1 ORWG and Standards Inventory Resource February 9, 2012.

Slides:



Advertisements
Similar presentations
OMV Ontology Metadata Vocabulary April 10, 2008 Peter Haase.
Advertisements

Looking ahead: caGrid community requirements in the context of caGrid 2.0 Lawrence Brem 7 February 2011.
CaBIG™ Terminology Services Path to Grid Enablement Thomas Johnson 1, Scott Bauer 1, Kevin Peterson 1, Christopher Chute 1, Johnita Beasley 2, Frank Hartel.
Information and Business Work
1 Transportation Librarians Roundtable Transportation Research Thesaurus: WSDOT Use Cases February 14, 2008 Andy Everett Metadata Repository Administrator.
EleMAP: An Online Tool for Harmonizing Data Elements using Standardized Metadata Registries and Biomedical Vocabularies Jyotishman Pathak, PhD 1 Janey.
Interoperability Framework Overview March 24, 2010 Presented by: Douglas Fridsma, MD, PhD Acting Director, Office of Interoperability & Standards ONC HIT.
1 Requirements Analysis and Specification Requirements analysis.
IMT530- Organization of Information Resources1 Feedback Like exercises –But want more instructions and feedback on them –Wondering about grading on these.
1 Requirements Analysis and Specification Requirements analysis.
Semantic Web Technologies Lecture # 2 Faculty of Computer Science, IBA.
Development Principles PHIN advances the use of standard vocabularies by working with Standards Development Organizations to ensure that public health.
Methods for Data Discovery – Portals Portal facilitates access to and also assimilation of data Portal is not simply a web site: it offers services such.
OpenMDR: Generating Semantically Annotated Grid Services Rakesh Dhaval Shannon Hastings.
©Ian Sommerville 2004Software Engineering, 7th edition. Chapter 18 Slide 1 Software Reuse.
OpenMDR: Alternative Methods for Generating Semantically Annotated Grid Services Rakesh Dhaval Shannon Hastings.
Department of Biomedical Informatics Service Oriented Bioscience Cluster at OSC Umit V. Catalyurek Associate Professor Dept. of Biomedical Informatics.
Query Health Concept-to-Codes (C2C) SWG Meeting #8 January 31,
CaBIG Semantic Infrastructure 2.0: Supporting TBPT Needs Dave Hau, M.D., M.S. Acting Director, Semantic Infrastructure NCI Center for Biomedical Informatics.
LexEVS Overview Mayo Clinic Rochester, Minnesota June 2009.
Using the Open Metadata Registry (openMDR) to create Data Sharing Interfaces October 14 th, 2010 David Ervin & Rakesh Dhaval, Center for IT Innovations.
Meta Tagging / Metadata Lindsay Berard Assisted by: Li Li.
Resource Curation and Automated Resource Discovery.
Metadata Lessons Learned Katy Ginger Digital Learning Sciences University Corporation for Atmospheric Research (UCAR)
Interoperability Framework Overview Health Information Technology (HIT) Standards Committee June 24, 2010 Presented by: Douglas Fridsma, MD, PhD Acting.
Module 5 A system where in its parts perform a unified job of receiving inputs, processes the information and transforms the information into a new kind.
CTS2 Specification Discussion Notes. CTS 2 Background Lineage (LQS, CTS, LexEVS) History (CTS 2 SFM, RFP, HL7 Adoption process) Current state – Feb 21.
The Agricultural Ontology Service (AOS) A Tool for Facilitating Access to Knowledge AGRIS/CARIS and Documentation Group Library and Documentation Systems.
Topic Rathachai Chawuthai Information Management CSIM / AIT Review Draft/Issued document 0.1.
Nadir Saghar, Tony Pan, Ashish Sharma REST for Data Services.
CaBIG ® VCDE Workspace Tactics thru June 14, 2010: How working groups fit together, and other activities Brian Davis April 1, 2010 VCDE WS Teleconference.
Design Management: a Collabortive Design Solution ECMFA 2013 Montpellier, France Maged Elaasar (Presenter) Senior Software Engineer, IBM
BIT 286: Web Applications Software Design Documents.
Linking Tasks, Data, and Architecture Doug Nebert AR-09-01A May 2010.
1 Here to There (Gap Analysis) Architecture/VCDE Joint Face-to-Face June,3, 2010 St. Louis, Missouri.
CaDSR Software Users Meeting 3.1 Requirements Review 9/19/2005 caDSR Software Team Host: Denise Warzel NCICB, Assistant Director, caDSR.
1 ECCF Training 2.0 Implemental Perspective (IP) ECCF Training Working Group January 2011.
10/24/09CK The Open Ontology Repository Initiative: Requirements and Research Challenges Ken Baclawski Todd Schneider.
Christoph F. Eick University of Houston Organization 1. What are Ontologies? 2. What are they good for? 3. Ontologies and.
Our scenario Geographically distributed communities of users Diverse users: ontology developers and software engineers.
1 ECCF Training 2.0 Introduction ECCF Training Working Group January 2011.
ECE450 - Software Engineering II1 ECE450 – Software Engineering II Today: Introduction to Software Architecture.
CaDSR O&M Draft Scope September 2010 Denise Warzel National Cancer Institute Center for Biomedical Informatics and Information Technology.
Using Domain Ontologies to Improve Information Retrieval in Scientific Publications Engineering Informatics Lab at Stanford.
Controlled Vocabulary Giri Palanisamy Eda C. Melendez-Colom Corinna Gries Duane Costa John Porter.
Ontology Evaluation, Metrics, and Metadata in NCBO BioPortal Natasha Noy Stanford University.
DANIELA KOLAROVA INSTITUTE OF INFORMATION TECHNOLOGIES, BAS Multimedia Semantics and the Semantic Web.
1 Developing an Ontology of Ontologies for OOR Preparation for Ontology Summit 2008 Panel Discussion April 10, 2008 Barry Smith and Michael Gruninger.
Patterns in caBIG Baris E. Suzek 12/21/2009. What is a Pattern? Design pattern “A general reusable solution to a commonly occurring problem in software.
Class Diagrams. Terms and Concepts A class diagram is a diagram that shows a set of classes, interfaces, and collaborations and their relationships.
JavaScript Introduction and Background. 2 Web languages Three formal languages HTML JavaScript CSS Three different tasks Document description Client-side.
Structured Protocol Representation for the Cancer Biomedical Informatics Grid: caSPR and caPRI.
Welcome to the caBIG Community! The cancer Biomedical Informatics Grid (caBIG ® ) offers more than 120 open source tools, technologies and infrastructure.
INTERNET APPLICATIONS CPIT405 Forms, Internal links, meta tags, search engine friendly websites.
CaCORE In Action: An Introduction to caDSR and EVS Browsers for End Users A Tool Demonstration from caBIG™ caCORE (Common Ontologic Representation Environment)
National Cancer Institute caDSR Briefing for Small Scale Harmonication Project Denise Warzel Associate Director, Core Infrastructure caCORE Product Line.
1 caBIG®-aligned Enterprise Metadata Infrastructure to Support Commercial Clinical Trials Management Software: A Pilot Implementation September 11, 2009.
The Agricultural Ontology Server (AOS) A Tool for Facilitating Access to Knowledge AGRIS/CARIS and Documentation Group Food and Agriculture Organization.
Extended Metadata Registries and Semantics (Part 2: Implementation) Karlo Berket Ecoterm IV Environmental Terminology Workshop April 18, 2007 Diplomatic.
Semantic Interoperability: caCORE and the Cancer Data Standards Repository (caDSR)  Jennifer Brush.
OMG Architecture Ecosystem SIG Enterprise Data World 2011.
VCDE WS in EY2 Where we are, where we’re going ICR WS Teleconference Brian Davis – VCDE WS Lead March 26, 2008.
Kenneth Baclawski et. al. PSB /11/7 Sa-Im Shin
Active Data Management in Space 20m DG
Systems Analysis and Design in a Changing World, 6th Edition
Informatics 121 Software Design I
Geoscience Australia Service Metadata
Lab 2: Information Retrieval
WEB DESIGN Cross 11, Tapovan Enclave Nala pani Road, Dehradun : ,
Presentation transcript:

1 ORWG and Standards Inventory Resource February 9, 2012

2 ORWG Accomplishments NCBO, NCRI, NCI CBIIT, caBIG – brought these organizations together to solve issues Alignment of goals/Decision matrix for importance of metadata by each organization Research representation of Metadata for vocabularies Suggest OMV, compare OMV to CTS2 and NCBO Bioportal implementation Research Rating Systems Developed a relationship within the OOR and other communities Possible Paper Outline

3 Discovered each Domain WS (ICR, CTMS, Imaging, TBPT) ontologies/terminologies and level of support needs vary Results: QuestionICRTBPTIMGCTMS 1. Where do I start?Yes No 2. What do I use?Yes No 3. Overlap/chooseYes NoYes 4. SynonymsYes 5. Text DefinitionsYes yesYes 6. Do you know the Term to use? NoYes(make own) Yes 7. UML needYes 8. for DiscoveryYes yesYes 9. RelationshipsIncomplete yesYes 10. Retrieve Concepts Incomplete Yes/incompleteNo/Incomplete 11-.ReasoningIncomplete YesNo/Incomplete

4 Research and provide Feedback on a community favorable "Rating System" Received feedback from 3 individuals (separate locations). Comments: Ease of Use - People are not eager to provide comments unless they either get paid to do it or have something to complain about Familiarity - Most people are used to the 5-star rating system that is used on many web pages. Comments - providing a comments fields is common practice - this will allow the users to give detailed input. Needs a prompt question to direct users towards a review Fill in stars is helpful for summarizing Will not trust the community feedback - the quality of comments they cannot judge The number of downloads for the tool will provide helpful feedback

5 Domain WS Interview Comments TBPT WS Most of the end users are informatacists that serve the needs of individual researchers. Want to know the ‘standards” we use (for UML models, for Value sets) they don’t want a bunch of choices CTMS WS These communities usually use vocabularies that are either regulation- induced or come about from best practices. We don’t need to choose from 100s of terminologies, only a handful IMG WS Their needs are more about getting the controlled vocabularies created and ability to use synonyms to search for diseases Help in efforts to interrelate terms (among terminologies) (Mapping)

6 ORWG leading into solutions to OTHER standards Brian discussed “Ontology standards” needs with Domain Workspace Facilitators and our proposed “Roadshow (see script here and feedback here: Clear from Feedback from those representing users, that “Ontology Standards” are Only one of many standards of concern to “users” Users do not differentiate (categorize) standards into “Ontology”, “metadata”, “informational”, etc.) so trying to discuss a narrow view of their over all issues is difficult at best, and counterproductive at worst (we alienate them) Ontology standards, and other standards, do not stand alone, but have relationships (look at our experience with CTS2, OMV, Dublin Core, different iso, etc.) Other standards (eg, metadata, information representation, datatypes, security, interface, etc.) suffer from same issues we have partially solved in ORWG

7 Needs (Near quotes from caBIG participants) “There are so many standards, I don’t know where to start” “ I am using an in-house, legacy system based on homegrown vocabulary for Lab data that I call “Lab test name”, “Lab value”, “Blood count”, “Oxygen content”, etc. How do I transition from the legacy system to LOINC?” “I have a specification for a software application from Stanford. I want to compare it to NCI CBIIT software specifications for LexEVS to see that they’ll be interoperable for some of the data they are going to pass to NCI CBIIT. What standards should I be looking at to make sure they are compliant? “Are there any ontologies that are suitable for annotation of a Nuclear Receptor Signaling Project that I am involved with?” “What are the options for me to represent Protocol Lifecycle objects: as an ontological representation or a UML representation or some other representation? What do you have that I can leverage?” ** green=wholly or partially involving “Ontology standards”

8 Baris Suzek Proposal to caBIG/NCI CBIIT Some Issues on Adopting Standards “There are many types of standards including (but not limited to): Vocabulary Interface Format Messaging Documentation error handling Development Etc….

9 Some Questions on Adopting Standards “What are standards that should be used? what is the value proposition for adopting a standard? does it have community buy-in? are there rules/policies that I need to watch for (e.g. meaningful use) What is the path (tools/process) to adopting this standard? e.g. are there transformations for the terminologies of interest? are there interface engines that do message transformations? What is the cost involved in adopting standards? e.g. are the tools commercial, comprehensive, supported and/or processes around them well-defined/tested? is there a cost associated with the standard?”

10 Proposal elements 1.Use cases from Stakeholders 2.List of Standards (that address stakeholder needs) 3.Information about each standard (that is useful for end user in decision making) 1.Community Driven “Adopters stories/reviews/best practices” associated with each standard ** Novel Aspect (caBIG community) 4.Interface to Standards Resource 1.Organization of the information to address users issues/answer questions

11 List of Stakeholders Leverage some work in ORWG Leverage Work in Roadmaps

12 List of Standards Leverage Work in ORWG Can start with existing documents: Some existing inventory of Standards in caBIG (see ) Existing Standards outlined by ARB (see dEd1aDcwQTE5TEVLM1RiLVZtQ1JYVlE&hl=en_US#gid=0) dEd1aDcwQTE5TEVLM1RiLVZtQ1JYVlE&hl=en_US#gid=0 caDSR metadata standards (see ) Vocabulary Standards (eg, see NCBO BioPortal: see NCI Thesaurus: ) caGrid Standards (eg, see )

13 Interface(s) depend on Use cases (“path”) Leverage Work in ORWG Organization and Multiple Interface options available Cancer Info matrix onix.org.uk/portal/#S24http://ncri- onix.org.uk/portal/#S24 Concept Map (eg: ) Interaction Map (eg: on=map&MIM=replication ) on=map&MIM=replication Web site like NCBO (Ontology BioPortal)

14 Information about each Standard Leverage Work in ORWG Some information probably important for use cases: Standard Name Standard Description Authoritative resource for this standard (eg, URL). Adoption Experience (some contributed by “community”) Level of difficulty in adoption/costs associated with adoption Prerequisites for adoption Level/extent of Adoption Description of Tools associated with Standard Accessibility/availability/Licenses associated with adoption Relationship among standards Regulations (eg, Meaningful use). References to peer-reviewed journals Blogs? Abstracts? Links to other resources.