Open Standards/
Open Source for National and Local eGovernment Programs
in the U.S. and EU:
Conference Topic Map

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Keyword

  1. .NET
  2. 24 E-Government Initiatives
  3. A dictionary just defines terms but doesn’t specify any explicit relationship or structure among them.
  4. Access Channels
  5. Accessibility
  6. Acquisition
  7. addiction model
  8. Administrative Management
  9. AEC
  10. African international experience
  11. Agencies
  12. Agencies, Data sources
  13. Agenda
  14. Aggregated Components
  15. Aggregating Information
  16. Agriculture Labor
  17. AIC Governance
  18. AIC pilots, mapping the to the Knowledge Architecture
  19. Air Force
  20. aircraft engine repairs
  21. American Academy of Family Physicians
  22. American Association of Medical Colleges
  23. ANSI
  24. Anti-Microsoft
  25. Apache
  26. Apache Cocoon
  27. Apache Software Foundation
  28. API
  29. Apple Computer
  30. Application Foundation API department focuses on patterns and APIs that are used within all applications
  31. Application Programming Interface
  32. Architecture
  33. Architecture and Engineering Committee
  34. Architecture and Infrastructure Committee
  35. Architecture and Infrastructure Committee, Objectives/Outcomes
  36. Architecture of the web
  37. Architecture of topic maps
  38. ASP
  39. Association
  40. Asterisk Open Souce PBX
  41. Australian government ebxmlrr
  42. “ontology is the specification of a conceptualization”
  43. Base64-encoded digital signature
  44. Bastille Linux
  45. BBN
  46. Becomes co-opted into jargon by IT, AI and Web researchers: - because to computers, what
  47. Billion Dollar consolidation opportunities
  48. Bind
  49. bioterrorism
  50. Boeing Company
  51. BPEL
  52. BPMI
  53. Brian Behlendorf, Apache Software Foundation
  54. BRM
  55. BRM, Alignment with 3 critical management frameworks
  56. BRM, FY04 budget process
  57. BRM, Management of Government Resources
  58. BRM, Mode of Delivery
  59. BRM, Support Delivery of Services
  60. BRM, Version 2.0
  61. Bruce Cahan
  62. BSDs
  63. budget
  64. Bugtraq
  65. Building Sharable Components
  66. Business objects
  67. Business process and performance gaps
  68. Business Process Integration
  69. Business Reference Model
  70. Business Reference Model (BRM)
  71. Business Reference Model Version 2.0
  72. Business Reference Model, Topic Maps
  73. Capabilities Search, for sharable business processes, data, or IT-components with other agencies
  74. Capability Case, benefits through pre-built catalog assets to speed up process leading to credible commitments, risk mitigation and foresight in contracting
  75. Capability Case, Semantic FEA Capabilities Advisor to allow agencies, other governments, businesses, and citizens to make queries about the FEA model and to find capabilities that support agency services
  76. Capability Cases
  77. Capability Cases, a pattern language for anchoring requirements in the context of business drivers, trends and desired business results
  78. Capability Cases, Bridge from Business Vision to System Solutions
  79. Capability Cases, examples of semantic data integration
  80. Capability Cases, includes “best of class” template for business sub-function that are pre-built to speed-up business case development and address requirements for performance, platform, legacy system interfaces, component selection
  81. Capability Cases, Ontology-enabled: Automated Content Tagger
  82. Capability Cases, Ontology-enabled: Context Aware Retriever
  83. Capability Cases, rapid means to develop validated business requirements and a business case
  84. Capability Maturity Model
  85. Capitalism
  86. CAPP
  87. Case Study, BGI Enterprise Development
  88. Case Study, Increased productivity and satisfaction, decreased cost
  89. Celware
  90. Census
  91. Centralized project registry. with an extensible roles-based permissions model
  92. Cerebra
  93. CGI
  94. Channels, Source and Delivery
  95. ChatZilla
  96. Chief Information Officer Council
  97. Chief Technical Officer
  98. Chimera
  99. CIO Council
  100. CIO Council Architecture and Infrastructure's Governance and Components Subcommittees
  101. CIO Council's E-Forms Task Force
  102. CIO Council's Interoperability Committee
  103. Citizen-centered government, vision
  104. Classification systems
  105. clinical research management system
  106. Closed source
  107. CMU
  108. Co-Sourcing
  109. Cogito
  110. Collabnet
  111. Collabnet Background
  112. Collabnet Principle, competitive advantage from IT flexibility achieved through collaborative shared developed derived from open source development
  113. Collaboration
  114. Collaboration Expedition Workshop #22
  115. Collaboration Expedition Workshop #23
  116. Collaboration Expedition Workshop #24
  117. Collaboration profiles
  118. Collaborative design initiatives
  119. Collaborative environment
  120. Collocation, and topic maps
  121. Commercial
  122. Commission of the Intellectual Property Rights
  123. Common Components
  124. Common Criteria
  125. Communities of Interest, FEA needs collaborative development community
  126. Competition
  127. Competitive Sourcing
  128. Complexity
  129. component development
  130. Components
  131. Components Subcommittee
  132. Composable Applications, re-usable components that support flexibility of adaptation to multiple Intelligent Web Services
  133. computer security evaluation concepts
  134. Concept Based Search
  135. Consolidation of Government
  136. Contact devIS
  137. Contact Gallagher
  138. Content Aggregation Algorithms
  139. Content Management
  140. Context-aware case entry and retrieval
  141. Coolheads Consulting
  142. Cooperate
  143. Core Component
  144. CoSourcing Timing Issues, competing and cosourcing
  145. Cost
  146. Cost Savings
  147. Crash
  148. Credible Commitment
  149. Credible Commitments
  150. cross-agency analysis
  151. Cross-agency Teamwork
  152. Cryptography
  153. CTO
  154. Cubes
  155. Cyc
  156. DAML
  157. DAML+Oil
  158. DARPA
  159. DARPA ML+Ontology Inference
  160. Data and Information Reference Model
  161. Data and Information Reference Model (DRM)
  162. Data assets discovery
  163. Data Dictionary
  164. Data element standards
  165. data sharing
  166. Data spans silos
  167. Data stores
  168. Data structures, topic maps and
  169. Data Type Metamodel
  170. Datapoint
  171. Datapoint registration
  172. David A. Wheeler
  173. David Brown
  174. Dawn Meyerriecks
  175. DDWE
  176. Debian-Med project
  177. Defaced
  178. Defect
  179. Defect density
  180. Definition
  181. Dell
  182. Department of Defense
  183. Department of State - FEDS
  184. Department of State – FEDS
  185. Department of Veterans Affairs
  186. derivative work
  187. Designing Intergovernmental Services and Sharable Components
  188. Desktop
  189. Developer
  190. Developing countries
  191. Development model
  192. Differential Ontology Framework
  193. Digital Copybook Project
  194. DIME
  195. Direct Internet Message Encapsulation
  196. Discussion forums
  197. Distributed Development Web Environment
  198. Distributed Enterprise
  199. Distributed environment
  200. Distributed systems, and REST
  201. distribution
  202. Distributor
  203. DNS
  204. Domain Name System
  205. Downtime
  206. DRM
  207. DTDs
  208. DTDs, multiplicity
  209. Dublin Core
  210. Dynamic Content
  211. Dynamic Web Services Discovery, ability by computers to discover services on a "just in time" basis through a "UDDI" standard for e-government initiatives
  212. dynamic websites
  213. E-authentication
  214. e-democracy
  215. E-Enablers
  216. E-Forms for E-Gov pilot
  217. E-Gov Initiatives
  218. E-gov, Benefits
  219. E-Government
  220. E-government issues
  221. e-government services for the blind
  222. e-Government Success and failure
  223. E-government, principles
  224. E-government, stakeholder use cased
  225. E-Grants
  226. E-Travel
  227. EA, Challenges
  228. EAI
  229. EAMS
  230. EAMS as Open Source, Lessons Learned
  231. EAMS, Challenges
  232. EAMS, Management Schema
  233. EAMS, Open Source
  234. ebBP
  235. ebCC
  236. ebCPA
  237. ebMS
  238. ebReg
  239. ebXML
  240. ebXML Architecture
  241. ebXML Business Process
  242. ebXML Core Components
  243. ebXML CPPA
  244. ebXML Messaging
  245. ebXML Registry
  246. ebXML Registry V3 specification
  247. ebXML, Enabling eGov
  248. ebXML, findings
  249. ebXML, pilot on-going
  250. ebXML, pilot outcomes
  251. ebXML, pilot projects
  252. ebxmlrr
  253. Ebxmlrr registry browser guide
  254. Ebxmlrr, Australian Government
  255. Ebxmlrr, Business Case for Sun
  256. Ebxmlrr, definition
  257. Ebxmlrr, Government of Canada
  258. ebXMLrr, IT Infrastructure Interoperability
  259. Ebxmlrr, overview
  260. Ebxmlrr, pilot strategy
  261. Ebxmlrr, pros and cons
  262. Ebxmlrr, Prototype
  263. Ebxmlrr, use case example
  264. eCl@ss
  265. Economic viability
  266. Eforms
  267. eGov
  268. eGov Vision
  269. Egovernment, 24 initiatives as Capability Cases
  270. Egovernment, challenges from overload, process breakdown and ad hoc integrations
  271. Egovernment, vision of Universal Access
  272. EICs
  273. EISs
  274. EJB
  275. Emerging Technologies Subcommittee
  276. Emerging Technology
  277. Emerging Technology Working Groups
  278. Enterprise Application Integration
  279. Enterprise Architecture
  280. Enterprise Architecture Management System
  281. Enterprise Architecture Pattern
  282. enterprise desktop
  283. Enterprise Information Consumers
  284. Enterprise Information Portal
  285. Enterprise Information Systems
  286. Enterprise Licensing
  287. Enterprise Message Definitions
  288. Enterprise object model
  289. Enterprise-wide
  290. Enterprise-wide licensing
  291. Ethical
  292. EU sixth framework programme (FP6)
  293. European Commission
  294. Evaluations
  295. Evolution
  296. Examples of Components
  297. Extensibility
  298. eXtensible Binding Language
  299. eXtensible Markup Language
  300. FaCT
  301. Farrukh Najmi
  302. Fastest
  303. FBI
  304. FEA
  305. FEA business cases that are enterprise-wide
  306. FEA Capabilities Advisor
  307. FEA Challenge, Integration and Customization
  308. FEA Ontology Model
  309. FEA, as a Knowledge Architecture
  310. FEA, Candidate Capability Cases
  311. FEA, Challenge of envisioning what’s needed
  312. FEA, Challenges
  313. FEA, Collaborative tools for Enterprise-wide management
  314. FEA, Draft PRM
  315. FEA, Governance Process
  316. FEA, Government of Canada
  317. FEA, Information Technology
  318. FEA, lifecycle
  319. FEA, model queried for building blocks or solution capabilities, from a catalog of options
  320. FEA, Model using OntoEdit Ontology Tool
  321. FEA, Modelled using Protégé, Open Source Ontology Tool
  322. FEA, Next Steps
  323. FEA, ontology engineering to understand the value proposition
  324. FEA, Ontology Model in DAML+OIL
  325. FEA, Ontology Model with RDF examples
  326. FEA, Ontology, governance
  327. FEA, Ontololgy
  328. FEA, pilot Semantic FEA Capabilites Advisor
  329. FEA, Reference Models
  330. FEA, Semantic Technologies as web services to queary FEA model and find capabilities that support agency services
  331. FEA, Tips for successful cosource and shared components
  332. FEA-Business Reference Model
  333. FEA-centered Business Case Challenges, understand requirements, stakeholders, scenarios of use, scope of the domain of application
  334. FEA-PMO
  335. FEAMS
  336. Federal Asset Sales
  337. Federal Enterprise Architecture
  338. Federal Enterprise Architecture Program Management Office
  339. Federal Laboratory Researchers
  340. Federal Procurement
  341. Federated classification, topic maps and
  342. Federated Data Management
  343. Federated Data Management Architecture
  344. Federation
  345. FedWeb Spring 2003
  346. Financial Management
  347. Financial Management Systems
  348. Finding aid, example
  349. Flexibility
  350. flexible data models
  351. Flexible security
  352. FLOS
  353. FLOSS
  354. Foresight in Contracting
  355. Forms
  356. Free Software
  357. Free Standards Group
  358. Free-Libre Open Source
  359. Free-Libre Open Source Software
  360. FreeBSD
  361. Freebxml
  362. Freedom
  363. French Agency for ICT
  364. French local communities'
  365. From Philosophy – “A theory of the types of things that exist”
  366. FS
  367. Fuzz
  368. Galeon
  369. Gartner, ontology engineering trends
  370. Gecko
  371. Gene Ontology
  372. General Public License
  373. Generalized Instrument Design System
  374. Geographic Information System
  375. geospatial information
  376. Geospatial One-Stop Portal Initiative
  377. Get the competency questions first? Competency questions that are at odds – what do you do with the conflicts?
  378. GIDS
  379. GIDS, modules
  380. GIDS, Repository
  381. Gigabuck
  382. GIS
  383. GIS software
  384. Global Debt statistics registry
  385. Global XML Web Services
  386. GNOME 2.0
  387. GNU Bayonne
  388. GNU General Public License
  389. GNU/Linux
  390. GooseWorks project
  391. GOS-PI
  392. GovBenefits
  393. Governance
  394. Governance and Components Subcommittees
  395. Governance Subcommittee
  396. Government Accounting Standards Board 34
  397. Government of Canada
  398. Government of Canada, GSRM
  399. Government Policy initiatives
  400. Government transformation
  401. Government-wide technology re-use
  402. GPL
  403. GSRM, Program
  404. GSRM, Provider Program
  405. GSRM, Public Program
  406. GSRM, Service Output Type
  407. GXA
  408. GXA Architecture
  409. GXA Specifications
  410. GXA, Design Principles
  411. GXA, Milestones
  412. GXA, Web Services Stack
  413. Hardware
  414. Health Information Foundation
  415. Health Insurance Portability and Accountability Act
  416. healthcare
  417. healthcare industry
  418. Heath Level 7
  419. Helix
  420. High Performance computing capability
  421. HIPAA
  422. HIPPA
  423. HL7
  424. HL&
  425. Homeland Defense
  426. Homeland Security
  427. hospital information system
  428. host-level proactive security work
  429. How are you going to build it?
  430. How are you going to deploy it?
  431. hrXML
  432. HTML
  433. HTML that conforms to XML standard
  434. HTTP
  435. HUD
  436. Human Capital Management
  437. Human Resources Management
  438. hypertext
  439. hypertext, and network latency
  440. hypertext, definition of
  441. HyTime
  442. I.D.E.A.L. Technology
  443. IBM's experience
  444. IBM's WebSphere
  445. ICT
  446. Identify Common Functions
  447. IDL
  448. IIS
  449. Improvements
  450. Incubator Process
  451. Indian Health Service
  452. Infoglut
  453. Information exchange
  454. Information Federation
  455. Information Integration
  456. Information Management
  457. Information Management Strategy
  458. information management tools for health care and research
  459. Information Model Repository
  460. Information objects
  461. Information Overlay
  462. Information Renaissance
  463. Information Sharing
  464. Information warfare
  465. Information-reuse
  466. Infoworld
  467. Innovation
  468. Institute for Defense Analyses
  469. Insurance
  470. Integrated e-Governance
  471. Integrated Enterprise Architecture
  472. integrated U.S. Government
  473. Intellectual property
  474. intellectual property law
  475. Intelligent Web Services
  476. Intelligent Web Services, DAML-S
  477. inter-networking architectures
  478. Interactive Voice Response
  479. Interface Definition Language
  480. Internal Efficiency and Effectiveness
  481. Internal Operations/Infrastructure
  482. Interoperability
  483. IOD
  484. IP Framework
  485. IRS
  486. IRS Tax Map Pilot
  487. ISO
  488. ISO 10744
  489. ISO 11179
  490. ISO 11179 registry
  491. ISO 13250
  492. ISO 8879
  493. IT Service Provider
  494. ITU-T
  495. IVR
  496. IV&V
  497. J2EE
  498. JabberZilla
  499. Jack Park
  500. Jan Algermissen
  501. Java
  502. Java 2 Platform Enterprise Edition
  503. Java objects
  504. Java open source
  505. Java Standard Portlet API
  506. JAXR API
  507. JBoss
  508. JDBC
  509. JDOM,
  510. JEngine
  511. Jetspeed
  512. JFMIP’s Framework
  513. JMS
  514. JMSJNDI
  515. JNDI
  516. Joe Chiusano
  517. Joel Patterson
  518. John Gilligan
  519. John Przysucha
  520. John Rehberger
  521. Joint Governance, Components & Emerging Technology Subcommittees Pilot Projects
  522. Joseph Chiusano
  523. Joseph Potvin
  524. JSP
  525. Juniper
  526. K-Infinity
  527. Kevin Williams
  528. Key Governance Points
  529. Knowledge Enablement and Envisioning
  530. Knowledge Management
  531. Knowledge Management Challenges
  532. Knowledge management systems, benefits from semantic technologies
  533. Knowledge management, “How is meaning embedded in information models defines as ontologies?”
  534. Knowledge Management, Enterprise-wide
  535. Knowledge management, semantic content enabling processes that are decentralized,but conntectable
  536. Knowledge management, statistical approach is limited
  537. Knowledge Mapping
  538. Knowledge Technologies Tree
  539. Knowledge Technologies, AI Knowledge Representation
  540. Knowledge Technologies, Content Management Languages
  541. Knowledge Technologies, Process Knowledge Languages
  542. Knowledge Technologies, Semantic Technology Languages
  543. Knowledge Technologies, Software Modeling Languages
  544. Krysalis platform
  545. Law enforcement
  546. Learning Management System
  547. Legal rights
  548. Leverage enterprise licensing
  549. Leveraging Open Source Processes
  550. Libre
  551. License management
  552. Licensing fees
  553. Line of Sight
  554. Lines of Business
  555. linguist collaboration application
  556. Linux
  557. Linux Standard Base
  558. Linux Standard Base Specifications
  559. Linux Terminal Server
  560. Litigation
  561. LMS
  562. Loosely Coupled
  563. LSB
  564. LSB Certification
  565. LSPP
  566. LTS
  567. Mainframe
  568. Managed Open Source
  569. MapServer
  570. Marc Andreessen
  571. March 17, 2003
  572. March 18, 2003
  573. March 4, 2003
  574. Mark Baker
  575. Mark Day
  576. market relations
  577. Market Share
  578. Massachusetts Institute of Technology
  579. Meaning, resides in relationships, not entities
  580. medical management software
  581. medical records
  582. medical research
  583. medicine
  584. Merrill Lynch
  585. Message Definitions department focuses on understanding and evolving the recommended OpenEAI message definition patterns for defining and deploying enterprise message definitions
  586. Message Object API
  587. Meta Object Facility
  588. Meta-data, benefits
  589. Meta-meta-metadata
  590. Meta-metadata
  591. MetaBase
  592. Metadata
  593. Metadata association
  594. Metadata management
  595. Metadata modeling
  596. Metamodel
  597. Michael Lang
  598. Michel Biezunski
  599. Microsoft
  600. Microsoft IIS
  601. Middleware
  602. Migration
  603. Mike Kochanik
  604. MISMO data standard
  605. Model Driven Integration
  606. Model Driven Process
  607. Model, Definition
  608. Modularity
  609. MOF
  610. MOF Integrator
  611. MOF repository
  612. Money
  613. Monocultures
  614. Moral
  615. Morgan Stanley
  616. Mozilla
  617. Mozilla development enviroment
  618. Mozilla Public License
  619. Multi-source information integration
  620. Multilingual topic map
  621. MySQL
  622. NAICS
  623. NAICS (North American Industrial Classification System)
  624. Namespace
  625. NASA, Ontology Engineering Example
  626. nascent democracy
  627. National Biodefense Initiative
  628. National Health of Finland
  629. National Imaging and Mapping Agency
  630. National Security Agency
  631. National Spatial Data Infrastructure
  632. Navigation
  633. Navigation hubs
  634. Need a process to get to the Stakeholders in order to get to the competency questions.
  635. Netherlands
  636. Network latency, and hypertext
  637. Next, to represent a conceptualization, representation languages are needed
  638. NIAP
  639. NIGP
  640. NIH
  641. NIMA
  642. Non-commercial
  643. Non-quantitative
  644. Norman Lorentz
  645. North American Industrial Classification System
  646. NSA
  647. NSA's Information Assurance Research Group
  648. NSTISSP No. 11
  649. Numbers
  650. OASIS
  651. OASIS ebXML Registry
  652. OASIS Topic Maps Published Subject
  653. OASIS, ebXML Registry Project
  654. Object Management Group
  655. Object Metamodel
  656. Object/Component Oriented Programming
  657. Occurrence
  658. Office of Management and Budget
  659. OGC
  660. Ojbect Class Components
  661. OMB
  662. OMB, governance process
  663. OMB’s Budget Function Classifications
  664. OMG
  665. One-Stop-Shops for Citizens.
  666. Online Rulemaking
  667. OntoBroker
  668. OntoEdit
  669. Ontologies, and topic maps
  670. Ontology enabled solutions
  671. Ontology Engineering
  672. Ontology Engineering, Envisioning a Solution is critical pre-requisite
  673. Ontology Engineering, Example
  674. Ontology standards and tools
  675. Ontology technology should be both necessary and sufficient.
  676. Ontology, a conceptualization, i.e., ontology defines entities and relationships among them
  677. Ontology, as document or file that formally defines the relations among terms
  678. Ontology, as evolutionary vocabularies
  679. Ontology, background and definition
  680. Ontology, Benefits of better access to information and shared understanding
  681. Ontology, business driver for reference implementation prototypes of open standards
  682. Ontology, enables better processing by computers for easier “meaning-making” by people
  683. Ontology, examples of use
  684. Ontology, facilitates sharing knowledge, data, services
  685. Ontology, integrates rules and meta-knowledge
  686. Ontology, Languages
  687. Ontology, lifecycle
  688. Ontology, motivate by development of scenarios of use/application in context
  689. Ontology, taxonomy (hierarchical relations) plus inference
  690. Ontology-based Knowledge Technologies
  691. OODBMS
  692. Open Collaboration
  693. Open Communication
  694. Open Enterprise Application Initiative
  695. Open GIS Consortium
  696. Open Industry Interfaces
  697. Open Office
  698. Open Source
  699. Open source business model
  700. Open Source Collaboratory
  701. open source ebxml registry
  702. open source health software
  703. open source preference proposals
  704. Open Source Software
  705. open source software and free markets
  706. Open Source software in health care organizations
  707. Open Source, Benefits
  708. Open Source, benefits from commoditized infrastructure
  709. Open Source, end-user/developer gains power and flexibility
  710. Open Source, intersection with effective business processes
  711. Open Source, largest library of reusable software in the world
  712. Open Source, Rationale
  713. Open Source, ready platform for IV&V and stakeholder-centered communication and customization
  714. Open Source, the secret sauce is collaborative software development
  715. Open standard
  716. Open Standard, APIS
  717. Open Standards
  718. Open Standards, from open development process iterations
  719. Open Standards, Ontology Standards
  720. Open Standards, Relationships to Ontologies
  721. Open Standards, XML Specifications and Standards
  722. Open Standards/Open Source for National and State E-Government Programs in the US and EU
  723. Open-Source Licensing and National Security
  724. OpenEAI
  725. OpenEAI Project
  726. OpenEAI, Benefits
  727. OpenGIS standards for data exchange and web services
  728. OpenJMS
  729. OpenOffice.org
  730. Openssh
  731. OSS
  732. OSS Stack
  733. Outsourcing challenges, complexity and security
  734. Overview
  735. OWL
  736. OWN
  737. PART
  738. patents
  739. patient identification fields
  740. Patricia tree
  741. Patterned System of Electronic Conversation (PSEC)
  742. Patterns
  743. Paul Prescod
  744. Pay.gov
  745. PDA
  746. PDF form products
  747. Peer Review
  748. PeopleSoft
  749. Performance
  750. Performance Reference Model
  751. Performance Reference Model (PRM)
  752. Perl
  753. Philosophy of Governance
  754. PHP
  755. Physical Model and Virtual Model
  756. PKI
  757. Pluggable Infrastructure Protocols
  758. Point of Sale
  759. Police
  760. Portal Architecture
  761. Portals and topic maps
  762. Portlet 101
  763. Portlet Modes
  764. POSIX standard (ISO/IEC 9945:2002)
  765. PostgreSQL
  766. PostgreSQL Global Development Group
  767. Power a methodology that gets the stakeholders engaged and envisioning what they can and are going to do?
  768. President’s Budget and Performance Integration Initiative
  769. President’s Management Agenda
  770. Presidential Memo
  771. Principles
  772. PRM
  773. PRM, example
  774. PRM, Operationalizing for Resource Training and Development
  775. PRM, President’s Budget and Performance Integration Initiative
  776. PRM, Purpose
  777. procurement policies
  778. Proprietary
  779. Proprietary with OSS
  780. Protoge2000
  781. Public Key Encryption (PKI) Working Group
  782. public procurement
  783. Public Works and Government Services
  784. publish, find, bind
  785. Purpose of XML Schema
  786. PWGSC
  787. Python
  788. Quantitative
  789. quantitative data
  790. Ralph Hodgson
  791. Rapid Solution Design, requirements work is accelerated through the reuse of solutions, technology and capability ideas
  792. RDBMS
  793. RDF
  794. RDF(S)
  795. RDF, exmples
  796. RDG
  797. Real World E-gov Solutions
  798. Red Wahoo
  799. RedHat Content Accelerator
  800. Reduce Business Burdens
  801. Reduce Intergovernmental Reporting Burdens
  802. Reduce waste from redundant development of non-sharable, non-value added software
  803. Redundancy, Elimination
  804. Reference implementation
  805. Reform Goals
  806. Registries, Meta-registries and Ontologies
  807. Reification
  808. Relation databases and XML
  809. Relational Metamodel
  810. Reliability
  811. Repository
  812. Representational State Transfer
  813. Resin
  814. Resource Description Framework
  815. Resource, definition of
  816. REST
  817. REST and distributed systems
  818. REST architectural style, constraints on
  819. REST architectural style, features of
  820. REST as state machine
  821. REST implementations
  822. REST interface
  823. REST project goal
  824. REST requirements
  825. REST, data view
  826. REST, definition of
  827. REST, process view
  828. Return on Investment
  829. Reuse
  830. Reversible decision
  831. Reynolds Cahoon
  832. Rick Rogers
  833. RISC/Unix systems
  834. Risk
  835. Risk Mitigation
  836. RMI
  837. Robert D. Carlitz
  838. Robert Haycock
  839. Roger Costello
  840. ROI
  841. Romanian Ministry of Communications and Information Technology
  842. Rosemary W. Gunn
  843. RosettaNet
  844. Roy Fielding
  845. Rules and Regulations project
  846. Run-time Integration
  847. Sam Hunting
  848. Samba
  849. SAP
  850. Scalable
  851. Scaleability
  852. Scaleable Vector Graphics
  853. Schedule of Meetings
  854. school grading system
  855. schools in England
  856. Scope
  857. SCORM
  858. SCORM: Sharable Courseware Object Reference Model
  859. Scott Christiansen
  860. Scratchpad
  861. SDMX
  862. Searching through registered schemas
  863. Seattle Pacific University
  864. Section 508
  865. secure E-mail
  866. Secure Shell
  867. Secure Sockets Layer
  868. secure Web documents and forms
  869. security
  870. Security-enhanced Linux
  871. security/ privacy/ stability
  872. Self Service application
  873. Semantic Application Integration
  874. Semantic Application Integration, next wave in evolution of Internet
  875. Semantic Data Integration, data can be shared and understood across a variety of settings
  876. Semantic Interoperability
  877. Semantic Mapping
  878. Semantic Markup Language, DAML-S
  879. semantic technologies
  880. Semantic Technologies, accessible through WEB Services that allows agencies, other governments, businesses, and citizens to make queries about the FEA model
  881. Semantic technologies, practical applications
  882. Semantic Web
  883. Semantic web, applications can look up meanings and exchange data
  884. Semantic Web, benefits to developers who can define data storage formats by linking them to decentralized vocabularies so that data can be queried globally.
  885. Semantic Web, builds semantic representation on top of XML
  886. Semantic Web, like World Wide Web, takes established ideas, and makes them work interoperably over the Internet
  887. Semantic Web, Ontology Engineering
  888. Sendmail
  889. Separation of Concerns
  890. Sept. 11, 2001
  891. Service Component Reference Model
  892. Service Component Reference Model (SRM)
  893. Service Level Agreements
  894. Service vs Product
  895. Services for Citizens
  896. Services to Citizens
  897. Serving the Public
  898. SGML
  899. Shareable Courseware Object Reference Model
  900. Shared Source
  901. Sharing information among government agencies
  902. Sharing of Information
  903. sharing sensitive information
  904. SIC (Standard Industrial Codes)
  905. Silos
  906. Simple Access Object Protocol
  907. Simplicity
  908. Single source
  909. Single UNIX Specification Version 3
  910. SLOC
  911. Small Business Perspective
  912. SnoMED
  913. SOAP
  914. SOAP Interface
  915. SOAP router
  916. SOAP, and open systems
  917. Social
  918. Software reuse, fails with large binary libraries with APIs
  919. Software reuse, succeeds with approaches like Apache APR and XML Commons area
  920. Software supply chain
  921. SoftwareAG
  922. Solution Architects Working Group (SAWG)
  923. Solution Envisioning Workshop
  924. Solution Envisioning, a process to manage strategic conversations leading to business cases that are enterprise-wide
  925. Solution Envisioning, design by example
  926. Source code
  927. source code licensing
  928. Source Lines of Code
  929. spatial data infrastructure concepts
  930. spatial data integration
  931. spatial database technology
  932. SQL
  933. SRI
  934. SRM
  935. SRM, access and delivery channels
  936. SSH
  937. SSL
  938. Stakeholders
  939. Standards
  940. StarOffice
  941. Starving programmers
  942. State Department
  943. State machine, REST as
  944. Statechart
  945. Statemate
  946. static HTML sites
  947. Steve Capell
  948. Steve Wheat
  949. Steven R. Newcomb
  950. STMQL
  951. Stone soup development
  952. Strategic Outcomes
  953. Structural transformation
  954. Subcommittees
  955. Subject constitutors
  956. Subject indicators
  957. Subject, addressable
  958. Subject, definition of
  959. Subject, non-addressable
  960. Subject-based Topic Map Query Language
  961. Subjects and Information Resources
  962. Subjects, represented by topics
  963. SUMO
  964. Sun Microsystems
  965. Sun ONE desktop solution
  966. Sun ONE
  967. Sun Ray
  968. Supercomputer
  969. Supply Chain Management
  970. Support
  971. Support Delivery of Services
  972. surveillance
  973. surveillance systems
  974. SVG
  975. Synoptic view, and topic maps
  976. TAMBIS
  977. TAO of topic maps
  978. Taxonomy
  979. Taxonomy, topic map implementation of
  980. TCO
  981. TCP
  982. TCP/IP
  983. TDM
  984. Technical Reference Model
  985. Technical Reference Model (TRM)
  986. Technology Management
  987. Test Suite application
  988. Text-base
  989. The ERP gateway
  990. The Hacker's Dictionary; see The Jargon File
  991. The Jargon File, topic map of
  992. The most flexible way for an agency to re-use assets from other efforts would be to discover the services on a "just in time" basis. This capability is envisioned as a "UDDI" standard for e-government initiatives. Appropriate services are discovered by computers as they are needed.
  993. There are many ontology-like uses of agreed or structured terms or concepts in the world such as shared or standard vocabularies, and taxonomies. What are the relationships between these varies things?
  994. There are many varying definitions of Ontology. In terms of how the word has come into common usage w.r.t. information and knowledge systems, the basic story goes like this:
  995. This leads to the need for standards, tools, and so on … into the big bang of the universe of ontology work
  996. Tim O’Reilly
  997. tmtk
  998. tmtk (Topic Map Toolkit)
  999. Tod Jackson
  1000. Topi Maps
  1001. Topic
  1002. Topic Map for Egov Conference
  1003. Topic map implementation of taxonomy
  1004. Topic map ontology
  1005. Topic Map, Citizen-Centered Government
  1006. Topic map, multilingual implementation
  1007. Topic map, of The Jargon File
  1008. Topic Maps
  1009. Topic maps and data structures
  1010. Topic maps and federated classification
  1011. Topic Maps applications
  1012. Topic Maps at IRS, Topic Types
  1013. Topic Maps at the IRS, From Prototype to Final Product
  1014. Topic Maps at the IRS, Navigation
  1015. Topic Maps at the IRS, Topic Map Model
  1016. Topic Maps based navigation
  1017. Topic Maps Creation, Processes
  1018. Topic Maps Merging
  1019. Topic Maps Model, Building
  1020. Topic Maps Navigation
  1021. Topic Maps Portals
  1022. Topic Maps Products
  1023. Topic Maps Reference Model
  1024. Topic Maps, Advantage
  1025. Topic maps, and portals
  1026. Topic maps, architecture
  1027. Topic Maps, Building
  1028. Topic maps, design and construction
  1029. Topic Maps, Difference with XML and Databases
  1030. Topic Maps, Getting-Together side effect
  1031. Topic Maps, GSRM
  1032. Topic maps, objective of
  1033. Topic maps, TAO of
  1034. Topic maps, use case
  1035. Topic name
  1036. Topic type
  1037. Topic, definition of
  1038. TopQuadrant, Overview
  1039. Total Cost of Ownership
  1040. Total Economic Impact
  1041. TOVE
  1042. Training
  1043. Transformation
  1044. Transmission Control Protocol
  1045. Transparency
  1046. TRM
  1047. TRM, cross-agency service components
  1048. TRM, deployment
  1049. TRM, relationship to component-based architecture
  1050. Trust Engine
  1051. Trusted developer
  1052. Trusted repository
  1053. TrustedBSD
  1054. U.S. Army Simulation, Training and Instrumentation Command (STRICOM)
  1055. U.S. Navy
  1056. UBL
  1057. UCLA Medical School
  1058. UDDI
  1059. UDP
  1060. Ukrainian Higher Education Institutions
  1061. UML
  1062. Understand spectrum of open to closed software development
  1063. UNESCO activities
  1064. Unicorn
  1065. Unified Modeling Language
  1066. Unifying Vision, “decentralized, but connectable”
  1067. United States Veterans Health Administration
  1068. Universal Access
  1069. Universal Access Collaboration Workship
  1070. Universal Description, Discovery and Integration of Web Services
  1071. University of Illinois
  1072. University Researchers
  1073. Unnecessary fears
  1074. UNSPS
  1075. Urban Logic
  1076. URI
  1077. USAID - TraiNet
  1078. USAID – Credit Mngt System
  1079. USAID – TraiNet
  1080. User
  1081. User as developer
  1082. User permissions
  1083. UUNet
  1084. Velocity
  1085. Vendor qualification through pilot
  1086. Verio
  1087. Virginia Journal of Law and Technology
  1088. Virtual Private Networks
  1089. voice browsing
  1090. VoiceXML
  1091. Vulnerability
  1092. Vulnerable
  1093. W3C
  1094. WAI
  1095. Wall Street firms
  1096. Warehouse gateway
  1097. Weather Channel
  1098. Web Accessibility Initiative
  1099. Web based collaborative development platform, SourceCast,
  1100. web mapping
  1101. Web navigation
  1102. Web publishing
  1103. Web Service Definition Language
  1104. Web Service, Security Token Service
  1105. Web services
  1106. Web Services Choreography Language Specification
  1107. Web services stack
  1108. Web services, definition of
  1109. Web Services, Interoperability
  1110. Web Services, Security
  1111. Web-based collaborative development platform, supports development requirements of 1000’s of developers and 100’s of projects.
  1112. Web-based collaborative development platform, with resource to conduct a software development program, including code versioning, issue tracking, file repository, news management, and mail lists
  1113. WebDAV
  1114. Webizing
  1115. WebODE
  1116. Webservers
  1117. Website
  1118. Wheeler
  1119. Windows
  1120. Windows API for Unix
  1121. Wine Project
  1122. Workflow
  1123. workforce connections
  1124. Workload Consolidation
  1125. WS-Attachments
  1126. WS-Authorization
  1127. WS-Coordination Service
  1128. WS-Coordination, example
  1129. WS-Federation
  1130. WS-Policy
  1131. WS-Policy Assertions
  1132. WS-Policy Assertions, example
  1133. WS-Policy Attachment
  1134. WS-Policy Attachment, example
  1135. WS-Policy, example
  1136. WS-Privacy
  1137. WS-Referral
  1138. WS-Referral, example
  1139. WS-Routing
  1140. WS-Routing, example
  1141. WS-SecureConversation
  1142. WS-Security
  1143. WS-Security Policy
  1144. WS-Security Policy, assertion types
  1145. WS-Security Policy, example
  1146. WS-Security, examples
  1147. WS-Transaction
  1148. WS-Trust
  1149. WS-Trust, example
  1150. WSDL
  1151. WSFL
  1152. WSWG
  1153. WWW
  1154. X.509
  1155. X.509 certificates
  1156. XBL
  1157. XForms
  1158. XHTML
  1159. XMI
  1160. XML
  1161. XML artifacts
  1162. XML Blaster
  1163. XML Collaborator
  1164. XML Encryption
  1165. XML messaging
  1166. XML Metamodel
  1167. XML Namespace
  1168. XML publishing framework
  1169. XML Schema
  1170. XML Schema Registration
  1171. XML Schema, Mapping
  1172. XML Schemas
  1173. XML Signature
  1174. XML standards
  1175. XML Topic Maps
  1176. XML Web service definitions
  1177. XML Web services
  1178. XML Web Services Work Group
  1179. XML Web Services Working Group
  1180. XML Working Group
  1181. XML, Challenges
  1182. XML, need to traverse dialects and establish interoperability
  1183. XML, Overview
  1184. XML, policy mandate
  1185. XML-based User-interface Language
  1186. XML: Extensible Markup Language
  1187. Xpath
  1188. XSL transformation pipelines
  1189. XSLT
  1190. XTM
  1191. XTM 1.0 DTD
  1192. XUL
  1193. Yahoo!
  1194. Zapthink
  1195. Zope application server
  1196. Zope Content Management Framework