ARINC 638 : 1993

1.0 INTRODUCTION
1.1 Purpose
1.2 Background
1.3 Scope
1.4 Related Documents
1.5 Document Organization
2.0 AERONAUTICAL INDUSTRY OSI ARCHITECTURE
2.1 Interconnectivity
2.2 Aeronautical Telecommunications Network
2.3 Stack Architectures
3.0 PROTOCOL SPECIFICATIONS
3.1 Use of the Layered Protocol Specification
3.2 End System Selection
3.3 Intermediate System Selection
3.4 Quality of Service
4.0 ADDRESSING, NAMING AND ROUTING
4.1 Addressing
4.2 Subnetwork Addressing
4.3 Network Service Access Point (NSAP) Addressing
4.4 Transport Service Access Point (TSAP) ID
4.5 Session Service Access Point (SSAP) ID
4.6 Presentation Service Access Point (PSAP) ID
4.7 Naming
5.0 OSI SYSTEM MANAGEMENT FRAMEWORK
5.1 Transport Layer Managed Objects
5.2 Session Layer Managed Objects
5.3 Presentation Layer Managed Objects
5.4 Application Layer Managed Objects
6.0 CONFORMANCE, INTEROPERABILITY, AND PERFORMANCE
                TESTING
6.1 Conformance Testing
6.2 Interoperability Testing
6.3 Performance Testing
7.0 APPLICATION PROGRAMMING INTERFACES
7.1 Application Process Interfaces
7.2 Transport Layer Interface (TLI)
8.0 SECURITY
8.1 Security
9.0 END SYSTEM SERVICES
9.1 Avionics End System Services
9.2 Directory Service
9.3 Data Transport Service
9.4 Network Management Service
9.5 Data Transfer Service
9.6 Remote Operations Dialogue Service
9.7 File Transfer Service
10.0 REFERENCES
ATTACHMENT 1 LIST OF ACRONYMS
APPENDIX A APPLICATION ENTITY TITLE COMPONENTS FOR
                AIRBORNE APPLICATIONS
APPENDIX B MAPPING OF T-SELECTORS AND P-SELECTORS TO AETs
APPENDIX C ANNEX TRO1 - ISO 8073 PROFILE
APPENDIX D ANNEX TRO2 - ISO 8602 PROFILE
APPENDIX E ANNEX SE03 - ISO 8327 KERNEL PROFILE
APPENDIX F ANNEX PR03 - ISO 8823 KERNEL PROFILE

Provides general and specific guidance for the implementation and development of end system upper layer communication protocols in onboard and air/ground end systems operating in the aeronautical OSI based communications environment.