16.3a Short message service cell broadcast Discontinuous Reception (DRX)
34.123-13GPPPart 1: Protocol conformance specificationRelease 15TSUser Equipment (UE) conformance specification
16.3a.1 Definition
16.3a.2 Conformance requirements
A UE supporting Cell Broadcast Service (CBS) shall be capable to receive BMC messages in the Idle mode.
In idle mode, the UE will enter CBS DRX mode based upon received Schedule Messages.
References
– 3GPP TS 25.324 clause 9.1.
– 3GPP TS 23.041 clause 8.
16.3a.3 Test purpose
This test verifies that a UE supporting SMS-CB and SMS-CB DRX is able to receive SMS-CB messages in DRX..
16.3a.4 Method of test
Initial conditions
– System Simulator:
– 1 cell, default parameters;
– the SS provides a BCCH/CCCH to support the UE in idle mode;
– Cell Broadcast Service DRX is enabled.
– periodic location updating is disabled.
– User Equipment:
– the UE shall be in the idle updated state.
– the UE shall be configured, not to opt-out of presentation of Cell Broadcast messages with Message ID 4371 and 4379.
Related ICS/IXIT Statements
Support for short message transmission cell broadcast.
Support for short message transmission cell broadcast DRX.
Test procedure
|
CTCH BS Index 0 |
CTCH BS Index 1 |
CTCH BS Index 2 |
CTCH BS Index 3 |
CTCH BS Index 4 |
CTCH BS Index 5 |
CTCH BS Index 6 |
CTCH BS Index 7 |
CTCH BS Index 8 |
CTCH BS Index 9 |
|
SCH#1 |
Test#1 |
Test#1 |
Test#1 |
||||||
|
CTCH BS Index 10 |
CTCH BS Index 11 |
CTCH BS Index 12 |
CTCH BS Index 13 |
CTCH BS Index 14 |
CTCH BS Index 15 |
CTCH BS Index 16 |
CTCH BS Index 17 |
CTCH BS Index 18 |
CTCH BS Index 19 |
|
SCH#2 |
|||||||||
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CTCH BS Index 20 |
CTCH BS Index 21 |
CTCH BS Index 22 |
CTCH BS Index 23 |
CTCH BS Index 24 |
CTCH BS Index 25 |
CTCH BS Index 26 |
CTCH BS Index 27 |
CTCH BS Index 28 |
CTCH BS Index 29 |
|
SCH#3 |
Test#2 |
Test#2 |
Test#2 |
||||||
|
CTCH BS Index 30 |
CTCH BS Index 31 |
CTCH BS Index 32 |
CTCH BS Index 33 |
CTCH BS Index 34 |
CTCH BS Index 35 |
CTCH BS Index 36 |
CTCH BS Index 37 |
CTCH BS Index 38 |
CTCH BS Index 39 |
|
Test#3 |
Test#3 |
Test#3 |
Figure 16.3a.4-1: CTCH Transmission pattern of the Schedule and Test messages
- The SS sends CELL BROADCAST SCHEDULE #1 message (1 CTCH-BS) on the CTCH.
- The SS waits for 6 CTCH-BS after Step a), then sends CELL BROADCAST TEST #1 message (3 CTCH-BS), followed by CELL BROADCAST SCHEDULE #2 message (1 CTCH-BS). (Note 1)
- The SS waits for 9 CTCH-BS after Step b), then sends CELL BROADCAST SCHEDULE#3 message (1 CTCH-BS), followed by CELL BROADCAST TEST #2 message (3 CTCH-BS). (Note 2)
- The SS waits for 10 CTCH-BS after Step c), then sends CELL BROADCAST TEST #3 message (3 CTCH-BS). (Note 3)
NOTE 1: CELL BROADCAST TEST#1 and CELL BROADCAST SCHEDULE #2 are situated at the beginning of the Scheduling period referred to by CELL BROADCAST SCHEDULE #1.
NOTE 2: CELL BROADCAST SCHEDULE #3 and CELL BROADCAST TEST#2 and are situated in the middle of the Scheduling period referred to by CELL BROADCAST SCHEDULE #2.
NOTE 3: CELL BROADCAST TEST#3 is situated at the end of the Scheduling period referred to by CELL BROADCAST SCHEDULE #3.
NOTE 4: If the UE fails the test because of a failure to receive the message due to collision of CTCH and paging occasion, then the operator may re-run the test.
Expected sequence
|
Step |
Direction |
Message |
Comments |
|
|---|---|---|---|---|
|
UE |
SS |
|||
|
1 |
<– |
CELL BROADCAST SCHEDULE #1 |
||
|
2 |
SS |
Waits for 6 CTCH-BS |
||
|
3-4 |
<– UE |
CELL BROADCAST TEST #1 The UE shall receive the CELL BROADCAST TEST #1 |
||
|
5 |
<– |
CELL BROADCAST SCHEDULE #2 |
||
|
6 |
SS |
Waits for 9 CTCH-BS |
||
|
7 |
<– |
CELL BROADCAST SCHEDULE #3 |
||
|
8-9 |
<–UE |
CELL BROADCAST TEST #2 The UE shall receive the CELL BROADCAST TEST #2 |
||
|
10 |
SS |
Waits for 10 CTCH-BS |
||
|
11-12 |
<– UE |
CELL BROADCAST TEST #3 The UE shall receive the CELL BROADCAST TEST #3 |
||
Specific Message Contents:
Use the default parameter values for the system information block 1 with the same type specified in clause 6.1.0b of TS 34.108, with the following exceptions:
|
Information Element |
Value/remark |
|
– CN domain identity |
PS |
|
– CHOICE CN Type |
GSM-MAP |
|
– CN domain specific NAS system information |
|
|
– GSM-MAP NAS system information |
05 00H |
|
– CN domain specific DRX cycle length coefficient |
9 |
|
– CN domain identity |
CS |
|
– CHOICE CN Type |
GSM-MAP |
|
– CN domain specific NAS system information |
|
|
– GSM-MAP NAS system information |
1E 01H |
|
– CN domain specific DRX cycle length coefficient |
9 |
Use the default parameter values for the system information block 5 with the same type specified in clause 6.1.0b of TS 34.108, with the following exceptions:
|
Information Element |
Value/remark |
|
– FACH/PCH information |
|
|
– TFS |
(PCH) |
|
– CHOICE Transport channel type |
Common transport channels |
|
– Dynamic Transport format information |
|
|
– RLC Size |
240 |
|
– Number of TB and TTI List |
|
|
– Number of Transport blocks |
0 |
|
– Number of Transport blocks |
1 |
|
– CHOICE Logical channel List |
ALL |
|
– Semi-static Transport Format information |
|
|
– Transmission time interval |
10 ms |
|
– Type of channel coding |
Convolutional |
|
– Coding Rate |
1/2 |
|
– Rate matching attribute |
230 |
|
– CRC size |
16 bit |
|
– Transport channel Identity |
12 (for PCH) |
|
– CTCH indicator |
FALSE |
|
– TFS |
(FACH) |
|
– CHOICE Transport channel type |
Common transport channels |
|
– Dynamic Transport format information |
|
|
– RLC Size |
168 |
|
– Number of TB and TTI List |
|
|
– Number of Transport blocks |
0 |
|
– Number of Transport blocks |
1 |
|
– Number of Transport blocks |
2 |
|
– CHOICE Logical channel List |
ALL |
|
– Semi-static Transport Format information |
|
|
– Transmission time interval |
10 ms |
|
– Type of channel coding |
Convolutional |
|
– Coding Rate |
1/2 |
|
– Rate matching attribute |
220 |
|
– CRC size |
16 bit |
|
– Transport channel Identity |
13 (for FACH) |
|
– CTCH indicator |
TRUE |
|
– TFS |
(FACH) |
|
– CHOICE Transport channel type |
Common transport channels |
|
– Dynamic Transport format information |
|
|
– RLC Size |
360 |
|
– Number of TB and TTI List |
|
|
– Number of Transport blocks |
0 |
|
– Number of Transport blocks |
1 |
|
– CHOICE Logical channel List |
ALL |
|
– Semi-static Transport Format information |
|
|
– Transmission time interval |
10 ms |
|
– Type of channel coding |
Turbo |
|
– Rate matching attribute |
130 |
|
– CRC size |
16bit |
|
– Transport channel Identity |
14 (for FACH) |
|
– CTCH indicator |
FALSE |
|
– PICH info |
|
|
– CHOICE mode |
FDD |
|
– Channelisation code |
2 |
|
– Number of PI per frame |
18 |
|
– STTD indicator |
FALSE |
|
– CBS DRX Level 1 information |
|
|
– Period of CTCH allocation (N) |
2 |
|
– CBS frame offset (K) |
0 |
CELL BROADCAST SCHEDULE #1
|
Information element |
Comment Value |
|
Message Type |
"00000010"B (Schedule message) |
|
Offset to Begin CTCH BS index |
"00000111"B |
|
Length of CBS Scheduling Period New Message Bitmap Message Description
|
"00001010"B octet 1: “00001111”B octet 2: “00000000”B "00000001"B (New message) ‘1112’H (CMAS Presidential Alert) "00000001"B (New message) ‘1112’H (CMAS Presidential Alert) "00000001"B (New message) ‘1112’H (CMAS Presidential Alert) "00000110"B (Schedule message) – "00001000"B (No Message) – |
|
Note: To work out the scheduling, the IE New Message bitmap should be bit reveresed. |
|
CELL BROADCAST SCHEDULE #2
|
Information element |
Comment Value |
|
Message Type |
"00000010"B |
|
Offset to Begin CTCH BS index |
"00000111"B |
|
Length of CBS Scheduling Period New Message Bitmap Message Description
Message ID[1..3]Message Description Type[4] Message ID[4]
|
"00001010"B octet 1: ”01111000”Boctet 2: “00000000”B "00001000"B (No Message) – "00000110"B (Schedule message) – "00000001"B (New message) ‘1113’H(CMAS Imminent Threat Alert – Severity: Extreme, Urgency: Immediate, Certainty: Observed) "00000001"B (New message) ‘1113’H "00000001"B (New message) ‘1113’H "00001000"B (No Message) – |
|
Note: To work out the scheduling, the IE New Message bitmap should be bit reveresed. |
|
CELL BROADCAST SCHEDULE #3
|
Information element |
Comment Value |
|
Message Type |
"00000010"B |
|
Offset to Begin CTCH BS index |
"00000111"B |
|
Length of CBS Scheduling Period New Message Bitmap Message Description
|
"00001010"B octet 1: ”10000000”B octet 2: ”00000011”B "00001000"B (No Message) – "00000001"B (New message) ‘111B’H(CMAS Child Abduction Emergency) "00000001"B (New message) ‘111B’H "00000001"B (New message) ‘111B’H |
|
Note: To work out the scheduling, the IE New Message bitmap should be bit reveresed. |
|
CELL BROADCAST TEST #1
|
Information element |
Comment Value |
|
Message Type |
"00000001"B (CBS message) |
|
Message ID |
‘1112’H (CMAS Presidential Alert) |
|
Serial Number |
|
|
– Geographical scope |
"10"B (Service Area wide) |
|
– Message code |
"0000000000"B |
|
– Update number |
“0000”B |
|
Data Coding Scheme |
“00000001"B (GSM 7-bit default alphabet, English) |
|
CB Data |
90 characters i.e. 79 octets |
CELL BROADCAST TEST #2
|
Information element |
Comment Value |
|
Message Type |
"00000001"B (CBS message) |
|
Message ID |
‘1113’H (CMAS Imminent Threat Alert – Severity: Extreme, Urgency: Immediate, Certainty: Observed) |
|
Serial Number |
|
|
– Geographical scope |
"10"B (Service Area wide) |
|
– Message code |
"0000000000"B |
|
– Update number |
“0000”B |
|
Data Coding Scheme |
“00000001"B (GSM 7-bit default alphabet, English) |
|
CB Data |
90 characters i.e. 79 octets |
CELL BROADCAST TEST #3
|
Information element |
Comment Value |
|
Message Type |
"00000001"B (CBS message) |
|
Message ID |
‘111B’H (CMAS Child Abduction Emergency) |
|
Serial Number |
|
|
– Geographical scope |
"10"B (Service Area wide) |
|
– Message code |
"0000000000"B |
|
– Update number |
“0000”B |
|
Data Coding Scheme |
“00000001"B (GSM 7-bit default alphabet, English) |
|
CB Data |
90 characters i.e. 79 octets |
16.3a.5 Test requirements
1. After Step 3 the UE shall receive the CELL BROADCAST TEST #1.
2. After Step 8 the UE shall receive the CELL BROADCAST TEST #2.
3. After Step 11 the UE shall receive the CELL BROADCAST TEST #3.