIR defines a metadata vocabulary for use in RDF, and a FHIR resource catalog provides the URIs for standard FHIR resources and properties. Shape expressions (ShEx) schemas validate FHIR RDF according to resource definitions. Together, these components allow FHIR data to be queried and manipulated using RDF techniques while maintaining compatibility with the JSON format. Tools exist for converting between FHIR JSON and RDF formats.
The document discusses OpenAPI (formerly known as Swagger), which is a vendor-neutral specification for describing RESTful APIs. It provides a standard, language-agnostic format used to define services and their operations. The specification aims to generate documentation, code examples, and API clients from a single API definition file. It has strong community and tooling support with over 100k visitors per month to Swagger.
Lloyd McKenzie presented on tooling for authoring FHIR implementation guides. He discussed the HL7 IG Publisher, which generates websites from ImplementationGuide resources and other artifacts. Trifolia was also covered, a web-based tool for developing and publishing FHIR profiles and implementation guides. Other tools mentioned for authoring pieces of implementation guides included Forge, ClinFHIR, and Simplifier. The goal was to provide an overview of existing options for creating FHIR implementation guide content and documentation.
Dev days 2017 questionnaires (brian postlethwaite)DevDays
FHIR questionnaires can be used to define structured data capture forms and surveys. Questionnaires are defined using the Questionnaire resource and submitted data is contained in the QuestionnaireResponse resource. Questionnaires support validation rules, pre-population of data, mapping responses to other FHIR resources, and more advanced features like scoring. Questionnaires provide a standards-based way to define and capture structured data in healthcare and other domains.
Dev days 2017 advanced directories (brian postlethwaite)DevDays
FHIR provides several core resources for representing directories, including Organization, Location, Practitioner, HealthcareService, and PractitionerRole. In STU3, additional resources like Schedule, Referral, and CarePlan help support common directory use cases. For R4, a new HL7 Validated Healthcare Services Directory implementation guide is being developed to further standardize directories using FHIR, with potential new resources like OrganizationAssociation. Directories in FHIR allow flexible hierarchies and relationships between providers, locations, and services.
The document contains information about the FHIR Developers Days 2017 conference, including the keynote speakers, dates for future DevDays conferences, upcoming webinars on FHIR, and how to find lost luggage or a poster at the event. Details are provided about Mo Alkady's talk on vendor-neutral APIs and Grahame Grieve's keynote, as well as save-the-date information for future conferences and links to register for introductory and exam review webinars on FHIR. Attendees are asked to follow the conference on Twitter and direct any questions to organizers.
This document provides an overview of Vonk FHIR Facade, which is a set of .NET libraries for building a FHIR RESTful API facade. It discusses key components like the Vonk pipeline of middleware, services, and repositories for mapping data between a backend system and FHIR resources. The document outlines how to get started with a minimal Vonk server and provides an exercise link to a completed starter project example.
FHIR provides standards for security including authentication, authorization, access control, digital signatures, audit trails, and security labels. Authentication verifies a user's identity, while authorization determines what resources a user can access. Access control engines enforce authorization and other rules. Digital signatures can be applied to resources and bundles to ensure integrity. Audit trails and provenance track access. Security labels make access restrictions like confidentiality explicit. Ongoing work continues on authorization models and how to apply signatures to RESTful resources.
The document discusses profiling with clinFHIR. It outlines the agenda which includes reviewing key FHIR elements, clinical models, and resources. It then discusses the need to adapt FHIR to specific contexts through profiling. Profiling involves constraining resources, changing coded element bindings, and adding extensions. It provides examples of how profiling can limit names to one, change value sets, and require identifiers. The talk will cover structured and coded data including value sets and extensions. It will demonstrate creating extension definitions and profiles using clinFHIR.
This document provides an agenda and overview for the student track at the FHIR DevDays 2017 conference in Amsterdam. It introduces the student track host and provides details on the schedule which includes hackathons, presentations from various student teams, and a keynote from Google. Guidelines are provided for the hackathons and presentations. The document concludes with logistical details for the social dinner event.
This document summarizes a presentation on advanced test driven development with FHIR. It introduces complex testing concepts like FHIRPath expressions for assertions, rules and rulesets, and client/peer-to-peer testing. It also discusses the Touchstone test platform's conformance analytics dashboards and APIs for integrating testing into continuous integration pipelines. The presentation concludes with an overview of hands-on exercises to apply these advanced testing techniques.
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How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
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How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
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Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
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