ULYSSES
Ulysses HISCALE Data Analysis Handbook
Table 2.10 ISPM SFDU tertiary header format
0 |
15 |
19 |
24 |
31 |
10 | SPARES | ||||
11 | Logical Record Seq. No. | FORMAT ID | spare | Write Date (Year) |
|
12 | Write Day (Day) | Bit Error (BER) | |||
13 | Symbol SNR | Receiver AGC | |||
14 | Data Presence Indicators for MF 1-32 | ||||
15 | Data Presence Indicators for MF 33-64 | ||||
16 | Data Presence Indicators for MF 65-96 | ||||
17 | Data Presence Indicators for MF 97-128 | ||||
18 | Data Presence Indicators for MF 129-160 | ||||
19 | Data Presence Indicators for MF 161-192 | ||||
20 | Data Presence Indicators for MF 193-224 | ||||
21 | Data Presence Indicators for MF 225-256 | ||||
22 | GCF Block Error Indicators for MF 1-32 | ||||
23 | GCF Block Error Indicators for MF 33-64 | ||||
24 | GCF Block Error Indicators for MF 65-96 | ||||
25 | GCF Block Error Indicators for MF 97-128 | ||||
26 | GCF Block Error Indicators for MF 129-160 | ||||
27 | GCF Block Error Indicators for MF161-192 | ||||
28 | GCF Block Error Indicators for MF 193-224 | ||||
29 | GCF Block Error Indicators for MF 225-256 | ||||
30 | Spin Phase | ||||
31 | Spin Phase | GAPS |
Table 2.11 ISPM EDR tertiary header
Word | BITS | Description |
10 | 16-31 | SPARES |
11 |
16-19 |
LOGICAL RECORD SEQUENCE NUMBER. Sequentially binary count of all logical records by record type written on this tape/file. The count is incremented by one after each successful write. Initially, the number is set to one. FORMAT IDENTIFIER (INDICATES RECORDED DATA RATE IF PB) 0000 Engineering 64 bps 0001 Scientific 128 bps 0010 Scientific 256 bps 0011 Scientific 512 bps 0100 Engineering 1024 bps 0101 Scientific 1024 bps |
INTERLEAVED PB FORMAT IDENTIFIERS (ONLY
AVAILABLE IN RT MINOR FRAMES) 0110 512 RT 512 PB 0111 512 RT 1536 PB 1000 1024 RT 1024 PB 1001 1024 RT 3072 PB 1010 1024 RT 7148 PB 1011 - 1111 indicated 64 bps engineering |
||
11 11 |
20-22 23 |
SPARES 1: STO sounder on 1:STO sounder off RECORD CREATION DATE Actual date this record was written. This value taken from system clock. |
11 | 24-31 | Write Date - Year (year minus 1900) |
12 | 0-15 | Write Date - Day (day of year) |
12 |
16-31 |
BIT ERROR RATE Summation of the number of sync word errors detected in 10ES bits of frame sync words displayed as a percentage (binary). |
13 13 |
0-15 16-31 |
SYMBOL SIGNAL-TO-NOISE RATION (SNR) The Symbol SNR from the GCF block from which the first minor frame of the current record was derived (binary). RECEIVER AUTOMATIC GAIN CONTROL (AGC) AGC extracted from the GCF block from which the first minor frame of the current record was derived |
14 |
0-31 |
DATA PRESENCE INDICATOR (DPI) FLAGS 32 status flags indicating whether minor frames 1-32 are present in this record. 0 = data present 1 = all or part of minor frame missing |
15 | 0-31 | DPI for minor frames 33-64 |
16 | 0-31 | DPI for minor frames 65-96 |
17 | 0-31 | DPI for minor frames 97-128 |
18 | 0-31 | DPI for minor frames 129-160 |
19 | 0-31 | DPI for minor frames 161-192 |
20 | 0-31 | DPI for minor frames 193-224 |
21 | 0-31 | DPI for minor frames 22--256 |
22 |
0-31 |
GCF BLOCK ERROR CORRECTION INDICATOR (ECI) FLAGS 32 status flags indicating whether the GCF block from which minor frames 1-32 were derived was received in error 0 = no errors 1 = error flagged |
23 | 0-31 | ECI for minor frames 33-65 |
24 | 0-31 | ECI for minor frames 67-96 |
25 | 0-31 | ECI for minor frames 97-128 |
26 | 0-31 | ECI for minor frames 129-160 |
27 | 0-31 | ECI for minor frames 161-192 |
28 | 0-31 | ECI for minor frames 193-224 |
29 | 0-31 | ECI for minor frames 225-256 |
30 | 0-31 | SPIN PHASE |
31 |
0-15 16-31 |
Time from last sun crossing of spacecraft
x-axis. GAPS Total number of missing minor frames in this record. Equivalent to sum of all Data Presence Indicators that are set = 1 in this record. |
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Updated 8/8/19, Cameron Crane
QUICK FACTS
Manufacturer:
ESA provided the Ulysses spacecraft, NASA provided the power
supply, and various others provided its instruments.
Mission End Date: June 30, 2009
Destination: The inner heliosphere of the sun away from the ecliptic plane
Orbit: Elliptical orbit transversing the polar regions of the sun outside of the ecliptic plane
Mission End Date: June 30, 2009
Destination: The inner heliosphere of the sun away from the ecliptic plane
Orbit: Elliptical orbit transversing the polar regions of the sun outside of the ecliptic plane