Table of Contents
1.0INTRODUCTION
1.1PurposeofthisReport
1.2NeedforaNewStandard
1.3IntellectualPropertyConsiderations
1.4RolesandResponsibilities
1.5ContractualConsiderations
1.5.1AircraftPurchasersandAircraft
Manufacturer
1.5.2AircraftManufacturerandSuppliers
1.6RelatedDocuments
2.0OBJECTIVES
2.1NeedsoftheTrainingCommunity
2.2MinimizingWorkfortheSupplier
2.3OptimizingModifiedBinaryFormatSoftware
3.0APPLICABILITY
3.1Applicability
3.2TrainingDeviceFamily
3.33-DDevices
3.42-DDevices
3.4.1Simulation-BasedCourseware
3.4.2NetworkofWeb-BasedTraining
4.0REQUIREMENTS
4.1General
4.1.1Portability
4.1.2ComputationalProcess
4.1.3ClientHardware
4.1.4HardwareSupportFunctions
4.1.5ApplicationProgrammingInterface
4.1.6Licensing
4.2Scalability
4.2.1AbilitytoRunSingleChannelorBox(LRU)
4.2.2AdditionalScalabilityConsiderations
4.3Capability
4.4DiagnosticCapability
4.4.1DebugCode
4.5SupportingFiles
4.5.1BuildFiles
4.5.2LoadableDataFiles
4.6Input/OutputandInterPartitionSystemDefinition
Data
4.7MalfunctionSupport
4.8MaintenanceBITE
4.9Documentation
4.9.1BidDocumentation
4.9.2BinaryFormatSoftwareDocumentation
4.10LifecycleSupport
4.11ReliabilityandMaintainability
ATTACHMENTS
1ExampleAircraftHardwarePerformance
2ExampleSoftwareBuildandRuntimeEnvironment
3ExampleSoftwareDeliverables
APPENDICES
AGlossary
BListofAcronyms
ARINCStandard-ErrataReport
ARINCIAProjectInitiation/Modification(APIM) Abstract
Deals with data provided in the form of binary format software that will be used for the generation, maintenance, and update of training devices.