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dl. d2 d3
RESET REQUEST A=NORMAL A=NORMAL A=DISCARD
(5.2.6.7) (5.2.6.7)
S=d3 S=dl
(forward) (forward)
RESET CONFIRMATION INVALID INVALID INVALID
(see Notc 3) (see Note 3) (see Note 3)
INTERRUPT Sce Table 5-22 A=DISCARD Hold interrupt until
Mode S reset
complete
INTERRUPT CONFIRMATION See Table 5-22 A =DISCARD INVALID
(see Note 3)
DATA (see Note 2) A=NORMAL A=DISCARD Hold data until
(5.2.6.4) Mode S reset
(forward) complete
NOTES:
1. The XDCE is not necessarily in the same state as the DTEDCE interface.
2. This is the DTE packet received via the DCE after all DTUDCE processing has occurred. Procedures local to the
DTWDCE interface (such as RR, RNR, and RETECT if in effect), do not afect the XDCE directly. All error procedures
as documcntcd in I$O 8208 have been performed. Hence certain packets are rejected by the interface and a x not
represented in this table.
3. The DCE in its protocol operation with the DTE will dctcct this error condition, hence the erroneous packet can be said
never to "reach" the XDCE; see also Note 2.
4. Table entries are defined as follows: A = action to be taken, S = the state to be entered, D = the diagnostic code to be
used in packets generated as a result of this action, DISCARD indicates that the received packet is ro be cleared from the
XDLP buffers, and INVALID indicates that the packeustate combination cannot occur.
5. The number in parentheses below an "A = NORMAL" table entry is the paragraph number in this document that defines
thc actions to be taken to perform normal processing on the received packet. If no paragraph number is referenced, the
normal processing is defined in the table entry.
Part I Annex 10 - Aeronautical Telecommunications
Table 5-22. DCE effect on ADCE (GDCE) interrupt transfer states
7/11/96
No. 71
Packet received from DCE
(see Note 2)
ADCE (GDCE) interrupt transfer state
(see Notes 1, 4 and 5)
GDLP (ADLP) GDLP (ADLP)
INTERRUPT READY INTERRUFT SENT
il i2
INTERRUPT CONFIRMATION INVALID A=NORMAL
(See Note 3) (5.2.6.4.5)
S=il
(forward)
Packet received from BCE
(see Note 2)
ADCE (GDCE) interrupt transfer statcs
(see Notes 1, 4 and 5)
ADCE (GDCE) ADCE (GDCE)
INTERRUPT READY INTERRUPT SENT
jl. ~2
INTERRUPT A=NORMAL INVALID
(5.2.6.4.5) (see Note 3)
S=j2
(forward)
NOTES:
1. The XDCE is not necessarily in the same state as the DTEIDCE interface.
2. This is the DTE packet received via the DCE after all DTmCE processing has occurred. hocedures local. to
the DTElDCE interface (such as KR, RNR, and REJECT if in effect), do not affcct the XDCE directly. All
error procedures as documented in IS0 8208 have been perfonned. Hence certain packets are rejected by the
interface and are not represented in this state.
3. The DCE in its protocol operation with the DTE will detect this error condition, hence the erroneous packet
can be said never to "reach" the XDCE; see also Note 2.
4. Table entries are defined as follows: A = action to be taken, S - the state to be entered, D = the diagnostic
code to be used in packets generated as a result of this action, DISCARD indicates that the received packet is
to be cleared from the XDLP buffers, and INVALID indicates that the packetJstate combination cannot occur.
5. The number in parentheses below an "A = NORMAL" table entry is the paragraph number in this document
that defines the actions to be taken to perform normal processing on the received packet. If no paragraph
number is referenced, the normal processing is dcfined in the table entry.
Annex 10 - AeronauticaI Tebcommunications
Table 5-23. Broadcast identifier number assignments
Uplink broadcast
identifier Assignment
0016 Not valid
01 16 Resewed (differential GNSS correction)
3016 Not valid
Orhers Unassigned
Downlink broadcast
identifier Assignment
oO1 6 Not valid
O216 Reserved (traffic information service)
1°16 Data link capability report
2016 Aircraft identification
m 6 Search request
Others Unassigned
Volume 211
7/11/96
No. 71
Annex I0 - Aeronautical Telecommunications
Table 5-24. GICB register number assignments
Register Number Assignment
0°16 Not valid
O1 16 Unassigned
O216 Linked Comm-B, segment 2
0316 Linked Comm-B, segment 3
0416 Linked Comm-B, segment 4
0516 Reserved (extended squitter airborne position)
O616 Reserved (extended squitter surface position)
O716-O816 Reserved (other extended squitter data)
O916 Reserved (air-air state information 1)
0 4 6 Reserved (air-air state information 2)
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