IS-GPS-800A - US Coast Guard Navigation Center
IS-GPS-800A - US Coast Guard Navigation Center IS-GPS-800A - US Coast Guard Navigation Center
PRNSignalNo.Table 6.3-2. Additional L1C O Overlay Code Parameter Assignments (sheet 1 of 7)S1 PolynomialCoefficient(Octal) *(m i, j )S1 InitialCondition(Octal † ) **S2 InitialCondition(Octal † ) **Initial 11Symbols(Octal † )Final 11Symbols(Octal † )64 5111 1740 3035 2775 214565 5111 3664 1557 2333 165666 5111 1427 0237 1610 035667 5111 2627 2527 0300 075368 5111 0701 3307 3406 340369 5111 3460 1402 2062 276570 5111 1373 1225 0156 171371 5111 2540 0607 2347 317772 5111 2004 0351 2355 131073 5111 2274 3724 1550 120374 5111 1340 1675 0535 326775 5111 0602 2625 2027 324076 5111 2502 1030 3532 205577 5111 0327 1443 1764 143578 5111 2600 3277 1477 024379 5111 0464 1132 1556 073680 5111 3674 0572 3306 267181 5111 3040 1241 2201 032282 5111 1153 0535 1466 371683 5111 0747 1366 1421 274284 5111 1770 0041 1731 0671NOTES:* The polynomial coefficient is given as m 11 , … , m 0 . Thus octal 5111 corresponds to thegenerator polynomial 1 + x 3 + x 6 + x 9 + x 11 .** The initial condition is given as n 11 , … , n 1 . (See Figure 3.2-2)†The initial bit value 0 is dropped to obtain 11 symbols. Thus octal 3035 corresponds to 11values 1 1 0 0 0 0 1 1 1 0 1.106 IS-GPS-800A8 June 2010
PRNSignalNo.Table 6.3-2 Additional L1C O Overlay Code Parameter Assignments (Sheet 2 of 7)S1 PolynomialCoefficient(Octal) *(m i, j )S1 InitialCondition(Octal † ) **S2 InitialCondition(Octal † ) **Starting 11Symbols(Octal † )Ending 11Symbols(Octal † )85 5111 3772 0561 3213 273586 5111 1731 0122 1613 002187 5111 1672 1205 0477 063188 5111 1333 3753 2460 353789 5111 2705 2543 0246 362090 5111 2713 3031 1722 162291 5111 3562 2260 1702 117392 5111 3245 3773 0536 267393 5111 3770 3156 0626 273794 5111 3202 2215 1017 312195 5111 3521 0146 3467 176096 5111 3250 2413 1643 260097 5111 2117 2564 0473 340098 5111 0530 3310 3620 117699 5111 3021 2267 1246 0514100 5421 2511 3120 1431 1644101 5421 1562 0064 1506 3554102 5421 1067 1042 0025 1161103 5421 0424 0476 0052 0333104 5421 3402 1020 2422 1620105 5421 1326 0431 1717 2000NOTES:* The polynomial coefficient is given as m 11 , … , m 0 . Thus octal 5111 corresponds to thegenerator polynomial 1 + x 3 + x 6 + x 9 + x 11 .** The initial condition is given as n 11 , … , n 1 . (See Figure 3.2-2)†The initial bit value 0 is dropped to obtain 11 symbols. Thus octal 3035 corresponds to 11values 1 1 0 0 0 0 1 1 1 0 1.107 IS-GPS-800A8 June 2010
- Page 64 and 65: 3.5.4.2.3 User Algorithm for Applic
- Page 66 and 67: transmitted by the SVs will degrade
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- Page 78 and 79: Table 6.2-1.Legendre Sequence (Octa
- Page 80 and 81: Table 6.2-2 LDPC Submatrix A for Su
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- Page 90 and 91: Table 6.2-3. LDPC Submatrix B for S
- Page 92 and 93: Table 6.2-7. LDPC Submatrix T for s
- Page 94 and 95: Table 6.2-7. LDPC Submatrix T for s
- Page 96 and 97: Table 6.2-8. LDPC Submatrix A for s
- Page 98 and 99: Table 6.2-8. LDPC Submatrix A for s
- Page 100 and 101: Table 6.2-9. LDPC Submatrix B for S
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- Page 104 and 105: Table 6.2-16. Number of 1’s in LD
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PRNSignalNo.Table 6.3-2. Additional L1C O Overlay Code Parameter Assignments (sheet 1 of 7)S1 PolynomialCoefficient(Octal) *(m i, j )S1 InitialCondition(Octal † ) **S2 InitialCondition(Octal † ) **Initial 11Symbols(Octal † )Final 11Symbols(Octal † )64 5111 1740 3035 2775 214565 5111 3664 1557 2333 165666 5111 1427 0237 1610 035667 5111 2627 2527 0300 075368 5111 0701 3307 3406 340369 5111 3460 1402 2062 276570 5111 1373 1225 0156 171371 5111 2540 0607 2347 317772 5111 2004 0351 2355 131073 5111 2274 3724 1550 120374 5111 1340 1675 0535 326775 5111 0602 2625 2027 324076 5111 2502 1030 3532 205577 5111 0327 1443 1764 143578 5111 2600 3277 1477 024379 5111 0464 1132 1556 073680 5111 3674 0572 3306 267181 5111 3040 1241 2201 032282 5111 1153 0535 1466 371683 5111 0747 1366 1421 274284 5111 1770 0041 1731 0671NOTES:* The polynomial coefficient is given as m 11 , … , m 0 . Thus octal 5111 corresponds to thegenerator polynomial 1 + x 3 + x 6 + x 9 + x 11 .** The initial condition is given as n 11 , … , n 1 . (See Figure 3.2-2)†The initial bit value 0 is dropped to obtain 11 symbols. Thus octal 3035 corresponds to 11values 1 1 0 0 0 0 1 1 1 0 1.106 <strong>IS</strong>-<strong>GPS</strong>-<strong>800A</strong>8 June 2010
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