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Number of frequencies (7, 8)
Beam IDS (I, 9d, 14)
Revision number (9a, b, c, d, e)
Application reference no. (13, 19)
Satellite inclination (9c)
Satellite right ascension (9c)
Satellite longitude (9c)
Satelliteheam identification frequencies (9c)
Century, year, month, day, hour, second (10)
Data bit rate capability (14)
ACWNAK messages 1-3 (2, 3, 16)
Class of AES (1, 14)
Number of C channels (14)
InitiaYrenewal (14)
Primarylsecondary (14)
Existence (9a)
NOT (number of transmitters) (14)
Report type (13, 19)
LOV (log-on verification) (14)
Channel frequency (I I )
AAS (9e)
Antenna gain (14)
Data ERP (Global or Spot) (90
Data EIRP table sequence number (99
JlrETClDETP (9a)
xsu/ssu (99
SXNlDOU (9f)
1. Definitions of LIDU parameters shall be as given in Appendix 3 to Chapter 4. The nurnber(s) ilssociated
with each LIDU parameter sllall indicate the LTDU(s) containing the parameter.
Part I Annex 10 - Aeronautical Telecommunicahbns
Table 4-45. GES management - link interface data units (ILIDUs)
LIDU name
To link layer
1. Log-on confirm
2. Log-on acknowledgement
3. Log-off acknowledgement
4. Log-on reject
5. Log-on interrogation
6. Log-on prompt
7. P/R channel control
8. T channel control
9. AES system table broadcast
a) index
b) GES FIR channel advice
c) satellite ID channel advice
d) beam ID channel advice
e) GES beam support advice
f) data EIRP table broadcast
10. System time broadcast
1 I. Selective release broadcast
12. Log control-data channel reassignment
12a. Channel, status report
12b. Log-off request
From link layer
13. Log-on request
14. Log-off request
15. Log-on acknowledgement
16. Log control-ready for reassignment
17. Log control-reassignment reject
18. Channel, status report
1. The order of the LIDU PARAMETER list does
LXDU parameters1
Message type (all)
AES ID (all)
GES ID (all)
Q Number of application (13)
Satellite ID (1, 9c, 9d, 13)
Initial EIRP (1)
BER (18)
TDMA message (I)
PIR message (1)
Voice channel characteristics (1, 13)
Bit rate (7, 8, 9d)
Reason (4)
P, R channel freqencies (7, 9b)
T channel frequency (8)
Number of frequencies (7, 8)
Beam IDS (I, 9c, 9d, 13)
Revision number (9a, b, c, d, e)
Satellite inclination (9c)
EIRP adjustment (123)
Satellite right ascension (9c)
Satellite longitude (9c)
Satelliteheam-ID. frequency (9c)
Century, ycar, month, day, hour, minute, second (10)
ACWNAK MSG1, MSG2, MSG3 (2, 3, 15)
Number of C channels (13)
InitiaUrenew ( 13)
Primarylsecondary (13)
NOT (13)
Beam-1D frequency ('c)
Beam support table (9e)
Report type (12a, 18)
Application reference number (12a, 18)
Class of AES (13)
LOV (13)
Transmit channel frequency (11)
Existence (9a)
AAS (9e)
Antenna gain (13)
Data EIRP (Global or Spot) (9)
Data EIRP table sequence number (9f)
DETClDETP (9a)
rsu/ssu (90
SINDOU (90
not correspond to the order of the LIDU NAME list. The number in
parentheses after each LIDU parameter indicates the LIDU name to which the parameter applies.
Annex 10 - Aeronautical Telecommunications
FIGURES FOR CHAPTER 4
Volume ZZZ
TIMING REFERENCE
RF 32 go SUPERFR.
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".. 5% E-
12 3 INTERLEAVER BLOCKS
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MARKER 4 4 4 INFORMATION BlTS In INFORMATION FlELD
INTERLEAVER SIZE ENCODE
INFORMATION FlELD
SCRAMBLE 7 I I
SIGNAL SIGNAL SIGNAL
UNIT UNIT SOURCE 1 2 UN6I T
KILOBIT NO. OF
2.4
Figure 4-1. P channel format (0.6, 1.2 and 2.4 kbiWs)
TIMING REFERENCE
Tms
I 2 INFORMATION BlTS In INFORMATION FIELD
CONVOLUTIONALLY f
ENCODE I 1
%
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* 16 bits for 4.8 kbihls; 178 for 10.5 kbitsls
SUsFROM
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Figure 4-2. P channel format (4.8 and 10.5 kbitsls)
SIGNAL
UNlT
1
SIGNAL
UNlT
2
SIGNAL
UNlT
n
Part I Annex 10 - Aeronautical Telecommunications
I I I I1
256 255
MODE ONLY
CONVOLUTIONALLY 256
ENCODE
IDUMMY BITS^
-4J Jb-sn5r00
SCRAMBLE t
.........
MULTIPLEX PRIMARY AND
SUB-BAND DATA f
RF-CHANNEL -
SUB-BAND DATA I
　
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