ICTERI-Terms

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This page is a reference for you to choose the Key Terms of ICTERI Ontology for annotating your paper submission. This annotation will be used by the Programme Committee to assess the relevance of your submission to ICTERI Scope. So, it is important to assign the Key Terms carefully. As announced in the Call for Papers, you are advised to select up to FIVE Key Terms that best characterize the focus of your submission.

For your convenience the collection of the Key Terms is represented in a set of UML models - one per the ICTERI scope topic. The models are updated thanks to the discussions we had with several of ICTERI 2011 authors. Updated terms are coloured yellow.

The UML models to the right are navigable. Please click a Concept on a diagram for receiving its definition and a more detailed description. These Concept Specification pages are constantly refined based on your valuable feedback. So, feel free to contact Olga Tatarintseva if you think that any of the Concept Specification pages describing ICTERI Key Terms need correction or refinement. We will be most thankful to those of you who provides a reference to a source alone with his or her correction request.

For making your selection of ICTERI Key Terms precise please choose the most specific terms possible. For example, if your paper is about a Methodology of Knowledge Engineering please choose KnowledgeEngineeringMethodology as the most specific relevant term, but NOT Methodology which is more abstract and has a broader meaning.

Contents

!!! Not to Forget:

Please place the list of the chosen Key Terms under the tag "Key Terms" in your manuscript. The template for typesetting your submission is provided at: icteri.org-->FOR AUTHORS-->!!!ANNOTATION

Top-Level Topics

HolonPatternProcessPatternEnvironmentProcessCharacteristicImmaterialArtifactComponentInfrastructureAcademiaMethodologyIntegrationIndustryInteroperabilityICTComponentICTInfrastructureKnowledgeEngineeringMethodologyKnowledgeManagementMethodologyModelBasedSoftwareDevelopmentMethodologyKnowledgeEngineeringProcessKnowledgeManagementProcessStandardizationProcessSoftwareEngineeringProcessTeachingProcessDevelopmentResearchManagementMathematicalModelMachineIntelligenceModel
Top-Level Topics: -->Click a Concept to navigate to its Concept Specification page for more details

The top-level topics of the ICTERI 2012 scope are:

  • ICT infrastructures, integration and interoperability
  • Machine Intelligence, knowledge engineering (KE), and knowledge management (KM) for ICT
  • Model-based software system development
  • Cooperation between academia and industry in ICT
  • Methodological and didactical aspects of teaching ICT and using ICT in education

The UML diagram for navigating between and choosing the corresponding high-level Key Terms is to the right.

Alphabetic List of Key Terms for Top-Level Topics

Key terms relevant to top level of the scope are also listed below in alphabetical order:

A

C

D

E

H

I

K

M

P

R

S

T


Detailed Topics in ICT Infrastructures, Integration and Interoperability

HolonProcessPatternProcessCharacteristicObjectInfrastructureTechnologyGridInfrastructureInformation-or-CommunicationTechnologyInformationTechnologyCommunicationTechnologyDistributedDataWarehousingDataWarehousingConcurrentComputationComputationIntegrationCapabilityInteroperabilityIntelligenceBusinessIntelligenceDataLinkedDataComputingUbiqutousComputingHighPerformanceComputingServiceCompositionServiceChoreographyServiceOrchestrationWebServiceSemanticWebServiceSoftwareComponentSoftwareAgentMultiAgentSystemAgentBasedSystemSoftwareSystemDataCloudServiceGridDataGridGrid
ICT infrastructures, integration and interoperability: -->Click a Concept to navigate to its Concept Specification page for more details

The detailed topics within the theme of ICT infrastructures, integration and interoperability are:

  • Linked Data and Data Clouds
  • Data Grids and Grid Infrastructures
  • Web Services and distributed computing
  • Semantic Web Services
  • Service choreographies, compositions, and orchestrations
  • High performance computing
  • Ubiquitous computing
  • Distributed data warehousing and business intelligence
  • Concurrent computation
  • Agent systems for integration and interoperability

The UML diagram for navigating between and choosing the corresponding more specific Key Terms within this theme is to the right.

Alphabetic List of Key Terms for ICT I3 Topics

Key terms relevant to top level of the scope are also listed below in alphabetical order:

A

B

C

D

G

H

I

L

M

O

P

S

T

U

W



Detailed Topics in Machine Intelligence, KE, and KM for ICT

ProcessPatternScientificFieldMethodologyDescriptiveModelModelImmaterialArtifactImmaterialObjectSubjectDomainKnowledgeManagementMethodologyKnowledgeEngineeringMethodologyKnowledgeRepresentationApproachObjectBioInspiredApproachSociallyInspiredApproachProcessKnowledgeEngineeringProcessKnowledgeManagementProcessKnowledgeMetricTrustCapabilityCollaborationReasoningDistributedArtificialIntelligenceDecisionSupportKnowledgeEvolutionApproximateReasoningLargeScaleReasoningReliabilityDistributedReasoningIntelligenceLayeredIntelligenceMachineIntelligenceSoftwareAgentMultiAgentSystemSubjectExpertSoftwareComponentAgentBasedSystemSoftwareSystemICTApplications:SubjectDomainCharacteristic
Machine Intelligence, KE, and KM for ICT: -->Click a Concept to navigate to its Concept Specification page for more details

The detailed topics within the theme of Machine Intelligence, knowledge engineering (KE), and knowledge management (KM) for ICT are:

  • Methodologies for KE and KM
  • Knowledge models and representations in ICT applications and related domains
  • Knowledge based collaboration, knowledge distribution, and evolution of knowledge
  • Advanced knowledge modeling languages and tools
  • Foundations of KE and KM
  • Layered intelligence in KE and KM
  • Provenance, reliability and trust in KM
  • KM and KE for collaboration and decision support
  • Distributed approximate, large-scale reasoning in ICT
  • Knowledge evolution
  • Distributed AI, intelligent software agents, multi-agent systems for KE and KM
  • Biologically and socially inspired approaches to implement machine intelligence

The UML diagram for navigating between and choosing the corresponding more specific Key Terms within this theme is to the right.

Alphabetic List of Key Terms for MI, KE, KM for ICT Topics

Key terms relevant to top level of the scope are also listed below in alphabetical order:

A

B

C

D

I

K

L

M

O

P

R

S

T



Detailed Topics in Model-based software system development

ProcessPatternProcessImmaterialArtifactObjectMethodologyMethodModelSimulationMathematicalModelingFormalMethodComputerSimulationVerificationProcessSpecificationProcessMathematicalModelSoftwareSystemSoftwareComponent
Model-based software system development: -->Click a Concept to navigate to its Concept Specification page for more details

The detailed topics within the theme of Model-based software system development are:

  • Mathematical models of information systems and processes
  • Formal methods for specification and verification of software systems
  • Mathematical modeling and computer simulation of systems

The UML diagram for navigating between and choosing the corresponding more specific Key Terms within this theme is to the right.

Alphabetic List of Key Terms for Model-based software system development Topics

Key terms relevant to top level of the scope are also listed below in alphabetical order:

C

F

I

M

O

P

S

V



Detailed Topics in Cooperation between academia and industry in ICT

ProcessPatternEnvironmentCharacteristicProcessTechnologyAcademiaExperienceKnowledgeTechnologyIndustryCooperationManagementResearchDevelopmentDeploymentTransferKnowledgeTransferInformationCommunicationTechnology
Cooperation between academia and industry in ICT: -->Click a Concept to navigate to its Concept Specification page for more details

The detailed topics within the theme of Cooperation between academia and industry in ICT are:

  • Management of joint academic-industrial research and development
  • Deployments of ICT for academic-industrial cooperation and knowledge transfer
  • Industrial experiences in using ICT and knowledge technologies

The UML diagram for navigating between and choosing the corresponding more specific Key Terms within this theme is to the right.

Alphabetic List of Key Terms for Cooperation between Academia and Industry Topics

Key terms relevant to top level of the scope are also listed below in alphabetical order:

A

C

D

E

I

K

M

P

R

T


Detailed Topics in Methodological and didactical aspects

ProcessProcessPatternCharacteristicMethodologyTeachingProcessTeachingMethodologyTechnologyCapabilityMetricQualificationTeachingPatternInformationCommunicationTechnologyDidacticsStandardizationProcessCompetenceCompetenceFormationProcessQualityAssuranceProcessToolToolQualityAssuranceMethodologyICTToolICTEnvironmentNeedRequirementLaborMarketMarket
Methodological and didactical aspects: -->Click a Concept to navigate to its Concept Specification page for more details

The detailed topics within the theme of Methodological and didactical aspects of teaching ICT and using ICT in education are:

  • Spectrum of professional qualifications: labor market needs, the impact of the labor market on the formation of the graduates’ competences
  • Standardization of IT specialists’ training and specializations: balance between theoretical and practical training; elective courses – what is it?
  • Quality assurance of IT specialist training
  • Participation of universities in professional retraining and life-long training on demand of the labor market
  • ICT tools and environments for professional training at universities
  • Computer mathematics and modeling systems in education
  • Competence paradigm of education and research approach in education with ICT support
  • Microcomputer laboratories in education (Sciences, Mathematics, Languages, Engineering etc.)
  • ICT support for virtual educational communities (social constructivism and constructionism approach)
  • CAT (Computer adopting testing) and MS (monitoring systems) in education

The UML diagram for navigating between and choosing the corresponding more specific Key Terms within this theme is to the right.

Alphabetic List of Key Terms for ICT in education Topics

Key terms relevant to top level of the scope are also listed below in alphabetical order:

C

D

I

L

M

N

P

Q

R

S

T


Most Popular Key Terms

Finally, we provide a view of the most popular ICTERI Key Terms based on the frquency of their use for annotating the papers accepted by ICTERI 2011, 2012.


... Academia Agent Approach Characteristic Collaboration Competence CompetenceFormationProcess Computation ComputerSimulation Computing ConcurrentComputation Data DecisionSupport Development Didactics DoubleAuction ElectronicAuction Environment FormalMethod Grid GridInfrastructure HighPerformanceComputing ICTComponent ICT Component ICTEnvironment ICTTool Industry InformationCommunicationTechnology InformationTechnology Infrastructure Integration Intelligence KnowledgeEngineeringMethodology KnowledgeEngineeringProcess KnowledgeEvolution KnowledgeManagementMethodology KnowledgeManagementProcess KnowledgeRepresentation KnowledgeTransfer LaborMarket LinkedData MachineIntelligence Management MathematicalModel MathematicalModeling Method Methodology Metric Model Model-Based Software System Development ModelBasedSoftwareDevelopmentMethodology MultiAgentSystem Need PSI-ULO:Object PSI-ULO:Process PSI-ULO:ProcessPattern Qualification Requirement Research Simulation SocialWelfare Software SoftwareComponent Software Component SoftwareEngineeringProcess Software System SoftwareSystem Specification Process SpecificationProcess StandardizationProcess SubjectExpert TeachingMethodology TeachingPattern TeachingProcess Technology Tool VerificationProcess WebService

Terms Extracted from ICTERI Papers

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