PCM Format Attributes Group (P) | ||||
PARAMETER | MAXIMUM FIELD SIZE | CODENAME | DEFINITION | XML Element |
<!-- P section --> |
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DATA LINKNAME | 32 | P-d\DLN | IDENTIFY THE DATA LINK NAME CONSISTENT WITH THE MUX/MOD GROUP. | <StreamFormatAttributes Datalink=""> |
INPUT DATA | <InputData> <PCMCode /> <BitRate /> <Encrypted /> <Polarity /> <AutoPolarityCorrection /> <DataDirection /> <DataRandomized /> <RandomizerLength /> </InputData> |
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PCM CODE | 6 | P-d\D1 | DEFINE
THE DATA FORMAT CODE: 'NRZ-L' 'BIO-L' 'RNRZ-L' 'NRZ-M' 'BIO-M' 'OTHER' 'NRZ-S' 'BIO-S' |
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BIT RATE | 9 | P-d\D2 | DATA RATE IN BITS PER SECOND. SCIENTIFIC NOTATION MAY BE USED. | |
ENCRYPTED | 1 | P-d\D3 | DATA IS ENCRYPTED -'E'DATA IS UNENCRYPTED - 'U' IF THE DATA IS ENCRYPTED, PROVIDE DETAILS IN COMMENT RECORD. | |
POLARITY | 1 | P-d\D4 | DATA POLARITY: NORMAL - 'N' INVERTED - 'I'. | |
AUTO-POLARITY CORRECTION | 1 | P-d\D5 | IS AUTOMATIC POLARITY CORRECTION TO BE USED? YES - 'Y' NO - 'N' | |
DATA DIRECTION | 1 | P-d\D6 | TIME SEQUENCE OF DATA: NORMAL - 'N' REVERSED - 'R'. | |
DATA RANDOMIZED | 1 | P-d\D7 | YES - 'Y' OR NO - 'N'. | |
RANDOMIZER LENGTH | 3 | P-d\D8 | SPECIFY THE RANDOMIZER LENGTH: STANDARD (15 BITS) - 'STD' OTHER - 'OTH', DEFINE IN COMMENTS RECORD. NOT APPLICABLE - 'N/A'. | |
FORMAT | <Format> <TypeFormat /> <CommonWordLength /> <WordTransferOrder /> <Parity /> <ParityTransferOrder /> <MinorFrame> <NumberOfMinorFrames /> <WordsPerMinorFrame /> <BitsPerMinorFrame /> <SyncType /> <SyncPattern /> </MinorFrame> </Format> |
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TYPE FORMAT | 4 | P-d\TF | TYPE
OF PCM FORMAT: CLASS I - 'ONE' 1553 BUS - '1553' ALTERNATE TAG AND DATA - 'ALTD' OTHER - 'OTHR', DESCRIBE IN COMMENTS RECORD. |
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COMMON WORD LENGTH | 2 | P-d\F1 | NUMBER OF BITS IN COMMON WORD LENGTH. | |
WORD TRANSFER ORDER | 1 | P-d\F2 | DEFINE
THE DEFAULT FOR THE FIRST BIT TRANSFERRED IN NORMAL TIME SEQUENCE: MOST SIGNIFICANT BIT - 'M' LEAST SIGNIFICANT BIT - 'L'. |
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PARITY | 2 | P-d\F3 | NORMAL WORD PARITY EVEN - 'EV' ODD - 'OD' NONE - 'NO' | |
PARITY TRANSFER ORDER | 1 | P-d\F4 | PARITY BIT LOCATION LEADS WORD - 'L' TRAILS WORD - 'T'. | |
MINOR FRAME | ||||
NUMBER OF MINOR FRAMES IN MAJOR FRAME | 3 | P-d\MF\N | NUMBER OF MINOR FRAMES IN A MAJOR FRAME. | |
NUMBER OF WORDS IN A MINOR FRAME | 4 | P-d\MF1 | SPECIFY THE NUMBER OF WORDS IN A MINOR FRAME, AS DEFINED IN PARAGRAPH 4.3. | |
NUMBER OF BITS IN A MINOR FRAME | 5 | P-d\MF2 | NUMBER OF BITS IN A MINOR FRAME INCLUDING MINOR FRAME SYNCHRONIZATION PATTERN. | |
SYNC TYPE | 3 | P-d\MF3 | DEFINE
MINOR FRAME SYNCHRONIZATION TYPE:
FIXED PATTERN - 'FPT' OTHER - 'OTH'. |
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SYNCHRONIZATION PATTERN | ||||
LENGTH | 2 | P-d\MF4 | SPECIFY THE MINOR FRAME SYNCHRONIZATION PATTERN LENGTH IN NUMBER OF BITS. | |
PATTERN | 33 | P-d\MF5 | DEFINE MINOR FRAME SYNCHRONIZATION PATTERN IN BITS ("1"s and "0"s) WITH THE LEFT MOST BIT AS THE "FIRST BIT TRANSMITTED." | |
SYNCHRONIZATION CRITERIA | <SyncCriteria> <InSync> <Criteria /> <NumberOfFSPBits /> </InSync> <OutOfSync> <NumberOfDisagrees /> <NumberOfFSPBits /> </OutOfSync> </SyncCriteria> |
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IN SYNC CRITERIA | 2 | P-d\SYNC1 | THIS
SPECIFIES THE DESIRED CRITERIA FOR DECLARING THE SYSTEM TO BE IN SYNC: FIRST GOOD SYNC - 0 CHECK - NUMBER OF AGREES (1 OR GREATER) NOT SPECIFIED - 'NS'. |
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SYNC PATTERN CRITERIA | 2 | P-d\SYNC2 | NUMBER OF BITS THAT MAY BE IN ERROR IN THE SYNCHRONIZATION PATTERN. | |
OUT OF SYNCHRONIZATION CRITERIA | ||||
NUMBER OF DISAGREES | 2 | P-d\SYNC3 | SPECIFIES
THE DESIRED CRITERIA FOR DECLARING THE SYSTEM OUT OF SYNC: NUMBER OF DISAGREES NOT SPECIFIED - 'NS'. |
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SYNC PATTERN CRITERIA | 2 | P-d\SYNC4 | NUMBER OF BITS THAT MAY BE IN ERROR IN THESYNCHRONIZATION PATTERN. | |
MINOR FRAME FORMAT DEFINITION | <VariableWordLength Word=""></VariableWordLength> | |||
WORD NUMBER | 4 | P-d\MFW1-n | WORD POSITION (#n) IN A MINOR FRAME, OR FOR CLASS II SYSTEMS, THE POSITION IN THE DEFINED FRAME. WORD POSITION 1 FOLLOWS THE SYNCHRONIZATION PATTERN. | |
NUMBER OF BITS IN WORD | 2 | P-d\MFW2-n | THE NUMBER OF BITS IN WORD POSITION #n. IF DEFAULT VALUE, DO NOT INCLUDE. | |
THE ABOVE PAIR SET MUST BE DEFINED FOR ALL WORDS THAT HAVE A LENGTH OTHER THAN THE COMMON WORD LENGTH. THEREFORE, ALL WORD POSITIONS NOT INCLUDED IN THE ABOVE WILL HAVE THE COMMON WORD LENGTH AS A DEFAULT VALUE. | ||||
SUBFRAME SYNCHRONIZATION | <SubframeSynchronization> <IDCounter Name="" SyncType=""> <Location /> <WordLength /> <MSBStartingPosition /> <Length /> <TransferOrder /> <InitialValue /> <InitialSubframeNumber /> <EndValue /> <EndSubframeNumber /> <CountDirection /> </IDCounter> </SubframeSynchronization> (Note: Subframe definitions are not a part of this schema) |
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NUMBER OF SUBFRAMEID COUNTERS | 2 | P-d\ISF\N | SPECIFY THE NUMBER OF SUBFRAME ID COUNTERS DEFINED WITHIN THE MINOR FRAME. | |
SUBFRAME ID COUNTER NAME | 32 | P-d\ISF1-n | SPECIFY THE SUBFRAME ID COUNTER NAME. | |
SUBFRAME SYNCTYPE | 2 | P-d\ISF2-n | DEFINE
THE SUBFRAME SYNCHRONIZATION TYPE: ID COUNTER - 'ID' OTHER - 'OT', DEFINE IN COMMENTS. |
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ID COUNTER | ||||
SUBFRAME ID COUNTER LOCATION | 4 | P-d\IDC1-n | IF ID COUNTER IS DESIGNATED AS THE SUBFRAME SYNC TYPE, GIVE THE MINOR FRAME WORD POSITION OF THE COUNTER. | |
ID COUNTER WORD LENGTH | 2 | P-d\IDC2-n | SPECIFY THE MINOR FRAME WORD LENGTH OF THE WORD CONTAINING THE ID COUNTER, NUMBER OF BITS. | |
ID COUNTER MSB STARTING BIT LOCATION | 2 | P-d\IDC3-n | SPECIFY THE BIT LOCATION OF THE ID COUNTER MSB WITHIN THE WORD. | |
ID COUNTER LENGTH | 2 | P-d\IDC4-n | SPECIFY THE SUBFRAME ID COUNTER LENGTH. NUMBEROF BITS. | |
ID COUNTER TRANSFER ORDER | 1 | P-d\IDC5-n | SPECIFY
WHETHER THE MOSTOR LEAST SIGNIFICANT BIT ISTRANSFERRED FIRST: MOST SIGNIFICANT - 'M' LEAST SIGNIFICANT - 'L'. |
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ID COUNTER INITIAL VALUE | 3 | P-d\IDC6-n | SPECIFY THE INITIAL VALUE OF THE ID COUNTER. | |
INITIAL COUNT SUBFRAME NUMBER | 3 | P-d\IDC7-n | SPECIFY THE MINOR FRAME NUMBER ASSOCIATED WITHTHE INITIAL COUNT VALUE. | |
ID COUNTER END VALUE | 3 | P-d\IDC8-n | SPECIFY THE END VALUE OF THE ID COUNTER. | |
END COUNT SUBFRAME NUMBER | 3 | P-d\IDC9-n | SPECIFY THE MINOR FRAME NUMBER ASSOCIATED WITH THE END COUNT VALUE. | |
COUNT DIRECTION | 3 | P-d\IDC10-n | SPECIFY
THE DIRECTION OF THE COUNT INCREMENT: INCREASING - 'INC' DECREASING - 'DEC' |
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SUBFRAME DEFINITION | ||||
NUMBER OFSUBFRAMES | 4 | P-d\SF\N-n | SPECIFY THE NUMBER OF SUBFRAMES ASSOCIATED WITH THE SUBFRAME ID COUNTER NAMED ABOVE. | |
SUBFRAME NAME | 32 | P-d\SF1-n-m | SPECIFY THE SUBFRAME NAME. | |
SUPERCOM | 2 | P-d\SF2-n-m | IF NOT SUPERCOMMUTATED,ENTER - 'NO'. OTHERWISE, ENTER THE NUMBER OF WORD POSITIONS. | |
LOCATION DEFINITION | 2 | P-d\SF3-n-m | IF
SUPERCOMMUTATED, SPECIFY HOW THE WORD LOCATIONS ARE DEFINED: FIRST WORD AND INTERVAL - 'FI' EVERY LOCATION - 'EL' NOT APPLICABLE - 'NA' |
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SUBFRAME LOCATION | 4 | P-d\SF4-n-m-w | SPECIFY THE FIRST WORD WITHIN THE MINOR FRAME THAT CONTAINS THE SUBFRAME IDENTIFIED. FOR THE CASE WHEN EVERY WORD LOCATION IS DEFINED, REPEAT THIS ENTRY FOR EACH WORD POSITION APPLICABLE. FOR THE FIRST WORD AND INTERVAL, INCLUDE THE NEXT ENTRY TO DEFINE THE INTERVAL. | |
INTERVAL | 4 | P-d\SF5-n-m | SPECIFY THE INTERVAL TO BE USED TO DEFINE THE SUBFRAME LOCATION. | |
SUBFRAME DEPTH | 3 | P-d\SF6-n-m | SPECIFY THE SUBFRAME DEPTH. IF NO ENTRY, THEN THE SUBFRAME ID COUNTER DEPTH WILL BE USED AS THE DEFAULT VALUE. | |
REPEAT THE ABOVE FOR EACH SUBFRAME IN THE MINOR FRAME FORMAT. | ||||
ASYNCHRONOUS EMBEDDED FORMAT | <AsyncEmbeddedFormat
DataLinkName=""> <Supercom /> <LocationDefinition /> <Location /> <Interval /> <WordLength /> <Mask /> </AsyncEmbeddedFormat> |
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NUMBER OF ASYNCHRONOUS EMBEDDED FORMATS | 1 | P-d\AEF\N | SPECIFY
THE NUMBER OFASYNCHRONOUS EMBEDDEDFORMATS: ONE - '1' TWO -'2' NONE - '0' |
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DATA LINK NAME | 32 | P-d\AEF\DLN-n | PROVIDE THE DATA LINK NAME FOR THIS ASYNCHRONOUSEMBEDDED FORMAT. REPEAT NAME AND THE FOLLOWING ENTRIES FOR THE SECOND FORMAT, AS APPROPRIATE. (A SEPARATE DATA LINK DEFINITION MUST BE PROVIDED FOR EACH ASYNCHRONOUS EMBEDDED FORMAT.) | |
SUPERCOM | 3 | P-d\AEF1-n | IF THE ASYNCHRONOUS FORMAT IS NOT SUPERCOMMUTATED, ENTER - 'NO' . OTHERWISE, ENTER THE NUMBER OF HOST MINOR FRAME WORDS THAT ARE USED. | |
LOCATION DEFINITION | 2 | P-d\AEF2-n | IF
SUPERCOMMUTATED, SPECIFY HOW THE WORD LOCATIONS ARE DEFINED: FIRST WORD AND INTERVAL - 'FI' EVERY LOCATION - 'EL' CONTIGUOUS WORDS - 'CW' NOT APPLICABLE - 'NA' |
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LOCATION | 4 | P-d\AEF3-n-w | SPECIFY THE FIRST WORD WITHIN THE MINOR FRAME THAT CONTAINS THE ASYNCHRONOUS EMBEDDED FORMAT IDENTIFIED. FOR THE METHOD WHEN EVERY WORD LOCATION IS DEFINED, REPEAT THIS ENTRY FOR EACH WORD POSITION APPLICABLE. FOR THE FIRST WORD AND INTERVAL METHOD, INCLUDE THE NEXT ENTRY TO DEFINE THE INTERVAL. | |
INTERVAL | 4 | P-d\AEF4-n | SPECIFY THE INTERVAL TO BE USED TO DEFINE THE ASYNCHRONOUS EMBEDDED FORMAT LOCATION. | |
WORD LENGTH | 2 | P-d\AEF5-n-w | SPECIFY THE NUMBER OF EMBEDDED BITS IN THIS HOST WORD LOCATION. | |
MASK | 64 | P-d\AEF6-n-w | IF THE ASYNCHRONOUS PORTION OF THE WORD IS SHORTER THAN THE WORD LENGTH, THEN PROVIDE THE BINARY MASK REQUIRED TO INDICATE WHICH BITS ARE USED (1s USED, 0s NOT USED). LEFTMOST BIT CORRESPONDS TO FIRST BIT TRANSMITTED. | |
FORMAT CHANGE | ||||
FRAME FORMAT IDENTIFIER | <FormatChange> <FrameFormatIdentifier> <Location /> <Mask /> </FrameFormatIdentifier> <MeasurementListChange> <MeasurementListName FFIPattern="" /> </MeasurementListChange> <FormatStructureChange> <DatalinkName FFIPattern="" /> </FormatStructureChange> </FormatChange> |
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LOCATION | 4 | P-d\FFI1 | SPECIFY THE POSITION IN THE MINOR FRAME THAT CONTAINS THE FRAME FORMAT IDENTIFICATION (FFI) WORD. IF MORE THAN ONE WORD LOCATION, PROVIDE THE DETAILS IN THE COMMENTS RECORD. | |
MASK | 64 | P-d\FFI2 | IF THE FFI IS SHORTER THAN THE WORD LENGTH, THEN PROVIDE THE BINARY MASK REQUIRED TO INDICATE WHICH BITS ARE USED. LEFTMOST BIT CORRESPONDS TO FIRST BIT TRANSMITTED. | |
MEASUREMENT LIST CHANGE | ||||
NUMBER OF MEASUREMENT LISTS | 2 | P-d\MLC\N | SPECIFY
THE NUMBER OF MEASUREMENT LISTS THAT ARE REQUIRED TO BE SELECTED. IF NONE, ENTER 'NO'. OTHERWISE, ENTER THE NUMBER, n. |
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FFI PATTERN | 16 | P-d/MLC1-n | SPECIFY THE FFI PATTERN THAT CORRESPONDS TO THE MEASUREMENT LIST (1s and 0s). THIS ENTRY AND THE NEXT ARE AN ORDERED PAIR. | |
MEASUREMENT LIST NAME | 32 | P-d\MLC2-n | SPECIFY THE MEASUREMENT LIST NAME. | |
FORMAT STRUCTURE CHANGE | ||||
NUMBER OFFORMATS | 2 | P-d\FSC\N | SPECIFY NUMBER OF FORMATSTHAT ARE TO BE DEFINED. | |
FFI PATTERN | 16 | P-d\FSC1-n | SPECIFY THE FFI PATTERN THAT CORRESPONDS TO THE FORMAT THAT IS DEFINED. THIS ENTRY AND THE FOLLOWING ARE AN ORDERED PAIR. | |
DATA LINK ID | 32 | P-d\FSC2-n | IDENTIFY THE FORMAT THAT CORRESPONDS TO THIS FFI CODE. | |
ALTERNATE TAG AND DATA | ||||
NUMBER OF TAGS | 3 | P-d\ALT\N | SPECIFY THE NUMBER OF PARAMETERS THAT ARE INCLUDED WITHIN THIS CATEGORY, THAT IS, THE NUMBER OF TAGS. | <AlternateTagData> <NumberOfTags/> <BitsInTag/> <BitsInDataWord /> <FirstTagLocation /> <Sequence /> </AlternateTagData> |
NUMBER OFBITS IN TAG | 2 | P-d\ALT1 | SPECIFY THE NUMBER OF BITS THAT ARE IN THIS TAG. | |
NUMBER OF BITS IN DATA WORD | 2 | P-d\ALT2 | SPECIFY THE NUMBER OF BITS THAT ARE IN THE COMMON DATA WORD. | |
FIRST TAGLOCATION | 2 | P-d\ALT3 | IDENTIFY THE LOCATION OF THE START OF THE FIRST TAG LOCATION IN TERMS OF BITS, WITH THE FIRST BIT POSITION AFTER THE SYNCHRONIZATION PATTERN BEING NUMBER 1. | |
SEQUENCE | 1 | P-d\ALT4 | IF THE TAG/DATA WORD SEQUENCE IS TAG, THEN DATA ENTER 'N' FOR NORMAL. IF THE DATA PRECEDES THE TAG, ENTER 'R' FOR REVERSED. | |
ASYNCHRONOUS DATA MERGE FORMAT | ||||
NUMBER OFASYNCHRONOUS DATA MERGE FORMATS | 1 | P-d\ADM\N | SPECIFY THE NUMBER OFASYNCHRONOUS DATA MERGE FORMATS. | <AsynchronousDataMergeFormat Name=""> <Supercom /> <LocationDefinition /> <Location /> <Interval /> <Length /> <MSBLocation /> <Parity /> </AsynchronousDataMergeFormat> |
ASYNCHRONOUS DATA MERGE NAME | 32 | P-d\ADM\DMN-n | PROVIDE THE DATA MERGE NAME FOR THIS ASYNCHRONOUS DATA MERGE FORMAT. THIS CAN BE USED TO IDENTIFY THE SOURCE OF THE DATA MERGE FORMAT, AS APPROPRIATE. (USE THE COMMENTS FIELD TO DESCRIBE THIS DATA SOURCE FOR THE ASYNCHRONOUS DATA MERGE FORMAT.) | |
SUPERCOM | 3 | P-d\ADM1-n | IF THE ASYNCHRONOUS DATA MERGE FORMAT IS NOT SUPERCOMMUTATED, ENTER - 'NO'. OTHERWISE, ENTER THE NUMBER OF HOST MINOR FRAME WORDS THAT ARE USED. | |
LOCATION DEFINITION | 2 | P-d\ADM2-n | IF
SUPERCOMMUTATED, SPECIFY HOW THE WORD LOCATIONS ARE DEFINED: FIRST WORD AND INTERVAL - 'FI' EVERY LOCATION - 'EL' CONTIGUOUS WORDS - 'CW' NOT APPLICABLE - 'NA' |
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LOCATION | 4 | P-d\ADM3-n-w | SPECIFY THE FIRST WORD WITHIN THE MINOR FRAME THAT CONTAINS THE ASYNCHRONOUS DATA MERGE FORMAT IDENTIFIED. FOR THE METHOD WHEN EVERY WORD LOCATION IS DEFINED, REPEAT THIS ENTRY FOR EACH WORD POSITION APPLICABLE. FOR THE FIRST WORD AND INTERVAL METHOD, INCLUDE THE NEXT ENTRY TO DEFINE THE INTERVAL. | |
INTERVAL | 4 | P-d\ADM4-n | SPECIFY THE INTERVAL TO BE USED TO DEFINE THE ASYNCHRONOUS DATA MERGE FORMAT LOCATION. | |
DATA LENGTH | 2 | P-d\ADM5-n | SPECIFY THE NUMBER OF DATA BITS USED IN THIS DATA MERGE FORMAT. | |
MSB LOCATION | 2 | P-d\ADM6-n | PROVIDE THE MOST SIGNIFICANT BIT (MSB) POSITION WITHIN THE HOST MINOR FRAME LOCATION. | |
PARITY | 2 | P-d\ADM7-n | IF USED, SPECIFY THE PARITY INFORMATION: EVEN - 'EV' , ODD - 'OD' , NONE - 'NO' . | |
COMMENTS | ||||
COMMENTS | 6400 | P-d\COM | PROVIDE ANY ADDITIONAL REQUIRED OR DESIRED INFORMATION. | <Comments /> |