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ARINC 429-3:1977

ARINC 429-3:1977 Mark 33 Digital Information Transfer System (dits) - Part 3: File Data Transfer Techniques Defines the air transport industry's standards for the transfer of digital data between avionics system elements. Part 3 defines the data link layer protocol standards.

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Table of Contents

1.0INTRODUCTION
1.1PurposeofthisDocument
1.2OrganizationofARINCSpecification429
1.3DevelopmentofFileDataTransfer
1.3.1FileDataTransferTechniques-BasicPhilosophy
1.3.2DataTransfer
1.3.3BroadcastData
1.3.4FileDataTransfer
1.3.5TransmissionOrder
1.3.6Bit-OrientedProtocolDetermination
1.4RelationshiptoOtherStandards
2.0BIT-ORIENTEDFILETRANSFERPROTOCOL
2.5Bit-OrientedCommunicationsProtocol
2.5.1LinkDataUnits(LDU)
2.5.2LinkDataUnit(LDU)SizeandWordCount
2.5.3SystemAddressLabels(SALS)
2.5.4BitRateandWordTiming
2.5.5WordType
2.5.6ProtocolWords
2.5.7RequestToSend(RTS)
2.5.8ConflictingRTSTransmissions
2.5.9UnexpectedRTS
2.5.10StartOfTransmission(SOT)
2.5.11Data
2.5.12EndofTransmission(EOT)
2.5.13NegativeAcknowledgement(NAK)
2.5.14LDUTransferAcknowledgement(ACK)
2.5.15SYNWord
2.5.16ResponsetoACK/NAK/SYN
2.5.17SoloWord(SingleWordTransfers)
2.5.18OptionalEnd-To-EndMessageVerification
2.5.19ProtocolInitialization
2.6WindowBit-OrientedCommunicationsProtocol
3.0BIT-ORIENTEDMEDIAACCESSCONTROL(MAC)PROTOCOL
3.1Bit-OrientedMediaAccessControl(MAC)Protocol
3.1.1Introduction
3.1.2RelationshipBetweenVersion1andVersion3
Protocols
3.1.3ProtocolArchitecture
3.1.4Buffering
3.2MediaAccessControl(MAC)Sublayer
3.2.1MACSublayerServiceSpecification
3.2.2MA_DATA.request
3.2.3MA_DATA.indication
3.2.4MACControlFunctions
3.3MACFrameStructures
3.3.1InformationFrameFormat
3.3.2CommandFrameFormat
3.4MACTransmit/ReceiveFunctions
3.4.1FrameDataUnit(FDU)
3.4.2FrameDataUnit(FDU)SizeandWordCount
3.4.3SystemAddressLabels(SALs)
3.4.4BitRateandWordTiming
3.4.5WordType
3.4.6StartofFrame(SOF)
3.4.7Data
3.4.8EndOfFrame(EOF)
3.4.9FrameCheckSequence
3.4.10IncompleteFDUTimer
3.4.11ALOHA
3.4.12ValidationofFDUs
3.4.13Inter-FDUGapTime
ATTACHMENTS
1-9Attachments1-9
10VariablesofBit-OrientedProtocol
11Bit-OrientedDataFileTransferWordFormats
11ADestinationCodes
11BStatusCodes
11CALOHA/ALOHAResponseProtocolWordDefinition
12Version1FileTransferExample
12AFieldMappingExample
13ProtocolDeterminationProcedureDiagrams
13AALOHAVersionDeterminationSequence
14SystemAddressLabel
17FlowDiagramUsedtoDetermineCharacter-Oriented
vsBit-Oriented
18MACSublayerSupportDiagrams
19CommandFrameDataUnit(FDU)Structureand
Examples
20InformationFrameDataUnit(FDU)Structureand
Example
APPENDICES
A-EAppendicesA-E
FFormerAimandFileDataTransferTechniques
GMathematicalExampleofCRCEncoding/Decoding
HInteroperabilityofBit-OrientedLinkLayerProtocol
ISDLDiagramsoftheVersion1WilliamsburgProtocol
JProtocolStructure
KGlossaryAcronyms
ARINCStandard-ErrataReport
ARINCIAProjectInitiation/Modification(APIM)
GuidelinesforSubmittal

Abstract

Defines the air transport industry's standards for the transfer of digital data between avionics system elements. Part 3 defines the data link layer protocol standards.

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