Table of Contents
1Scope
1.1Purpose
1.2Objective
1.3Non-objectives
2Normativereferences
2.1IdenticalRecommendations/International
Standards
2.2OtherITU-TRecommendations
2.3Otherspecifications
3Definitions
3.1TermsdefinedintheODPreferencemodel:
Foundations
3.2TermsdefinedintheODPreferencemodel:
Architecture
3.3Definitionsfordistributedprocessingenvironment
architecture
4Abbreviations
5Introduction
5.1DPEarchitecture
5.2DPEreferencepoints
5.3ExtensionstoCORBA
6Engineeringmodellingconcepts
6.1Objectlifecycle
6.2CommunicationintheDPE
6.3Computationaltoengineeringviewmapping
6.4Bindings
6.5Channels
6.6Elaborationonthebindings
7Kerneltransportnetwork
7.1Messaginglayer
7.2Transportlayer
7.3DPErequirements
8DPEinteroperability
8.1Interoperabilityframework
8.2DPEextensionstoCORBA2interoperability
9EngineeringservicesprovidedbytheDPEkernel
9.1Introduction
9.2Approachtoreal-time
9.3Requirementsontheexecutionmodel
9.4Modularityrequirements
9.5Functionalrequirements
9.6Non-functionalrequirements
9.7Multipleinterfaces
10Objectservices
10.1Introduction
11Bibliography
AnnexA-Businessmodellingconcepts-Aframeworkfor
thepropagationofrequirementsinanopen
telecommunicationmarket
A.1Scope
A.2Termsanddefinitions
A.3Businessmodellingconcepts
AnnexB-Engineeringmodellingconcepts
B.1Basicconcepts
AppendixI-Objectlifecyclescenario
AppendixII-Flexiblebinding
AppendixIII-Issuesforthesupportofstreaminterfaces Abstract
Describes the Distributed Processing Environment (DPE) Architecture, which represents the run-time environment for telecommunication and information services and applications.
