Topic Category

Keyword

1. "Point and Click" Desktop Linux Demonstration
2. +RDBMS
3. +RDF
4. +XML
5. .NET
6. 1. Documented functional Requirements for the eGov initiative
7. 1. Will the business value ROI be increased for GSA?
8. 1.Is the steady state (O&M) system design flexible enough to accommodate the eGov initiative
9. 100 Million Reasons Why Architecture Matters
10. 2. Documented Technical Requirement for the eGov initiative
11. 2. Would increase cost avoidance (improve efficiency)
12. 2.Does the eGov initiative align with the business function?
13. 24 E-Government Initiatives
14. 3. Documented interface specifications for the eGov Initiative
15. 3. Does it improve service (effectiveness, timeliness)
16. 3.Estimate the number of major systems supported
17. 4. Improve market share
18. 4. Is a formal SDLC Methodology being applied? Where is it in the Life Cycle? Is Documentation complete and available?
19. 5. Existence of pilot or prototype
20. 5. Is there a funding model to recover the integration & operations costs?
21. 6. Contract in place/awarded for development
22. 7. Has initiative been adopted by other agencies?
23. A dictionary just defines terms but doesn’t specify any explicit relationship or structure among them.
24. ABC
25. ABM
26. Access and Delivery Channels
27. Access Channels
28. Access Management
29. Accessibility
30. Acquisition
31. Actionable Architectures
32. Actionable Architectures: Out of the Box with Smart Practices
33. addiction model
34. Administrative Management
35. Advanced technology for dynamic sites
36. Adversarial Behavior of Closed-Source Software Suppliers
37. AEC
38. African international experience
39. Agencies
40. Agencies, Data sources
41. Agenda
42. Aggregated Components
43. Aggregating Information
44. Agreement on Semantics
45. Agriculture Labor
46. AIC Governance
47. AIC pilots, mapping the to the Knowledge Architecture
48. Air Force
49. Air Force, Operational Views
50. Air Force, System View
51. Air Force, Technical View
52. Air, Space & Terrestrial Network
53. aircraft engine repairs
54. Alert Condition
55. All business processes and systems are relevant - logistics, personnel, health care, etc.
56. Alternative authentication mechanisms, like Smartcards.
57. American Academy of Family Physicians
58. American Association of Medical Colleges
59. An Open Source ebXML Registry for eGov
60. ANSI
61. ANSI/IEEE 1471/2000
62. Anti-Microsoft
63. Any to Any Scenario
64. Apache
65. Apache Cocoon
66. Apache Cocoon: XML publishing framework
67. Apache Software Foundation
68. API
69. Apple Computer
70. Application Foundation API department focuses on patterns and APIs that are used within all applications
71. Application Integration Guides
72. Application Programming Interface
73. Application Security
74. Application Security Infrastructure
75. Architecture
76. Architecture and Engineering Committee
77. Architecture and Infrastructure Committee
78. Architecture and Infrastructure Committee, Objectives/Outcomes
79. Architecture Applied to Web Services
80. Architecture for Global PKI Interoperability
81. Architecture of the web
82. Architecture of topic maps
83. ASP
84. Association
85. Asterisk Open Souce PBX
86. Asterisk Open Source PBX
87. Australian government ebxmlrr
88. “ontology is the specification of a conceptualization”
89. Base64-encoded digital signature
90. Basic Pillars of Information Assurance
91. Bastille Linux
92. Bastille Linux - Proactive Host Security
93. BBN
94. Becomes co-opted into jargon by IT, AI and Web researchers: - because to computers, what
95. Best Practices
96. Billion Dollar consolidation opportunities
97. Bind
98. bioterrorism
99. BLA
100. Blue Oxide Technologies
101. BMSI
102. Boeing Company
103. Booz Allen Hamilton
104. BPEL
105. BPMI
106. Brian Behlendorf, Apache Software Foundation
107. BRM
108. BRM SCRM DRM TRM
109. BRM, Alignment with 3 critical management frameworks
110. BRM, FY04 budget process
111. BRM, Management of Government Resources
112. BRM, Mode of Delivery
113. BRM, Support Delivery of Services
114. BRM, Version 2.0
115. Bruce Cahan
116. Bruce Peat
117. BSDs
118. budget
119. Bugtraq
120. Building Sharable Components
121. Building the Global VistA Community
122. Business Analyst Portal
123. Business Architecture
124. Business Cases: Open Source Software and TEI
125. Business Communities
126. Business Components, Evolution
127. Business Line
128. Business Line Analyst
129. Business Line Architecture
130. Business Line Architectures
131. Business Line Channels
132. Business Line Gateway
133. Business Line Hub
134. Business Line Implementation
135. Business Line Implementation Agreement
136. Business Line Information Interoperability
137. Business Line Integration
138. Business Line Leader
139. Business Logic
140. Business Modernization and Systems Integration
141. Business objects
142. Business process and performance gaps
143. Business Process Integration
144. Business Process Specification and Design
145. Business Reference Model
146. Business Reference Model (BRM)
147. Business Reference Model Version 2.0
148. Business Reference Model, Topic Maps
149. Capabilities Search, for sharable business processes, data, or IT-components with other agencies
150. Capability Case, benefits through pre-built catalog assets to speed up process leading to credible commitments, risk mitigation and foresight in contracting
151. 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
152. Capability Cases
153. Capability Cases, a pattern language for anchoring requirements in the context of business drivers, trends and desired business results
154. Capability Cases, Bridge from Business Vision to System Solutions
155. Capability Cases, examples of semantic data integration
156. 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
157. Capability Cases, Ontology-enabled: Automated Content Tagger
158. Capability Cases, Ontology-enabled: Context Aware Retriever
159. Capability Cases, rapid means to develop validated business requirements and a business case
160. Capability Maturity Model
161. Capitalism
162. CAPP
163. Carrier IP network
164. Carrier IP Networks, history and background
165. Case Study, BGI Enterprise Development
166. Case Study, Increased productivity and satisfaction, decreased cost
167. CC
168. CCEVS
169. CCEVS Web Site
170. Cederoth, Kay
171. Celware
172. Census
173. Centralized project registry. with an extensible roles-based permissions model
174. Cerebra
175. Certification
176. CGI
177. Challenge, Revolutionary Partnership Approach
178. Challenges and Suggested Strategies for Growth of Open Source HIT
179. Challenges, Air Force
180. Challenges, Where’s the Architecture?
181. Channels, Source and Delivery
182. ChatZilla
183. CHCS
184. Chief Information Officer Council
185. Chief Technical Officer
186. Chimera
187. CHLCare: An Open Source Electronic Medical Record System
188. CIO
189. CIO Council
190. CIO Council Architecture and Infrastructure's Governance and Components Subcommittees
191. CIO Council's E-Forms Task Force
192. CIO Council's Interoperability Committee
193. CIO Key Functoins
194. Citizen-centered government, vision
195. Classification systems
196. Clinger-Cohen Act
197. clinical research management system
198. Closed source
199. Closed Verses Open Systems in Converged Information Warfare
200. CMM Rating
201. CMU
202. Co-Sourcing
203. Cogito
204. Cognitive Topic Map Web Sites: Aggregating Information Across Individual Agencies and E-Gov Initiatives
205. Collabnet
206. Collabnet Background
207. Collabnet Principle, competitive advantage from IT flexibility achieved through collaborative shared developed derived from open source development
208. Collaboration
209. Collaboration Expedition Workshop #22
210. Collaboration Expedition Workshop #23
211. Collaboration Expedition Workshop #24
212. Collaboration profiles
213. Collaboration, challenges
214. Collaboration, Common Solutions
215. Collaboration, examples at DoJ
216. Collaboration, information sharing
217. Collaboration, Security Initiatives at DoJ
218. Collaborative Agreements
219. Collaborative design initiatives
220. Collaborative environment
221. Collaborative Software Development, Open Source, and Co-sourcing
222. Collocation, and topic maps
223. Commercial
224. Commission of the Intellectual Property Rights
225. Common Components
226. Common Criteria
227. Common Criteria Evaluation and Validation Scheme
228. Common Information Model
229. Common Infrastructure Patterns
230. Communities of interest
231. Communities of Interest, FEA needs collaborative development community
232. Competency Centers
233. Competition
234. Competitive Sourcing
235. Complexity
236. component development
237. Component Service
238. Components
239. Components Subcommittee
240. Components Subcommittee Process
241. Composable Applications, re-usable components that support flexibility of adaptation to multiple Intelligent Web Services
242. Composable Extension to the Value Chain
243. computer security evaluation concepts
244. Concept Based Search
245. Concept-based search
246. Congressional Stakeholders
247. Consolidation of Government
248. Contact devIS
249. Contact Gallagher
250. Content Aggregation Algorithms
251. Content Management
252. Content Semantic Analysis
253. Context-aware case entry and retrieval
254. Coolheads Consulting
255. Cooperate
256. Cooperation with DoD stakeholders is essential to success
257. CORBA
258. Core Component
259. CoSourcing Timing Issues, competing and cosourcing
260. Cost
261. Cost Savings
262. COTS
263. Crash
264. Creating Applications with Mozilla
265. Credible Commitment
266. Credible Commitments
267. Critical Care Product
268. Cross-Agency
269. cross-agency analysis
270. Cross-Agency and Cross-Government Projects
271. Cross-agency Teamwork
272. Cross-Government
273. Cryptography
274. CTO
275. Cubes
276. Current Performance Measurement
277. Custom Monitoring and Open Source; How to Reduce Costs
278. Cyber Security Mission, FAA
279. Cyber Security Mission, five layers of system protection
280. Cyber Security, boundary protection
281. Cyber Security, Computer Security Incident Response Center
282. Cyber Security, National Information Assurance Certification and Accreditation Program
283. Cybernetics Oriented Programming (CYBOP) in Res Medicinae
284. Cybersecurity Concerns and E-Technology Potentials
285. CYC
286. DAA
287. Damage potential, Reproducibility, Exploitability, Affected users, Discoverability
288. DAML
289. DAML+Oil
290. Dan Mehan
291. DARPA
292. DARPA ML+Ontology Inference
293. Data and Information Reference Model
294. Data and Information Reference Model (DRM)
295. Data and Statistics Development
296. Data assets discovery
297. Data Dictionary
298. Data element standards
299. Data Interchange Analysis
300. Data interoperability
301. data sharing
302. Data spans silos
303. Data stores
304. Data structures, topic maps and
305. Data Type Metamodel
306. Data Warehouse
307. Datapoint
308. Datapoint registration
309. David Brown
310. Dawn Meyerriecks
311. DCOM
312. DDWE
313. Debian-Med project
314. Defaced
315. Defect
316. Defect density
317. Defense Authorization Bill
318. Definition
319. Dell
320. Dell's Open Source Software Philosophy
321. Demonstration of open source, open architecture medical surveillance
322. Department of Defense
323. Department of State - FEDS
324. Department of State – FEDS
325. Department of Veterans Affairs
326. Deployable Security Tools (That Work...)
327. Deployment and Outreach Effort
328. Deployment Architectural View, Web Services
329. derivative work
330. Design, improving security of IP networks
331. Design-Time Integration of Data
332. Designing Intergovernmental Services and Sharable Components
333. Desktop
334. Developer
335. developing countries
336. Developing Enterprise Portals with Open Source and Jakarta Jetspeed
337. Development model
338. Differential Ontology Framework
339. Digital Copybook Project
340. DIME
341. Direct Internet Message Encapsulation
342. Disasterhelp.gov
343. Discovery
344. Discussion forums
345. Distributed Development Web Environment
346. Distributed Enterprise
347. Distributed environment
348. Distributed systems, and REST
349. distribution
350. Distributor
351. DITSCAP
352. DNS
353. Documenting how business is done
354. DOD
355. DOD Directive 8500.1
356. DOD Instruction 8500.2
357. DOD Wide Governance
358. DOD, Military Health System
359. DoD’s approach - SECDEF created special program dedicated to fixing FM
360. DoD’s approach -- again following GAO’s recommendation - is to build an FM architecture
361. DODI 8500.2
362. DOES
363. Domain Independent Ontology Based Intelligence Vetting
364. Domain Name System
365. Domain Owners
366. Downtime
367. Draft Governance Concept
368. DREAD
369. Drivers
370. DRM
371. DTDs
372. DTDs, multiplicity
373. Dublin Core
374. Dynamic Content
375. Dynamic Web Services Discovery, ability by computers to discover services on a "just in time" basis through a "UDDI" standard for e-government initiatives
376. dynamic websites
377. E-authentication
378. E-Authentication Common Services
379. E-Business and Security
380. e-democracy
381. E-Enablers
382. E-Forms
383. E-Forms for E-Gov pilot
384. E-Forms for e-Gov: The Use of XML Standards-based Applications
385. E-Gov Border Control Initiative
386. E-Gov Initiatives
387. E-Gov Security Service Framework
388. E-gov services for the blind
389. E-gov, Benefits
390. E-Government
391. E-government Act
392. E-government challenges, cultural barriers and stovepiped legacy systems
393. E-government issues
394. e-government services for the blind
395. e-Government Success and failure
396. E-government, Business Case
397. E-government, Citizen-Centered Web services
398. E-government, critical success factors
399. E-government, DoJ vision
400. E-government, drivers
401. E-government, goes beyond IT
402. E-government, key components
403. E-government, principles
404. E-government, rationale
405. E-government, requirement for cyber security
406. E-government, stakeholder use cased
407. E-government, transformation attributes
408. E-Government: Creating a Government that Delivers Results
409. E-Govt for Citizen
410. E-Grants
411. E-Grants Single System Solution
412. E-Science
413. E-Travel
414. EA
415. EA Business Component
416. EA Elements
417. EA IM/IT Components
418. EA, Benefits
419. EA, Challenges
420. EA, IT security and audit resolution at GSA
421. EA, MHS Demo
422. EAI
423. EAL Level
424. EAL2
425. EAMS
426. EAMS as Open Source, Lessons Learned
427. EAMS, Challenges
428. EAMS, Management Schema
429. EAMS, Open Source
430. EAP data entities
431. ebBP
432. ebCC
433. ebCPA
434. ebMS
435. ebReg
436. Ebxml
437. ebXML Architecture
438. ebXML Business Process
439. ebXML Core Components
440. ebXML CPPA
441. ebXML Messaging
442. ebXML registry
443. ebXML Registry V3 specification
444. ebXML, Enabling eGov
445. ebXML, findings
446. ebXML, pilot on-going
447. ebXML, pilot outcomes
448. ebXML, pilot projects
449. ebxmlrr
450. Ebxmlrr registry browser guide
451. Ebxmlrr, Australian Government
452. Ebxmlrr, Business Case for Sun
453. Ebxmlrr, definition
454. Ebxmlrr, Government of Canada
455. ebXMLrr, IT Infrastructure Interoperability
456. Ebxmlrr, overview
457. Ebxmlrr, pilot strategy
458. Ebxmlrr, pros and cons
459. Ebxmlrr, Prototype
460. Ebxmlrr, use case example
461. eCl@ss
462. Economic viability
463. Eforms
464. eGov
465. eGov Vision
466. Egovernment
467. Egovernment, 24 initiatives as Capability Cases
468. Egovernment, challenges from overload, process breakdown and ad hoc integrations
469. Egovernment, critical success factors, cooperatove engagement and conducive environment
470. Egovernment, DoJ implementation
471. Egovernment, DoJ on the path to green
472. Egovernment, Lesson learned
473. Egovernment, Quarterly Assessment for Sound Governance Structures
474. Egovernment, transformation in how we protect and serve citizens
475. Egovernment, vision of Universal Access
476. Egrants
477. EICs
478. EISs
479. EJB
480. Emerging Technologies Subcommittee
481. Emerging Technology
482. Emerging Technology Working Groups
483. Enforcement Management
484. Enterprise Application Integration
485. Enterprise Architecture
486. Enterprise Architecture - an Enabler of Secure E-Government
487. Enterprise Architecture Alignment
488. Enterprise Architecture Bootcamp
489. Enterprise Architecture Driven E-Government with XML Web Services: Open Collaboration with Open Standards
490. Enterprise Architecture Framework, Air Force
491. Enterprise Architecture Framework, DoD
492. Enterprise Architecture Management System
493. Enterprise Architecture Pattern
494. Enterprise Architecture, Alignment
495. Enterprise Architecture, alignment and governance at GSA
496. Enterprise Architecture, Challenges
497. Enterprise Architecture, challenges of crossing boundaries
498. Enterprise Architecture, Challenges of emerging technology integration through proprietary approaches
499. Enterprise Architecture, challenges of understanding metadata and modeling
500. Enterprise Architecture, governance process
501. Enterprise Architecture, GSA response to challenges
502. Enterprise Architecture, Implementation at DoJ
503. Enterprise Architecture, Information Management
504. Enterprise Architecture, Integrating Role of Finance-Financial Management
505. Enterprise Architecture, Inter-agency Information Federation
506. Enterprise Architecture, Interoperability
507. Enterprise Architecture, Interoperability Challenges
508. Enterprise Architecture, IT security and audit resolution at GSA
509. Enterprise Architecture, key to secure e-business
510. Enterprise architecture, metadata
511. Enterprise Architecture, metamodels
512. Enterprise Architecture, Model driven integration
513. Enterprise Architecture, Open Systems Interconnection Model
514. Enterprise architecture, principles
515. Enterprise Architecture, Strategic methodology for interoperability
516. Enterprise architecture, templates for communications
517. Enterprise Architecture, templates for interoperability
518. Enterprise Architecture, Use Case
519. Enterprise architecture, use cased
520. Enterprise Architecture, Web services
521. Enterprise Authentication & Authorization
522. enterprise desktop
523. Enterprise Information Consumers
524. Enterprise Information Management
525. Enterprise Information Portal
526. Enterprise Information Systems
527. Enterprise Java Development on a Budget
528. Enterprise Licensing
529. Enterprise Message Definitions
530. Enterprise object model
531. Enterprise-wide
532. Enterprise-wide licensing
533. Entreprise Architecture
534. Envisioning
535. Eogvernment, Progress
536. EPA
537. ERM Mission
538. ESSENCE: An Example of a Non-Traditional Electronic Infectious Diseases ...
539. Ethical
540. ETL
541. eTopicality, Inc.
542. EU sixth framework programme (FP6)
543. European Commission
544. EVA
545. Evaluation Process
546. Evaluations
547. Everywhere means Military Services and Defense Agencies
548. EVM
549. Evolution
550. Examples of Components
551. Examples of Open Source Technologies in Government and Enterprise
552. Extensibility
553. eXtensible Binding Language
554. eXtensible Markup Language
555. FaCT
556. Farrukh Najmi
557. Fastest
558. FBI
559. FDA
560. FEA
561. FEA business cases that are enterprise-wide
562. FEA Capabilities Advisor
563. FEA Challenge, Integration and Customization
564. FEA Challenges, Functional vs. System Performance Specifications
565. FEA Challenges, role of EA in IT Capital Planning
566. FEA Challenges, Scope of the “enterprise”
567. FEA Ontology Model
568. FEA Reference Models
569. FEA,
570. FEA, as a Knowledge Architecture
571. FEA, at FAA
572. FEA, Business Reference Model
573. FEA, Candidate Capability Cases
574. FEA, Challenge of envisioning what’s needed
575. FEA, Challenges
576. FEA, Collaborative tools for Enterprise-wide management
577. FEA, Cross-agency Service Components
578. FEA, Data Reference Model
579. FEA, draft Performance Reference Model
580. FEA, Draft PRM
581. FEA, enabler of secure e-government
582. FEA, Federal Aviation Admministration
583. FEA, Federated data management approach
584. FEA, Governance Process
585. FEA, Government of Canada
586. FEA, Information Interoperability Challenges
587. FEA, Information Technology
588. FEA, Integration of Web Services & Component Based Architecture
589. FEA, lifecycle
590. FEA, model queried for building blocks or solution capabilities, from a catalog of options
591. FEA, Model using OntoEdit Ontology Tool
592. FEA, Modelled using Protégé, Open Source Ontology Tool
593. FEA, Next Steps
594. FEA, ontology engineering to understand the value proposition
595. FEA, Ontology Model in DAML+OIL
596. FEA, Ontology Model with RDF examples
597. FEA, Ontology, governance
598. FEA, Ontololgy
599. FEA, pilot Semantic FEA Capabilites Advisor
600. FEA, reference models
601. FEA, Semantic Technologies as web services to queary FEA model and find capabilities that support agency services
602. FEA, Service Component Reference Model
603. FEA, Technical Reference Model
604. FEA, Tips for successful cosource and shared components
605. FEA-Business Reference Model
606. FEA-centered Business Case Challenges, understand requirements, stakeholders, scenarios of use, scope of the domain of application
607. FEA-PMO
608. FEAF 2.0
609. FEAMS
610. Federal Asset Sales
611. Federal Aviation Administration, mission
612. Federal data sharing, Federated data management challenges include requisite comprehension before integration efforts begin
613. Federal data sharing, federated data management challenges to transcend black hole
614. Federal Enterprise Architecture
615. Federal Enterprise Architecture Program Management Office
616. Federal Investigators
617. Federal IT Investment Portfolio, FY 04
618. Federal Laboratory Researchers
619. Federal Procurement
620. Federated classification, topic maps and
621. Federated Data
622. Federated Data Dictionary
623. Federated Data Management
624. Federated Data Management Architecture
625. Federated Service Information Integration Plan
626. Federation
627. FedWeb Spring 2003
628. Feedback loop
629. Fenestra
630. Financial Business Architecture
631. Financial Business Process Cycle
632. Financial Management
633. Financial Management Modernization
634. Financial Management Modernization Program
635. Financial Management Systems
636. Find, Bind and Execute
637. Finding aid, example
638. Firewall
639. Firewalls
640. First Responder Interactions, Simplify and Unify
641. Fix FM wherever managers need data - basically everywhere
642. Flexibility
643. flexible data models
644. Flexible security
645. FLOS
646. FLOSS
647. FMMP
648. Forces of Change, at FAA
649. Foresight in Contracting
650. Forms
651. Free Software
652. Free Standards Group
653. Free-Libre Open Source
654. Free-Libre Open Source Software
655. FreeBSD
656. Freebxml
657. Freedom
658. French Agency for ICT
659. French local communities'
660. From Philosophy – “A theory of the types of things that exist”
661. FS
662. FSS
663. FTS
664. Future Medical Logistics Function
665. Fuzz
666. Galeon
667. Gap Analysis
668. Gartner, ontology engineering trends
669. GEAF
670. Gecko
671. Gene Ontology
672. General Public License
673. Generalized Instrument Design System
674. Geographic Information System
675. George Thomas
676. George Thomas, Bio
677. geospatial information
678. Geospatial One-Stop
679. Geospatial One-Stop Portal Initiative
680. Get the competency questions first? Competency questions that are at odds – what do you do with the conflicts?
681. GIDS
682. GIDS, modules
683. GIDS, Repository
684. Gigabuck
685. GIS
686. GIS software
687. Global Debt statistics registry
688. Global XML Web Services Architecture
689. GNOME 2.0
690. GNU Bayonne
691. GNU General Public License
692. GNU/Linux
693. Goose 1.0: The Open Source, RESTful Topic Map Server
694. GooseWorks project
695. GOS-PI
696. GOTS
697. GovBenefits
698. Governance
699. Governance and Components Subcommittees
700. Governance rules
701. Governance Subcommittee
702. Government Accounting Standards Board 34
703. Government Enterprise Architecture Framework
704. Government Entreprise Architecture Framework
705. Government Involvement In Standards Organizations
706. Government of Canada
707. Government of Canada, GSRM
708. Government Policy initiatives
709. Government Protection Profile
710. Government Security and Privacy Direction
711. Government Software Preferences -- Survey and Critical Assessment
712. Government to Citizen interaction using Open Souce software
713. Government Transformation
714. Government-wide technology re-use
715. GPL
716. Granularity
717. GSA Case Study
718. GSA-NIST XML Registry
719. GSRM, Program
720. GSRM, Provider Program
721. GSRM, Public Program
722. GSRM, Service Output Type
723. Guide to choosing and using libre software licences
724. Guthrie Memo
725. GXA
726. GXA Architecture
727. GXA Specifications
728. GXA, Design Principles
729. GXA, Milestones
730. GXA, Web Services Stack
731. Hardware
732. Haycock, Robert
733. Health Informatics
734. Health Information Foundation
735. Health Insurance Portability and Accountability Act
736. healthcare
737. healthcare industry
738. Healthcare, Access
739. Heath Level 7
740. Helix
741. High Level Process and Architecture Framework
742. High Performance computing capability
743. HIPAA
744. HIPPA
745. HL7
746. HL&
747. Homeland Defense
748. Homeland Security
749. hospital information system
750. host-level proactive security work
751. House Armed Services
752. How are you going to build it?
753. How are you going to deploy it?
754. HRM
755. hrXML
756. HTML
757. HTML that conforms to XML standard
758. HTTP
759. HUD
760. Human Capital Management
761. Human Resources Management
762. hypertext
763. Hypertext and network latency
764. hypertext, and network latency
765. hypertext, definition of
766. HyTime
767. I.D.E.A.L. Technology
768. IAC
769. IAC EA SIG
770. IAC Key Concepts
771. IAC, business-centric methodology
772. IAC, contact information
773. IAC, paper on Information and Data Reference Model (DRM): Standards Based Architecture to Support Federated Data Management
774. IAC, recommendations
775. IBM's experience
776. IBM's WebSphere
777. ICT
778. Identify Common Functions
779. Identity
780. IDL
781. IIS
782. Implementation Architectural View, Web Services
783. Implementation of US DVA VistA in a state hospital
784. Implementing Open Standards and Open Source Software
785. Improvements
786. Incubator Process
787. Indian Health Service
788. Infoglut
789. Information and Data Sources
790. Information Assurance
791. Information exchange
792. Information Federation
793. Information Ingest and Translate
794. Information Integration
795. Information Interoperability Challenges: Strategic Approach and Federated Data Management
796. Information Management
797. Information Management Strategy
798. information management tools for health care and research
799. Information Model Repository
800. Information objects
801. Information Overlay
802. Information Renaissance
803. Information reuse
804. Information Routing
805. Information Sharing
806. Information warfare
807. Information, Amount
808. Information, Complexity
809. Information-reuse
810. Infostructure
811. Infoworld
812. Infrastructure and Knowledge Flow
813. Infrastructure Pattern Types
814. Infrastructure Strategy
815. Infrastructure-level protocols for Web Services
816. Innovation
817. Innovators, Early Adopters and Pragmatists
818. Institutionalizing an Open Source Software Delopement Process
819. Insurance
820. Integrated e-Governance
821. Integrated Enterprise Architecture
822. Integrated software environment for all medical tasks based on Debian-Med
823. integrated U.S. Government
824. Integrating OS and Windows desktops in schools
825. Integrating Security Architecture
826. Integration Time-Boxes Releases
827. Integration, lack of between logistic processes
828. Intellectual property
829. intellectual property law
830. Intelligent Web Services
831. Intelligent Web Services, DAML-S
832. inter-networking architectures
833. Interactive Voice Response
834. Interface Definition Language
835. Internal “Red Team”
836. Internal Efficiency and Effectiveness
837. Internal Operations/Infrastructure
838. International Common Criteria for Information Technology Security Evaluation
839. International Standard
840. Internet Data Center Reference Architecture Guide
841. Interoperability
842. Intra Agency Information Federation
843. IOD
844. IP Framework
845. IP network, preventing network attacks
846. IP network, protection strategies
847. IP network, risk mitigation
848. IP network, security monitoring
849. IP networks, chart of security incidents from CERT
850. IP networks, design questions for establishing a secure network
851. IP networks, industry cooperation for prevention of attacks
852. IP networks, security and evolving threats
853. IP networks, security issues
854. IP networks, security through private network isolation?
855. IRS
856. IRS Tax Map Pilot
857. Is Open Source Security Really Free?
858. Is Open-Source Software Better for Security than Proprietary?
859. Islands of Automation, agencies cannot easily collaborate for key missions like Homeland Security.
860. Islands of Automation, businesses fill-out multiple forms for the same information
861. Islands of Automation, multiple agencies to work with
862. Islands of Automation, Strategic Alliances for Teamwork
863. ISO
864. ISO 10744
865. ISO 11179
866. ISO 11179 registry
867. ISO 13250
868. ISO 8879
869. ISSE
870. IT bought for agency operations —not citizens' interface needs.
871. IT Service Provider
872. ITU-T
873. IVR
874. IV&V
875. J2EE
876. JabberZilla
877. Jack Park
878. Jan Algermissen
879. Japanese e-Government Strategy and Open Source Policy
880. JAVA
881. Java 2 Platform Enterprise Edition
882. Java objects
883. Java open source
884. Java Standard Portlet API
885. JAXR API
886. JBoss
887. JDBC
888. JDOM,
889. JEngine
890. Jetspeed
891. JFMIP’s Framework
892. JMI
893. JMS
894. JMSJNDI
895. JNDI
896. Joe Chiusano
897. Joel Patterson
898. John Dodd
899. John Gilligan
900. John Przysucha
901. John Rehberger
902. Joint Governance, Components & Emerging Technology Subcommittees Pilot Projects
903. Joint Staff IT Business Process
904. Joint Staff IT Business Process and Role of Enterprise Architecture
905. Joseph Chiusano
906. Joseph Potvin
907. JSP
908. Juniper
909. Justice
910. Justice Global Network
911. K-Infinity
912. Kevin Williams
913. Key Governance Points
914. Key Trends in E-government, Web services become business services
915. Knowledge Architecture
916. Knowledge Enablement
917. Knowledge Enablement and Envisioning
918. Knowledge Management
919. Knowledge Management Challenges
920. Knowledge management systems, benefits from semantic technologies
921. Knowledge management, “How is meaning embedded in information models defines as ontologies?”
922. Knowledge Management, challenges
923. Knowledge Management, Enterprise-wide
924. Knowledge management, semantic content enabling processes that are decentralized,but conntectable
925. Knowledge management, statistical approach is limited
926. Knowledge Mapping
927. Knowledge Technologies Tree
928. Knowledge Technologies, AI Knowledge Representation
929. Knowledge Technologies, Content Management Languages
930. Knowledge Technologies, Process Knowledge Languages
931. Knowledge Technologies, Semantic Technology Languages
932. Knowledge Technologies, Software Modeling Languages
933. Knowledge Technologies, Tree
934. Kruchten, Philippe
935. Krysalis platform
936. Law enforcement
937. Lead Agent
938. Learning Content Standards and OSS - Opening Minds
939. Learning Management System
940. Legal rights
941. Lessons Learned,Simplify or Unify
942. Leverage enterprise licensing
943. Leveraging Open Source Processes
944. Libre
945. Libre software policies at European level
946. License management
947. Licensing fees
948. Line of Business Federated Data Reference Models
949. Line of Business Management
950. Line of Business Management Approach
951. Line of Sight
952. Lines of Business
953. LinEx- An Alternative on OSS
954. linguist collaboration application
955. Linkage
956. Linux
957. Linux Integrates into Government Strategy
958. Linux Professional Institute
959. Linux Standard Base
960. Linux Standard Base Specifications
961. Linux Terminal Server
962. Linux-Based Forward Area Portable Forensics System
963. Litigation
964. LMS
965. Local Police
966. Location Transparent Component Implementations
967. Logical Architectural View, Web Services
968. Logical Business Area
969. Loosely Coupled
970. LSB
971. LSB Certification
972. LSPP
973. LTS
974. M3 Abstraction
975. Mac OS X: The Open Alternative
976. Mainframe
977. Managed Open Source
978. Managing EAMS As An Open Source Project
979. Managing Open Source and Proprietary in one Organization
980. MapServer
981. Marc Andreessen
982. March 17, 2003
983. March 18, 2003
984. March 4, 2003
985. Mark Baker
986. Mark Day
987. Mark Forman
988. market relations
989. Market share
990. Massachusetts Institute of Technology
991. Meaning, resides in relationships, not entities
992. medical management software
993. medical records
994. medical research
995. medicine
996. Merrill Lynch
997. Message Definitions department focuses on understanding and evolving the recommended OpenEAI message definition patterns for defining and deploying enterprise message definitions
998. Message Object API
999. Meta Object Facility
1000. Meta-data, benefits
1001. Meta-meta-metadata
1002. Meta-metadata
1003. MetaBase
1004. Metadata
1005. Metadata association
1006. Metadata interoperability standards
1007. Metadata management
1008. Metadata modeling
1009. MetaMatrix
1010. Metamodel
1011. MHS
1012. MHS Enterprise Architecture
1013. MHS Enterprise Architecture Demo
1014. MHS Information Management Proponent Committee
1015. MHS IT
1016. MHS, Common Operating Environment Concept
1017. MHS, Enterprise Architecture Strategy
1018. MHS, Resources and Services
1019. Michael Carleton
1020. Michael Lang
1021. Michel Biezunski
1022. Microsoft
1023. Microsoft IIS
1024. Microsoft Security Response Center
1025. Microsoft Solution for Intranets - Prescriptive Architecture
1026. Microsoft’s
1027. Middleware
1028. Middleware interface engine
1029. Migrating legacy Windows apps
1030. Migration
1031. Mike Kochanik
1032. Military Health System
1033. MIME
1034. MISMO data standard
1035. Model Driven Architecture
1036. Model Driven Integration
1037. Model Driven Process
1038. Model, Definition
1039. Modularity
1040. MOF
1041. MOF Integrator
1042. MOF models
1043. MOF repository
1044. Money
1045. Monocultures
1046. Moral
1047. Morgan Stanley
1048. Mozilla
1049. Mozilla development enviroment
1050. Mozilla Public License
1051. Multi-Billion Dollar Consolidation Opportunity
1052. Multi-source information integration
1053. Multilingual topic map
1054. MUSCLE, Movement for the Use of Smart Cards in a Linux Environment
1055. MySQL
1056. MySQL, The Commercial OpenSource Database
1057. NAICS
1058. NAICS (North American Industrial Classification System)
1059. Namespace
1060. NASA, Ontology Engineering Example
1061. nascent democracy
1062. NASCIO
1063. National Biodefense Initiative
1064. National Health of Finland
1065. National Imaging and Mapping Agency
1066. National Information Assurance Program
1067. National Information Assurance Program -- Common Criteria Evaluation and Validation Scheme
1068. National Security Agency
1069. National Spatial Data Infrastructure
1070. Navigation
1071. Navigation hubs
1072. Need a process to get to the Stakeholders in order to get to the competency questions.
1073. Netherlands
1074. Network as a Service Delivery Platform
1075. Network latency, and hypertext
1076. next slide.
1077. Next, to represent a conceptualization, representation languages are needed
1078. NIAP
1079. NIAP Assurance Maintenance Program
1080. NIGP
1081. NIH
1082. NIMA
1083. NIST FIPS validation program
1084. NIST Guidance
1085. NIST Special Pub 800-23
1086. NIST/NSA CERT Program
1087. Non-commercial
1088. Non-quantitative
1089. Norman Lorentz
1090. North American Industrial Classification System
1091. NOTE that this is different than V1.0, if you are familiar with that, which had a part 4 that contained PPs. You can now sample PPs on the web page and we’ll give that URL later.
1092. NSA
1093. NSA's Information Assurance Research Group
1094. NSA's Security-enhanced Linux
1095. NSTISSP
1096. NSTISSP 11
1097. NSTISSP No. 11
1098. O-STEP: Transiting the Software Industry to Open Source
1099. OASIS
1100. OASIS ebXML Registry
1101. OASIS Topic Maps Published Subject
1102. OASIS, ebXML Registry Project
1103. Object Management Group
1104. Object Metamodel
1105. Object/Component Oriented Programming
1106. Occurrence
1107. Office of Management and Budget
1108. OGC
1109. OIO: Open Infrastructure for Outcomes
1110. Ojbect Class Components
1111. OMB
1112. OMB, governance process
1113. OMB-NIST
1114. OMB’s Budget Function Classifications
1115. OMG
1116. One-Stop-Shops for Citizens.
1117. Online Rulemaking
1118. OntoBroker
1119. OntoEdit
1120. Ontologies, and topic maps
1121. Ontology enabled solutions
1122. Ontology Engineering
1123. Ontology Engineering, Envisioning a Solution is critical pre-requisite
1124. Ontology Engineering, Example
1125. Ontology standards and tools
1126. Ontology technology should be both necessary and sufficient.
1127. Ontology, a conceptualization, i.e., ontology defines entities and relationships among them
1128. Ontology, as document or file that formally defines the relations among terms
1129. Ontology, as evolutionary vocabularies
1130. Ontology, background and definition
1131. Ontology, Benefits of better access to information and shared understanding
1132. Ontology, business driver for reference implementation prototypes of open standards
1133. Ontology, enables better processing by computers for easier “meaning-making” by people
1134. Ontology, examples of use
1135. Ontology, facilitates sharing knowledge, data, services
1136. Ontology, integrates rules and meta-knowledge
1137. Ontology, Languages
1138. Ontology, lifecycle
1139. Ontology, motivate by development of scenarios of use/application in context
1140. Ontology, taxonomy (hierarchical relations) plus inference
1141. Ontology-based Knowledge Technologies
1142. OODBMS
1143. Open Collaboration
1144. Open Communication
1145. Open Development in Education and Research Institutions
1146. Open Enterprise Application Initiative
1147. Open GIS Consortium
1148. Open Industry Interfaces
1149. Open Office
1150. Open or Closed Source Dilemma For E-Governance
1151. Open Services Interfaces
1152. Open source
1153. Open Source at Merrill Lynch: "Free" as in "Market"
1154. Open source business model
1155. Open Source Collaboratory
1156. Open Source Confidentiality Methods
1157. Open Source Development Makes Applications More Secure
1158. open source ebxml registry
1159. Open Source Electronic Health Record
1160. Open Source GIS and the Development of a National Spatial Data Infrastructure
1161. open source health software
1162. Open Source in Computer Forensics
1163. Open Source in Distance Education - Ukrainian Case
1164. Open source in syndromic surveillance for bioterrorism and public health
1165. Open Source is the executable Open Specification enabling rapid ...
1166. Open Source media creation and playback
1167. open source preference proposals
1168. Open Source Security for the Federal Government
1169. Open Source Software
1170. open source software and free markets
1171. Open Source Software and Open Government
1172. Open Source software in health care organizations
1173. Open Source Software Legal Issues
1174. Open Source Solutions for Medical Practices
1175. Open Source Tools for Mapping and Spatial Data
1176. Open Source &Open Standard : A Challenge for Nigeria's Nascent d
1177. Open Source, Benefits
1178. Open Source, benefits from commoditized infrastructure
1179. Open Source, end-user/developer gains power and flexibility
1180. Open Source, Free Standards
1181. Open Source, intersection with effective business processes
1182. Open Source, largest library of reusable software in the world
1183. Open Source, Rationale
1184. Open Source, ready platform for IV&V and stakeholder-centered communication and customization
1185. Open Source, the secret sauce is collaborative software development
1186. Open Source: A Case for e-African-Government
1187. Open Source: A New Management Paradigm
1188. Open Source: Good for Users; Dangerous for Developers
1189. Open standard
1190. Open Standard, APIS
1191. Open Standards
1192. Open Standards, from open development process iterations
1193. Open Standards, Ontology Standards
1194. Open Standards, Relationships to Ontologies
1195. Open Standards, XML Specifications and Standards
1196. Open Standards/Open Source for National and State E-Government Programs in the US and EU
1197. Open Web Services Demonstration and Geospatial One-Stop Portal E-Gov Initiative
1198. Open-Source Licensing and National Security
1199. Open-Source Licensing Issues: Legal Infrastructure and National Security
1200. OpenEAI
1201. OpenEAI Project
1202. OpenEAI, Benefits
1203. OpenGIS standards for data exchange and web services
1204. OpenJMS
1205. OpenOffice.org
1206. OpenSource Software, Government and Industry
1207. Openssh
1208. OpenVista
1209. Organizational Integration Strategy
1210. OSS
1211. OSS Stack
1212. Outsourcing challenges, complexity and security
1213. Overarching Systems Framework for Homeland Defense
1214. Overcoming Barriers to Disparate Data Systems
1215. Overview
1216. OWL
1217. OWN
1218. Paradigm Shift, Web Services
1219. PART
1220. Part 1 presents the concepts, principles, and general model of IT security evaluations.
1221. Part 2 Annex provides detailed information and notes concerning the security functional requirements.
1222. Part 2 presents a catalog of security functional requirements.
1223. Part 3 presents a catalog of security assurance requirements and the Evaluation Assurance Levels (EALs) which define a scale for measuring assurance of IT systems.
1224. PAT interfaces
1225. patents
1226. Patents and Open Source
1227. patient identification fields
1228. Patricia tree
1229. Pattern of Interest
1230. Patterned System of Electronic Conversation (PSEC)
1231. Patterns
1232. Paul Clements
1233. Paul Prescod
1234. Pay.gov
1235. PCM Team
1236. PDA
1237. PDF form products
1238. Peer Review
1239. People
1240. PeopleSoft
1241. Performance
1242. Performance Indication
1243. Performance Reference Model
1244. Performance Reference Model (PRM)
1245. Perl
1246. Philosophy of Governance
1247. PHP
1248. Physical Model and Virtual Model
1249. Pilot Projects
1250. PKI
1251. Pluggable Infrastructure Protocols
1252. Point of Sale
1253. Police
1254. Political Perspectives of Free Software
1255. POP
1256. Portal Architecture
1257. Portals and topic maps
1258. Portlet 101
1259. Portlet Modes
1260. POSIX standard (ISO/IEC 9945:2002)
1261. PostgreSQL
1262. PostgreSQL Global Development Group
1263. PostgreSQL: Past, Present, and Future
1264. Power a methodology that gets the stakeholders engaged and envisioning what they can and are going to do?
1265. President’s Budget and Performance Integration Initiative
1266. President’s Management Agenda
1267. Presidential Memo
1268. Principles
1269. Privacy Architecture
1270. PRM
1271. PRM, example
1272. PRM, Operationalizing for Resource Training and Development
1273. PRM, President’s Budget and Performance Integration Initiative
1274. PRM, Purpose
1275. Process Architectural View, Web Services
1276. Process Emergence of Business Service Network
1277. procurement policies
1278. Product Security Target
1279. Program Executive Office
1280. Progress, Computer Security
1281. Promoting Inter-Agency Collaboration With Open Source Software
1282. Proprietary
1283. Proprietary with OSS
1284. Protection Profile
1285. Protection Profiles
1286. Protoge2000
1287. Public Key Encryption (PKI) Working Group
1288. Public Law 107-314, 2 Dec 2002
1289. Public Policy Issues in the Use of Free/Open Source Software
1290. public procurement
1291. Public Works and Government Services
1292. publish, find, bind
1293. Publish-Find-Bind-Execute Model
1294. Purpose of XML Schema
1295. PWGSC
1296. Python
1297. Python, Twisted and EAI
1298. QA
1299. Quantitative assessment of public web sites' accessibility
1300. quantitative data
1301. Ralph Hodgson
1302. Rap Sheet
1303. Rapid Solution Design, requirements work is accelerated through the reuse of solutions, technology and capability ideas
1304. RDBMS
1305. RDF
1306. RDF(S)
1307. RDF, exmples
1308. RDG
1309. Re-Thinking Standards Organization Policies to support Open Source
1310. Real World E-gov Solutions
1311. Real World Egov Solutions: Internet Architecture, XML, and Open Source
1312. Real-Time and Embedded Linux for Manufacturing and Robotics
1313. Realizing the Benefits of an Open Source Integration Engine
1314. Red Hat
1315. Red Wahoo
1316. RedHat Content Accelerator
1317. Reduce Business Burdens
1318. Reduce Intergovernmental Reporting Burdens
1319. Reduce waste from redundant development of non-sharable, non-value added software
1320. Redundancy, Elimination
1321. Reference implementation
1322. Reform Goals
1323. Registries, Meta-registries and Ontologies
1324. Registry
1325. Registry, definition
1326. Registry, What’s stored inside
1327. Reification
1328. Relation databases and XML
1329. Relational Metamodel
1330. Reliability
1331. Repository
1332. Representational State Transfer
1333. Representing Semantics
1334. Requirements, need for revolutionary Government/Industry relationship
1335. Resin
1336. Resistance to Change
1337. Resistance to Change, Agency cultures.
1338. Resource Description Framework
1339. Resource, definition of
1340. REST
1341. REST and distributed systems
1342. REST architectural style, constraints on
1343. REST architectural style, features of
1344. REST as state machine
1345. REST implementations
1346. REST interface
1347. REST project goal
1348. REST requirements
1349. REST, data view
1350. REST, definition of
1351. REST, process view
1352. Rethinking the Linux desktop: Linux as platform, not product
1353. Return on Investment
1354. Reuse
1355. Reversible decision
1356. Reynolds Cahoon
1357. Rick Rogers
1358. RISC/Unix systems
1359. Risk
1360. Risk Assessment
1361. Risk Mitigation
1362. Risks and Issues Relevant to the Business Case for Free/Open-Source
1363. RM
1364. RMI
1365. Rob Thomas
1366. Robert D. Carlitz
1367. Robert Haycock
1368. Roger Costello
1369. ROI
1370. Role
1371. Romanian Ministry of Communications and Information Technology
1372. Rosemary W. Gunn
1373. RosettaNet
1374. Roy Fielding
1375. Rules and Regulations project
1376. Run-time Integration
1377. Sam Hunting
1378. Samba
1379. SAML
1380. SAP
1381. Scalable
1382. Scaleability
1383. Scaleable Vector Graphics
1384. Schedule of Meetings
1385. school grading system
1386. schools in England
1387. Scope
1388. SCORM
1389. SCORM: Sharable Courseware Object Reference Model
1390. Scott Christiansen
1391. Scott Culp
1392. Scratchpad
1393. SDMX
1394. Searching through registered schemas
1395. Seattle Pacific University
1396. SECDEF is leading charge to solve the problem
1397. Section 508
1398. Secure Cyberspace
1399. Secure Database using Mozilla
1400. Secure E-Business Executive Summit
1401. Secure E-Business: AA Blueprints E-Government Solution Architecture CSF
1402. secure E-mail
1403. Secure Shell
1404. Secure Sockets Layer
1405. secure Web documents and forms
1406. Securing Open Source Software: Advantages and Challenges
1407. Security
1408. Security Analysis
1409. Security and Privacy
1410. Security and Privacy Architecture integrated with Enterprise Architecture
1411. Security Architecture
1412. Security Assurance for Software
1413. Security Evaluations and Open Source Software / Free Software
1414. Security in a Carrier Network
1415. Security Infrastructures
1416. Security Service Framework
1417. Security Services
1418. Security Targets
1419. Security Testing Needs
1420. Security, comprehensive
1421. Security-enhanced Linux
1422. security/ privacy/ stability
1423. Security: Built-In, Not Bolted On!
1424. Self Service application
1425. Semantic Application Integration
1426. Semantic Application Integration, next wave in evolution of Internet
1427. Semantic Data Integration, data can be shared and understood across a variety of settings
1428. Semantic Interoperability
1429. Semantic Mapping
1430. Semantic Markup Language, DAML-S
1431. semantic technologies
1432. Semantic Technologies, accessible through WEB Services that allows agencies, other governments, businesses, and citizens to make queries about the FEA model
1433. Semantic technologies, practical applications
1434. Semantic Web
1435. Semantic web, applications can look up meanings and exchange data
1436. Semantic Web, benefits to developers who can define data storage formats by linking them to decentralized vocabularies so that data can be queried globally.
1437. Semantic Web, builds semantic representation on top of XML
1438. Semantic Web, like World Wide Web, takes established ideas, and makes them work interoperably over the Internet
1439. Semantic Web, Ontology Engineering
1440. Sendmail
1441. Separation of Concerns
1442. Sept. 11, 2001
1443. Service Component Reference Model
1444. Service Component Reference Model (SRM)
1445. Service Level Agreements
1446. Service Oriented Architecture, 3rd generation view
1447. Service Oriented Architecture, 4th generation Application View
1448. Service Oriented Architecture, 5th generation
1449. Service Oriented Architecture, Application View 1st and 2nd generation
1450. Service Oriented Architecture, Core Concepts
1451. Service Oriented Architecture, ebXML as example
1452. Service Oriented Architecture, Network View
1453. Service Security and Privacy Framework
1454. Service Value Network
1455. Service vs Product
1456. Service-Oriented Architecture
1457. Services for Citizens
1458. Services to Citizens
1459. Serving the Public
1460. SETECS PKI
1461. SGML
1462. Shareable Courseware Object Reference Model
1463. Shared Source
1464. Shared Source and Open Source
1465. Sharing information among government agencies
1466. Sharing of Information
1467. sharing sensitive information
1468. Should Developers Be Preferred Service Providers
1469. SIC (Standard Industrial Codes)
1470. Silos
1471. Simple Access Object Protocol
1472. Simplicity
1473. SINAPSE: Virtually Raising the Bar for Higher Education
1474. Single source
1475. Single UNIX Specification Version 3
1476. SLOC
1477. Small Business Perspective
1478. SMTP
1479. SnoMED
1480. SOA Architects
1481. SOAP
1482. SOAP Interface
1483. SOAP Router
1484. SOAP, and open systems
1485. Social
1486. Software Architecture, Architecture Trade-offs Analysis Model
1487. Software architecture, background
1488. Software Architecture, background and ascendance
1489. Software architecture, Carnegie Mellon, Software Engineering Institute contact information and URLs
1490. Software architecture, definition
1491. Software Architecture, documentation beyond views
1492. Software Architecture, documentation for education, communication and analysis
1493. Software Architecture, documenting a view
1494. Software Architecture, documenting an architecture
1495. Software Architecture, documenting the relevant views
1496. Software Architecture, evaluation and tradeoff analysis
1497. Software Architecture, examples of prescribed views
1498. Software architecture, key to managing change
1499. Software architecture, key to system quality
1500. Software architecture, permits/precludes achieving quality attributes
1501. Software architecture, references
1502. Software architecture, reusable model
1503. Software Architecture, Web Services
1504. Software architecture, when and why to evaluate and architecture
1505. Software Architecture: Key to System Quality
1506. Software Engineering Institute, who we are
1507. Software licensing
1508. Software product line, definition
1509. Software product line, success and benefit/cost ration of 10:1
1510. Software product lines, economics
1511. Software Product lines, examples of success
1512. Software reuse, fails with large binary libraries with APIs
1513. Software reuse, succeeds with approaches like Apache APR and XML Commons area
1514. Software supply chain
1515. SoftwareAG
1516. Solution Architects Working Group (SAWG)
1517. Solution Envisioning Workshop
1518. Solution Envisioning, a process to manage strategic conversations leading to business cases that are enterprise-wide
1519. Solution Envisioning, design by example
1520. Source code
1521. source code licensing
1522. Source lines of code
1523. spatial data infrastructure concepts
1524. spatial data integration
1525. spatial database technology
1526. SPC
1527. Special Task Force
1528. SPML
1529. SQL
1530. SRI
1531. SRM
1532. SRM, access and delivery channels
1533. SSH
1534. SSL
1535. Stakeholders
1536. Standardization, lack of
1537. Standards
1538. Standards : bridging the generation gap between Linux and Unix
1539. Standards and Interoperability
1540. Standards Based Architecture for Federated Information Management
1541. Standards, access rights deficiencies
1542. StarOffice
1543. StarOffice and OpenOffice.org: Changing the Ecology of Software
1544. Starving programmers
1545. State Department
1546. State machine, REST as
1547. State of the Mozilla Project
1548. Statechart
1549. Statemate
1550. static HTML sites
1551. Steve Capell
1552. Steve Wheat
1553. Steven R. Newcomb
1554. STMQL
1555. Stone soup development
1556. Strategic Outcomes
1557. Strategic Process Maturity Model Report Evolution
1558. Strong security policy and good operational procedures and document them.
1559. Structural transformation
1560. Subcommittees
1561. Subject constitutors
1562. Subject indicators
1563. Subject, addressable
1564. Subject, definition of
1565. Subject, non-addressable
1566. Subject-based Topic Map Query Language
1567. Subjects and Information Resources
1568. Subjects, represented by topics
1569. SUMO
1570. Sun Microsystems
1571. Sun ONE Desktop - (Madhatter) - Shaping the Future in Desktop
1572. Sun ONE desktop solution
1573. Sun ONE
1574. Sun Ray
1575. Supercomputer
1576. Supply Chain Management
1577. Support
1578. Support Delivery of Services
1579. surveillance
1580. surveillance systems
1581. SVG
1582. Synoptic view, and topic maps
1583. System Engineering
1584. System Portfolio View
1585. Systems evaluated wrongly (e.g., % time working, not program effectiveness
1586. TAMBIS
1587. TAO of topic maps
1588. Taxonomy
1589. Taxonomy of Standard-based Security Strategy
1590. Taxonomy, topic map implementation of
1591. TCO
1592. TCP
1593. TCP/IP
1594. TDM
1595. Technical Reference Model
1596. Technical Reference Model (TRM)
1597. Technology Management
1598. Technology Management Initiative
1599. Technology Transfer of Open Source VistA
1600. Technology, neither the problem nor the whole solution
1601. Test Suite application
1602. Text-base
1603. The Apache Experience
1604. The Brazilian National Health Card Project: from design to implementation
1605. The Business and Economics of Linux and Open Source
1606. The Challenge of OSS for Small Businesses, Small Agencies
1607. The Challenge of Reaching the People
1608. The Digital Notebook - A success case on the Public Educational System
1609. The Enterprise Linux Desktop: Addressing Corporate Needs
1610. The ERP gateway
1611. The Federal Enterprise Architecture (FEA)
1612. The Hacker's Dictionary; see The Jargon File
1613. The Integrating Role of Finance-Financial Management Enterprise Architecture
1614. The Jargon File, topic map of
1615. 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.
1616. The Open Communities Project (oc4 project)
1617. The open source approach to IT education
1618. The Open Source Work Ethic and the Spirit of Capitalism
1619. The OpenEAI Project: Open Source Enterprise Application Integration Software and Methodology
1620. The point of this part of the talk is to get their hands on all the pieces. There is no real technical information given here.
1621. The Potential Of Semantic Technologies for e-Government
1622. The scope of his vision -- and our response -- is Department-wide
1623. The Transparency Project
1624. The XML Collaborator-Industry Standards Interoperability and Applicability to E-Gov Initiatives
1625. 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?
1626. 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:
1627. This addresses GAO’s past concern of lack of top-level leadership
1628. This leads to the need for standards, tools, and so on … into the big bang of the universe of ontology work
1629. Tim O’Reilly
1630. tmtk
1631. tmtk (Topic Map Toolkit)
1632. Tod Jackson
1633. TOL
1634. Topi Maps
1635. Topic
1636. Topic Map for Egov Conference
1637. Topic map implementation of taxonomy
1638. Topic map ontology
1639. Topic Map, Citizen-Centered Government
1640. Topic map, multilingual implementation
1641. Topic map, of The Jargon File
1642. Topic Maps
1643. Topic maps and data structures
1644. Topic maps and federated classification
1645. Topic Maps applications
1646. Topic Maps at IRS, Topic Types
1647. Topic Maps at the IRS, From Prototype to Final Product
1648. Topic Maps at the IRS, Navigation
1649. Topic Maps at the IRS, Topic Map Model
1650. Topic Maps based navigation
1651. Topic Maps Creation, Processes
1652. Topic Maps Merging
1653. Topic Maps Model, Building
1654. Topic Maps Navigation
1655. Topic Maps Portals
1656. Topic Maps Products
1657. Topic Maps Reference Model
1658. Topic Maps, Advantage
1659. Topic maps, and portals
1660. Topic maps, architecture
1661. Topic Maps, Building
1662. Topic maps, design and construction
1663. Topic Maps, Difference with XML and Databases
1664. Topic Maps, Getting-Together side effect
1665. Topic Maps, GSRM
1666. Topic maps, objective of
1667. Topic maps, TAO of
1668. Topic maps, use case
1669. Topic name
1670. Topic type
1671. Topic, definition of
1672. TopicMaps
1673. TopQuadrant, Inc
1674. TopQuadrant, Inc.
1675. TopQuadrant, Overview
1676. Total Cost of Ownership
1677. Total Economic Impact
1678. TOVE
1679. Towards a development of libre softwares thanks to publicfunds.
1680. Traffic Spikes on a Government Website
1681. Training
1682. Transformation
1683. Transforming Government, IT enabling enhanced mission accomplishment
1684. Transforming Government: IT as an Enabler of Enhanced Mission Accomplishment
1685. Transmission Control Protocol
1686. Transparency
1687. TRICARE Online
1688. TRM
1689. TRM, cross-agency service components
1690. TRM, deployment
1691. TRM, relationship to component-based architecture
1692. Trust Engine
1693. Trusted developer
1694. Trusted repository
1695. TrustedBSD
1696. TrustedBSD: Applying Trusted Operating System Elements
1697. Trustworthy Computing
1698. Turn to page ii of Part 1. All parts have forward with list of sponsoring organizations, followed by a TOC, LOF, LOT (pgs iii - v)
1699. U.S. Army Simulation, Training and Instrumentation Command (STRICOM)
1700. U.S. Navy
1701. UBL
1702. UBL, Data model
1703. UCLA Medical School
1704. UCLA/AAMC Health Open Source Collaboratory Initiative
1705. UDDI
1706. UDP
1707. Ukrainian Higher Education Institutions
1708. UML
1709. Understand spectrum of open to closed software development
1710. UNESCO activities
1711. UNESCO and Free/Open Source Software
1712. Unicorn
1713. Unified Modeling Language
1714. Unified Security Infrastructure
1715. Unifying Vision, “decentralized, but connectable”
1716. United States Veterans Health Administration
1717. Universal Access
1718. Universal Access Collaboration Workship
1719. Universal Description, Discovery and Integration of Web Services
1720. University of Illinois
1721. University Researchers
1722. Unleashing Open Source Software in Healthcare: A Systematic Approach
1723. Unnecessary fears
1724. UNSPS
1725. Urban Logic
1726. URI
1727. US Customs
1728. US Department of Veterans Affairs
1729. USAID - TraiNet
1730. USAID – Credit Mngt System
1731. USAID – TraiNet
1732. USDA
1733. Use of Free and Open Source Software in the U.S. Department of Defense
1734. User
1735. User as developer
1736. User permissions
1737. Using EA to Improve Healthcare Delivery and Build Better Information Systems
1738. Using Open Source Software in Public Projects
1739. Using the SRM to Succeed with Component-Based Architectures
1740. UUNet
1741. VA
1742. Vance Hitch
1743. Velocity
1744. Vendor qualification through pilot
1745. Verio
1746. Virginia Journal of Law and Technology
1747. Virtual Data Integration
1748. Virtual Optimized Clinic
1749. Virtual Private Networks
1750. Virtual Query and Trigger Setting
1751. VistA & HealthePeople
1752. voice browsing
1753. VoiceXML
1754. Vulnerability
1755. Vulnerable
1756. Vulnerabliity Assessments
1757. W3C
1758. WAI
1759. Wall Street firms
1760. Waqa
1761. Warehouse gateway
1762. Weather Channel
1763. Web Accessibility Initiative
1764. Web based collaborative development platform, SourceCast,
1765. web mapping
1766. Web navigation
1767. Web publishing
1768. Web servers
1769. Web Service
1770. Web Service Definition Language
1771. Web Service Development for Electronic Healthcare Claims
1772. Web Service, Security Token Service
1773. Web services
1774. Web Services Activities through multiple working groups
1775. Web Services Choreography Language Specification
1776. Web Services in the Federal Government
1777. Web Services Integration Platform
1778. Web Services Simplification
1779. Web services stack
1780. Web Services, Architecture via the Web
1781. Web Services, Challenges
1782. Web Services, Definition
1783. Web services, definition of
1784. Web Services, DoJ
1785. Web Services, Fundamentals
1786. Web Services, Interoperability
1787. Web Services, pilots
1788. Web Services, Rapid assembly for inter/intragovernmental services
1789. Web Services, Security
1790. Web services, standardizing and publishing
1791. Web Services, Use Case Opportunities
1792. Web SSO Server
1793. Web-based collaborative development platform, supports development requirements of 1000’s of developers and 100’s of projects.
1794. 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
1795. WebDAV
1796. Webizing
1797. WebODE
1798. Webservers
1799. Website
1800. What went wrong with PKI?
1801. Why Software Choice Is Necessary For Free Trade
1802. Windows
1803. Windows API for Unix
1804. Wine Project
1805. Wine: Not just good for your health
1806. Workflow
1807. workforce connections
1808. Workload Consolidation
1809. Workshop to Discuss Enterprise Architecture Documentation
1810. Writing Secure Code
1811. WS-Attachments
1812. WS-Authorization
1813. WS-Coordination
1814. WS-Coordination Service
1815. WS-Coordination, example
1816. WS-Federation
1817. WS-Policy
1818. WS-Policy Assertions
1819. WS-Policy Assertions, example
1820. WS-Policy Attachment
1821. WS-Policy Attachment, example
1822. WS-Policy, example
1823. WS-Privacy
1824. WS-Referral
1825. WS-Referral, example
1826. WS-Routing
1827. WS-Routing, example
1828. WS-Secure Conversation
1829. WS-SecureConversation
1830. WS-Security
1831. WS-Security Policy
1832. WS-Security Policy, assertion types
1833. WS-Security Policy, example
1834. WS-Security, examples
1835. WS-Transaction
1836. WS-Trust
1837. WS-Trust, example
1838. WSDL
1839. WSFL
1840. WSWG
1841. WWW
1842. X.509
1843. X.509 certificates
1844. X509
1845. XACML
1846. XBL
1847. Xforms
1848. XHTML
1849. XKMS
1850. XMI
1851. XML
1852. XML artifacts
1853. XML Blaster
1854. XML Collaborator
1855. XML Document
1856. XML Encryption</