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4.6.2.20. SCCP Local Subsystem State Data Display
Function to display State related to Local Exchange Sub-system defined at Local
Exchange Signaling Point
Command DIS-SCCP-LSS:BSC_ID =a;
a = BSC Number ( 00 ~ 16 )
Input DIS-SCCP-LSS:BSC_ID = 0;
Output
Fig. 4.6-20 SCCP Local Subsystem State Data Display
4.6.2.21. Signaling Link Status Display
Function to display a designated Signaling Link Status, Activate Status of Signaling
Link, Inhibit Status of Intra switching office Signaling Link, and Inhibit Status of local
Switching Office.
Command DIS-SLK-STS:BSC_ID = a, SLC = b;
a = BSC Number ( 00 ~ 11)
b = Signalling Number Code ( 00 ~ 16 )
Input DIS-SLK-STS:BSC_ID = 0, SLC=0;
Output
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Fig. 4.6-21 Signaling Link Status Display
4.6.2.22. Signaling Terminal Status Display
Function to display Status Information for a specific signaling Tunnel, including
the types of data such as SLC, Trunk Number, Signaling Data Link Number, and present
Status.
Command DIS-ST-STS:BSC_ID=0;
a = BSC Number ( 00 ~ 15 )
Input DIS-ST-STS:BSC_ID=0;
Output
SMD-011-PMA210
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Fig. 4.6-22 Signaling Terminal Status Display
4.6.2.23. Signaling Link Set Status Display
Function to display all the Signaling Link Status connected to ASS-W to include the
status of SLC(Signaling Link Code), sl_avail(Signaling Link Availability/Non-
availability), loc_inh(Local Exchange Management Inhibit), rem_inh(Remote Management
Inhibit.
Command DIS-LKS-STS:BSC_ID=a;
a = BSC Number ( 00 ~ 11 )
Input DIS-LKS-STS:BSC_ID = 0;
Output
Fig. 4.6-23 Signaling Link Set Status Display
4.6.2.24. MTP Level 2 Timer Display
It displays Timer Value used for MTP L2 which is presently in operation.
Command DIS-MTP2-TMR:BSC_ID = a;
a = BSC Number ( 00 ~ 15 )
Input DIS-MTP2-TMR:BSC_ID = 0;
Output
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Fig. 4.6-24 MTP Level2 Timer Display
4.6.2.25. MTP Level 2 Timer Change
It changes Timer Value used for MTP L2 which is presently in operation.
Command CHG-MTP2-TMR:BSC_ID=a, T1=b, T2 =c, T3=d, T4N = e, T4E = f,
T5 =g, T6 = h, T7= i;
a = BSC Number ( 00 ~ 15 )
b = T1 Timer ( 40000 ~ 50000 )
c = T2 Timer ( 5000 ~ 150000 )
d = T3 Timer ( 1000 ~ 2000 )
e = T4N Timer ( 7500 ~ 9500 )
f = T4E Timer ( 00 ~ 600 )
g = T5 Timer ( 80 ~ 120 )
h = T6 Timer ( 3000 ~ 5000 )
I = T7 Timer ( 500 ~ 2000 )
Input CHG-MTP2-TMR:BSC_ID=0, T5 = 100;
Output
SMD-011-PMA210
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Fig. 4.6-25 MTP Level2 Timer Change
4.6.2.26. MTP Level 3 Timer Diplay
It displays Timer Value used for MTP L3 which is presently in operation.
Command DIS-MTP3-TMR:BSC_ID =a;
a = BSC Number ( 00 ~ 15 )
Input DIS-MTP3-TMR:BSC_ID = 0;
Output
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Fig. 4.6-26 MTP Level3 Timer Display
4.6.2.27. MTP Level 3 Timer Change
It changes Timer Value used for MTP L3 which is presently in operation.
Command CHG-MTP3-TMR:BSC_ID = a, T1 = b, T2 = c, T3 = d, T4 = e, T5 =
f, T12 = g, T13= h, T14 = i, T17 = j, T22 = k, T23 = l, SLTM = m;
a = BSC Number ( 00 ~ 11 )
b = T1 Timer ( 500 ~ 1200 )
c = T2 Timer ( 700 ~ 2000 )
d = T3 Timer ( 500 ~ 1200 )
e = T4 Timer ( 500 ~ 1200 )
f = T5 Timer ( 500 ~ 1200 )
g = T12 Timer ( 800 ~ 1500 )
h = T13 Timer ( 800 ~ 1500 )
I = T14 Timer ( 2000 ~ 3000 )
j = T17 Timer ( 800 ~ 5000 )
l = T22 Timer ( 180 ~ 360 )
l = T23 Timer ( 180 ~ 360 )
m = SLTM Timer ( 4 ~ 12 )
Input CHG-MTP3-TIMER:BSC_ID=0, SLTM=10;
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Output
Fig. 4.6-27 MTP Level e 3 Timer Change
4.6.2.28. SCCP Timer Display
It changes Timer Value used for SCCP which is presently in operation.
Command CHG-SCCP-TMR:BSC_ID=a, T_CONNE_EST = b, T_IAS = c, T_IAR =
d, T_REL = e, T_INT =f , T_STAT_INFO = g;
a = BSC Number ( 00 ~ 11 )
b = T_CONNE_EST ( 20 ~ 120 )
c = T_IAS ( 300 ~ 600 )
d = T_IAR ( 660 ~ 1320 )
e = T_REL ( 1 ~ 20 )
f = T_INT ( 10 – 60)
g = T_STAT_INFO ( 5 ~ 1200 )
Input CHG-SCCP-TMR:BSC_ID=0, T_STAT_INFO=40;
Output
SMD-011-PMA210
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Fig. 4.6-28 SCCP Timer Change
4.6.3. Maintenance Function Command
4.6.3.1. Signaling Link Test
Signaling Link Test is performed while Signaling Link is in service when Signaling Link
becomes activated or restored and is used to check if both ends of Signaling Link
process messages correctly. The status of Signaling Link to be tested should be in the
Activate Status.
Command TEST-SLK:BSC_ID=a, SLC =b;
a = BSC Number ( 0 ~ 11 )
b = Signalling Link Code ( 0 ~ 15 )
Input TEST-SLK:BSC_ID= 0, SLC = 1;
Output
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Fig. 4.6-29 Signaling Link Test
4.6.3.2. Signaling Terminal Test
Signaling Terminal Test consists of RA Loopback and SELF Loopback, and RA
Loopback performs Loopback in Rate Adaptation function, performing an activation of
Signaling Link. Depending upon the result, it performs inspection function on the
Signaling Terminal and Lookback performs Lookback to STPA receiving terminal,
providing inspection function of Status. A test should be successfully conductedto
Signaling Terminal where corresponding Signaling Terminal is not allocated to
Signaling Link before testing Signaling Terminal, so that normal test result can be
reported.
Command TEST-ST:BSC_ID=a, STID =b, TYPE=c;
a = BSC Number ( 00 ~ 11 )
b = Signalling Terminal ( 1 ~ 16 )
c = TYPE ( SELF, RA )
Input TEST-ST:BSC_ID = 1, STID =2, TYPE=SELF;
Output
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Fig. 4.6-30 Signaling Terminal Test
4.6.3.3. Test Cycle Display
Signaling Terminal Automatic Test is not a test on the request from the operator to
Signaling Terminal allocated to Signaling Link, but the test is performed on Signaling
Terminal by the Processor cyclically, which displays Test Cycle (default: 30sec) .
Command DIS-NO7-CYC:BSC_ID=a;
a = BSC Number ( 00 ~ 11 )
Input DIS-NO7-CYC:BSC_ID = 0;
Output
Fig. 4.6-31 Test Cycle Display
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4.6.3.4. Test Cycle Change
It is used to change Test Cycle which is performed by Processor (SCP).
Command CHG- NO7-CYC:BSC_ID=a, CYC=b;
a = BSC Number ( 00 ~ 11 )
b = Cycle ( 00 ~ 120 )
Input CHG-NO7-CYC:BSC_ID=0, CYC=35;
Display
Fig. 4.6-32 Test Cycle Change
4.6.3.5. Inhibited Status Message Display
It displays Status Message that can be displayed at present.
Command DIS-INH-NO7;
Input DIS-INH-NO7;
Output
Fig. 4.6-33 Output possible Status Message Display
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4.6.3.6. Status Message Display Allow
It allows to display Status Message on Outterm.
Command ALW-NO7-MSG:SN=a;
a = Status Number ( ALL, S5000, S5001, S5010, S5011, S5012, S5013, S5020,
S5021, S5022, S5023, S0524, S5025, S5026, S5027, S5028, S5030, S5031, S5032 )
Input ALW-NO7-MSG:SN=S5000;
Output
Fig. 4.6-34 Status Message Display Allowed
4.6.3.7. Status Message Display Inhibit
It inhibits to display Status Message on Outterm
Command INH-NO7-MSG:SN= a
a = Status Number ( ALL, S5000, S5001, S5010, S5011, S5012, S5013, S5020,
S5021, S5022, S5023, S0524, S5025, S5026, S5027, S5028, S5030, S5031, S5032 )
Input INH-NO7-MSG:SN=S5000;
Output
Fig. 4.6-35 Status Message Display Inhibit
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4.7. Statistics Command
Apart from switching system, statistics Function in BSM measures performance and
load and reports them to NMS(Network Management System), a center for self-
reporting and network management. The function of statistics is divided logistically
into three. The first one is that On Demand statistics items that the user measures
designated statistics item and BTS on the arbitrary time for the specific cycles.
And additionally to be included is Hourly Statistic that collects, without complying with
the user’s request, all the statistics always on time for reporting to NMS. Lastly, it is
divided into On Line Statistics that collects and sends statistics every 5 minutes so
that NMS can confirm on a real time basis. The following commands in series are
mainly related to On Demand Statistics, and Hourly Statistics function was configured,
in consideration of BMS performance to display on request only from user.
On Demand Statistics function is used only when the user wants to check performance
related data with specific BSC or BTS. For Hourly Statistics function, once statistics
report is requestedto CCP, BSP, PCP, NCP and CNP that are major processors at
every fixed time, all kinds of statistics collected are gathered at the corresponding
processor and transferred. Section between BSM and BSS are connected to STM-1,
but because the volumes of the collected statistics are so huge that they are executed
for 15 minutes.
That is, the report of statistics data to NMS is made at 15 minutes after the every hour.
BSM becomes to keep hourly statistics data. Storages are made on an hourly basis for
a week and are stored in binary in PKG/DATA/STAT/HOURLY. Reports to NMS are
made by the reporting method of ASCII and the method providing Binary and Library at
the user’s request.
Table 4.7-1 Statistics Command List
Division Content Statistics Commands
Traffic STAT-TRAF:DIR=a,OPTION=b,BSC=c,BTS=d
Traffic
Related
Related
SMD-011-PMA210
Hourly Traffic DIS-HLY-TRAF:HOUR=a,OPTION=b,BSC=c,BTS=d;
Daily Traffic DIS-DLY-TRAF:WEEK=a,HOUR=b,OPTION=c,BSC=d,BTS=e;
Hand off (all) STAT-HOFF:BSC=a,BTS=b[,MPRD=c, MTIM=d]; Hand off
Softer Handoff STAT-HOFF-SOFTER:BSC=a[,BTS=b,MPRD=c, MTIM=d];
[,MPRD=e, MTIM=f];
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Soft Handoff STAT-HOFF-SOFT:BSC=a[,BTS=b,MPRD=c, MTIM=d];
Hard Handoff STAT-HOFF-HARD:BSC=a[,BTS=b,MPRD=c, MTIM=d];
Call Related
Packet
Related
Channel Element STAT-CE:BSC=a[,BTS=b,MPRD=c, MTIM=d];
Vocoder STAT-VOC:BSC=a,VMP=b[,VCP=c,MPRD=d, MTIM=e];
Network
NET:CAN=a,BSC=b[,BTS=c,ITEM=d,MPRD=d,MTIM=e];
Radio Channel STAT-CH:BSC=a[,BTS=b,MPRD=c,MTIM=e];
Processor STAT-PRC:CAN=a,BSC=b[,BTS=c,MPRD=d,MTIM=e];
Selector STAT-SLT:BSC=a,SMP=b[,SLP=c,MPRD=d,MTIM=e];
BTS Performance STAT-PERF:BSC=a[,BTS=b,MPRD=c,MTIM=d];
Paging STAT-PAGE:BSC=a[,BTS=b,MPRD=c,MTIM=d];
CAI Signaling STAT-CAI:ITEM=a,BSC=b[,BTS=c,MPRD=d, MTIM=e];
NO7 STAT-NO7:ITEM=a,SCP=b[,MPRD=c,MTIM=d];
Round Trip Delay STAT-RTD:BSC=a,BTS=b[,MPRD=c,MTIM=d];
RF Min/Max STAT-RF:BSC=a,BTS=b,ITEM=c[,MPRD=d,MTIM=e];
Packet Data STAT-PKD:PCP=a,SHELF=b[,PIP=c,MPRD=d,MTIM=e];
Packet Control STAT-PKC:PCP=a[,MPRD=b, MTIM=c];
Packet Handoff STAT-PCP:PCP=a[,MPRD=b, MTIM=c];
STAT-
Statistic List DIS-STAT-ITEM;
Statistics Job DIS-STAT-JOB;
Statistics Stop CAN-STAT:[BSC=a,]JOB=b;
Hourly Statistic
Others
Display of Hourly/Daily Statistics for the same item of statistics is identical to On
Demand Statistics. It is not related to Processor or Device that measures and reports
statistics, but is related only to equip of PLD.
This function of statistics is consisted of 5 Categories to include Traffic, Handoff, Call
Display
Daily Statistics
Display
Online Cycle
Change
DIS-HLY-DATA:HOUR=a,ITEM=b,BSC=c[,BTS=d];
DIS-DLY-DATA:WEEK=a,HOUR=b,ITEM=c,BSC=d[,BTS=e];
CHG=ONLINE-MPRD[:MPRD=a];
related, Packet related and others, and in the window of user’s command the following
is displayed.
SMD-011-PMA210
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Fig. 4.7-1 Configuration of Statistics Command
4.7.1. Traffic related Statistics Command
Traffic Statistics is differentiated as follows:
Fig. 4.7-2 Traffic Statistics Function
4.7.1.1. Traffic Statistics by Service Option
This is a function which for originating call and terminating call, reports and displays
the number of attempt by service option, number of success, number of failure and the
collected content by reason of a failure by CCP to BSM, and for Statistics Data,
collection is made by the separated each item of Service Option/Direction/
BSC/BTS/FA/SECTOR..
Command : STAT-TRAF:DIR=a,OPTION=b,BSC=c,BTS=d[,MPRD=e,MTIM=f];
a : DIR : ALL – Measuring all of originating calls and terminating calls
ORG – Measuring originating only
TRM – Measuring terminating call only
b: OPTION :
VOICE 8K voice
VARI_VOICE 8K EVRC
ASYNC Asynchronous Data(9.6 kbps)
G3FAX Group 3 FAX(9.6 Kbps)
SMS Short Message Service
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PPP_PKT Packet Data
ASYNC_13K Asynchronous Data(14.4 kbps)
G3FAX_13K Group 3 FAX(14.4 kbps)
SMS_13K Short Message(Rate Set 2)
PPP_PKT_13K Packet Data 13kbps
VOICE_13K 13K voice (IS-96)
PKT_TYPE1_22 High Speed Packet Data Services
PKT_TYPE2_25 High Speed Packet Data Services
PACKET_144K 144kbsps Packet Data
c: BSC : BSC number ( 0 ~ 11 )
d: BTS : BTS number ( 0 ~ 47 )
e: MPRD : Cycle (min) ( default : 30min )
f : MTIM : Repeat frequency(default : 4times )
Display result
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Fig. 4.7-3 Traffic Statistics Data Display Result
(*) Reference to Appendix for description of each item in the above Fig..
4.7.1.2. Hourly Traffic Statistic DISPLAY
Function that inquires about the traffic statistics collected on hourly basis by BSC,
BTS and service option by every hour.
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Command : DIS-HLY-TRAF:HOUR=a, OPTION=b, BSC=c, BTS=d;
a: HOUR : Time
b: OPTION : Service option
c: BSC : BSC number
d : BTS : BTS number
Fig. 4.7-4 Hourly Traffic Statistics Display Result
(*)Reference made to Annex for description of each item in the above Figure
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4.7.1.3. Daily Traffic Statistic DISPLAY
Function that inquires about the Hourly Traffic Statistics collected in a week by BSC
by hour, by BTS and by service option.
Command : DIS-DLY-TRAF:WEEK=a,HOUR=b, OPTION=c, BSC=d, BTS=e;
a. WEEK : Day of the Week (MON/TUE/WED/THU/FRI/SAT/SUN)
b: HOUR : Time (24hour system)
c: OPTION : Service Option
d: BSC : BSC number (0 ~ 11)
e : BTS : BTS number (0 ~ 47)
Display : Result is same as the content of 4.6.1.2.
4.7.2. Handoff Related Statistics Function
Handoff Statistics function appears as follows:.
Fig. 4.7-5 Handoff related Statistics Function
4.7.2.1. Handoff Statistics
Function that CCP conducts measurement of Handoffs generated in each BSC in
reference to the kind of Handoff(softer, soft, hard) and its direction and then reports to
BSM. Handoffs are divided into the kinds as follows:
Softer Handoff
Softer Handoff generated between sectors in the same BTS
Soft Hand off
- Intra BTS soft Handoff : Soft Handoff generated between sectors in the same Base
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Station
- Intra BSC Soft Handoff : Soft Handoff generated between the same BSCs
- Inter MSC Soft Handoff : Soft Handoff generated between other BSCs
Hard Hand off
- Intra Cell Hard Handoff : Hard Handoff generated by frequency change in the same
BTS
- Intra BSC FR Hard Handoff : Hard Handoff generated by frequency change between
BTSs of the same BSC
- Intra BSC FO Hard Handoff : Hard Handoff generated by Frame offset between
BTSs of the same BSC
- Inter BSC FR Hard Handoff : Hard Handoff by frequency change generated between
BTSs of other BSCs
- Inter BSC FO Hard Handoff : Hard Handoff by the change of Frame offset generated
between BTSs of other BSCs
- Hard Hand off between RCs : Handoff generated between RCs
Command : STAT-HOFFF:BSC=a, BTS=b[,MPRD=c,MTIM=d];
a : BSC : BSC number ( 0 ~ 11)
b : BTS : BTS number ( 0 ~ 47 )
c : Cycle(minute) : Default 30min
d : Repetition Frequency : Default 4 times
Display :
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Fig. 4.7-6 Handoff Statistics
(*)This Command(STAT-HOFF) displays all kinds of Handoff. Refer to Appendix for
each item.
4.7.2.2. Softer Handoff Statistics
It collects by collected item (refer to Appendix) the soft Handoff generated between
sectors in the same BTS and displays.
Command : STAT-HOFF-SOFTER:BSC=a, BTS=b[,MPRD=d, MTIM=d];
a : BSC : BSC number ( 0 ~ 11)
b : BTS : BTS number ( 0 ~ 47 )
c : MPRD : Cycle(min) : Default 30min
d : MTIM : Repetition number : Default 4times
Display
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(*)Refer to Appendix for each item described above.
Fig. 4.7-7 Softer Handoff Statistics Display
4.7.2.3. Soft Handoff Statistics
It measures for display the soft Handoff generated between sectors of the same BTS,
in the internal part of the same BSC, or in other BSC.
Command : STAT-HOFF-SOFT:BSC=a[,BTS=b, MPRD=c, MTIM=d];
a : BSC : BSC number ( 0 ~ 11 )
b : BTS : BTS number ( 0 ~ 47 )
c : Cycle(min) : Default 30min
d : Repetition Frequency : Default 4times
Display
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Fig. 4.7-8 Soft Handoff Display Result
(*) Refer to Appendix for description of the items above.
4.7.2.4. Hard Handoff Statistics
It is statistics to be measured in CCP for Hard Handoff between BSCs, such as Handoff
followed by frequency change between the same BTSs and Handoff generated in the
same BSC, and Hard Handoff generated between RCs.
Command : STAT-HOFF-HARD:BSC=a,BTS=b[,MPRD=c,MTIM=d];
a : BSC : BSC ( 0 ~ 11 )
b : BTS : BTS ( 0 ~ 47 )
c : MPRD : Cycle(min) : Default 30min
d : MTIM : Number of Frequency : Default 4times
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Fig. 4.7-9 Hard Handoff Statistics Display
(*)Refer to Appendix for description of the each item described above.
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4.7.3. Call Related Statistics Function
Statistics function related to call is as followed.
Fig. 4.7-10 Statistics Function Related to Call
4.7.3.1. Channel Element Statistics Function
The system reports the used counts that the traffic channel is occupied by the traffic
element for the call to the BSM by BSP and channel card.
Command : STAT-CE:BSC=a[,BTS=b,MPRD=c,MTIM=d];
a : BSC : BSC number ( 0 ~ 11 )
b : BTS : BTS number ( 0 ~ 47 )
c : MPRD : Cycle(min) : Default 30min
d : MTIM : Repeat Count : Default 4times
Display.
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Fig. 4.7-11 Channel Statistics Function
(*)Refer to the appendix for the description of each items in the figure above.
4.7.3.2. Vocoder Statistics Function
It is the function that measures and reports the occupancy count and time to vocoder
which decodes/encodes voice corresponded to channel element by 1:1. The data is
collected in VCP by VCE.
Command : STAT-VOC:BSC=a,VMP=b[,VCP=c,MPRd=d,MTIM=e];
a : BSC : BSC number ( 0 ~ 11)
b : BTS : BTS number ( 0 ~ 47)
c : VMP : Vocoder Master Processor number(0 ~ 7)
d : VCP : VCP number ( 0 ~ 15 )
e : MPRD : Cycle(min) : Default 30min
f : MTIM : Repeat Count : Default 4times
Display
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Fig. 4.7-12 Vocoder Statistics Output
(*)Refer to the appendix for the description of each item in the figure above.
4.7.3.3. Network Statistics Function
VLIA measures and reports the use rate and error rate of T1 (or E1)’s trunk between
BSC and the switching system. ASIA and ASCA collect and report the port statistics
between BSC and CAN. LICA and ALPA are the function collecting link statistics to
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report between BSC and BTS.
Command : STAT-NET:CAN=a,BSC=b[,BTS=c,ITEM=d,MPRD=e,MTIM=f];
a : CAN : the participation matter of the CAN equipment processor
b : BSC : BSC number ( 0 ~ 11 )
c : BTS : BTS number ( 0 ~ 47)
d : ITEM : Trunk(BSC↔Switching system) / Link(BSC↔BTS)
/ Port(BSC↔CAN)
e : MPRD : Cycle(min) : Default 30min
d : MTIM : Repeat Count : Default 4times
Display Results
Fig. 4.7-13 Network Statistics Output Results
(*)Refer to the appendix for the description of each item in the figure above.
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4.7.3.4. Radio Channel Quality Statistics Function
This function measures (Channel Element) and reports error rate and other things on
radio channel between mobile subscriber and BTS.
Command : STAT-CH:BSC=a[,BTS=b,MPRD=c,MTIM=d];
a : BSC : BSC number ( 0 ~ 11 )
b : BTS : BTS number ( 0 ~ 47 )
c : MPRD : Cycle(min) : Default 30min
d : Measuring Count : Default 4times
Display Results
Fig. 4.7-14 Radio Channel Statistics Output Results
(*)Refer to the appendix for the description of each item in the figure above.
4.7.3.5. Processor Statistics Function
This is the function that each processor measures CPU and IPC load of each main
processor at a given time to report to the BSM.
Command : STAT-PRC:CAN=a,BSC=b[,BTS=c,MPRD=d,MTIM=e];
a : CAN : CAN equipment processor inclusion matter
b : BSC : BSC number ( 0 ~ 11 )
c : BTS : BTS number ( 0 ~ 47 )
d : MPRD : Cycle(min) : Default 30min
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e : MTIM : Repeat Count : Default 4times
Display Results
Fig. 4.7-15 Processor Statistics Display Results
(*)Refer to the appendix for the description of each item in the figure above.
4.7.3.6. Selector Statistics Function
It is the statistics function that measures the occupying call, time, speed and bad frame
counts of the selector.
Commands : STAT-SLT:BSC=a,SMP=b[,SLP=c,MPRD=d,MTIM=e];
a : BSC : BSC number ( 0 ~ 11)
b : SMP : Selector Master Processor number ( 0 ~ 4)
c : SLP : Selector Processor number ( 0 ~ 19)
d : MPRD : Cycle(min) : Default 30min
e : MTIM : Count : Default 4times
Display Results
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Fig. 4.7-16 Selector Statistics Display Results
(*)Refer to the appendix for the description of each item in the figure above.
4.7.3.7. Performance (Call Delay) Statistics Function
This is the function of BSP that measures and reports the setup delay (Time to Traffic,
Channel Assign) of originating/terminating signal to mobile subscribers.
Command : STAT-PERF:ITEM=a, BSC=b[,BTS=c,MPRD=d,MTIM=e];
a : ITEM : ALL-Measure originating and terminating,
ORG – Originating,
TRM- Terminating
b : BSC : BSC number ( 0 ~ 11 )
c : BTS : BTS number ( 0 ~ 47 )
d : MPRD : Cycle(min) : Default 30min
e : MTIM : Repeat Count : Default 4times
Display Results
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Fig. 4.7-17 Call Delay Performance Statistics Display Results
(*)Refer to the appendix for the description of each item in the figure above.
4.7.3.8. Paging Statistics Function
This is the function of BSP to measure and report the attempt, success and failure
counts of paging to the mobile subscriber.
Command : STAT-PAGE:BSC=a[,BTS=b, MPRD=c, MTIM=d];
a: BSC : BSC number( 0 ~ 11 )
b: BTS : BTS number( 0 ~ 47 )
c: MPRD : Cycle(min) : Default 30min
d: MTIM : Repeat Count : Default 4times
Display Results
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(*)Refer to the appendix for the description of each item in the figure above.
Fig. 4.7-18 Paging Statistics Display Results
4.7.3.9. CAI Statistics Function
This is the function of BSP to measure and report the CAI signaling message at a given
time which is transmitted and received by access channel and paging channel.
Command : STAT-CAI:ITEM=a,BSC=b[,BTS=c,MPRD=d,MTIM=e];
a : ITEM : ALL – Access, Paging channel both to be measured
PC – Paging channel only to be measured
AC – Access channel only to be measured
b : BSC : BSC number ( 0 ~ 11 )
c : BTS : BTS number ( 0 ~ 47 )
d : MPRD : Cycle(min) : Default 30min
e : MTIM : Repeat Count : Default 4times
Display Count
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Fig. 4.7-19 CAI Statistics Display Results
(*)Refer to the appendix for the description of each item in the figure above.
4.7.3.10. No.7 Signaling Statistics
No.7 signaling is the function of SCP to collect by sorting into MTP and SCCP, and
report it to the BSM.
Command : STAT-NO7:ITEM=a,SCP=b[,MPRD=c,MTIM=d];
a : ITEM : MTP, SCCP or ALL
b : SCP : SCP(BSC) Number(0~11)
c : MPRD : execution cycle(5~60min, default:30min)
d : MTIM : execution count(1~100, default:4)
Display Results
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(*)Refer to the appendix for the description of each item in the figure above.
Fig. 4.7-20 No.7 Signaling Statistics Display Results
4.7.3.11. RTD Statistics
Round Trip Delay Statistics: BSP collects and reports the converted time from BTS
antenna to BTS antenna via MS into distance.
Command : STAT-RTD:BSC=a,BTS=b[,MPRD=c,MTIM=d];
a : BSC : BSC number ( 0 ~ 11 )
b : BTS : BTS number ( 0 ~ 47 )
c : MPRD : Cycle(min) : Default 30min
d : MTIM : Repeat Count : Default 4times
Display Results
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Fig. 4.7-21 RTD Statistics Display Results
(*)Refer to the appendix for the description of each item in the figure above.
4.7.3.12. RF MIN/MAX Statistics Function
RFP reports to the BSP concerning TX power at a given time with the minimum and
maximum value.
Command : STAT-RF:BSC=a,BTS=b,MPRD=c,MTIM=d;
a : BSC : BSC number ( 0 ~ 11 )
b : BTS: BTS number ( 0 ~ 47 )
c : MPRD : Cycle(min) : Default 30min
d : MTIM : Repeat Count : Default 4min
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Display Results
Fig. 4.7-22 RF Min/Max Statistics Function Display Results
(*)Refer to the appendix for the description of each item in the figure above.
4.7.4. Packet Related
Packet related statistics function is as followed.
Fig. 4.7-23 Packet Statistics Function
4.7.4.1. Packet Data Statistics Function
PIP collects average data transmission between BSC and PDSN and reports it to the
BSM through PCP.
Command : STAT-PKD:PCP=a,SHELF=b[,PIP=c, MPRD=d, MITM=e];
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a : PCP : PCP number ( 0 ~ 2 )
b : SHELF : Shelf number ( SHELF 0, SHELEF 1, ALL)
c : PIP : PIP number ( 0 ~ 11 )
d : MPRD : cycle(min) : Default 30min
e : MTIME : Repeat Count : count 4times
Display Results
Fig. 4.7-24 Packet Data Statistics Display Results
(*)Refer to the appendix for the description of each item in the figure above.
4.7.4.2. Packet Control Statistics Function
It is the function to collect and report to BSM regarding the following: the call attempt
count and call success count, the attempt count and success count of packet call
transition from dormant status to active status, and each average call holding time
between BSC and PDSN.
Command : STAT-PKC:PCP=a[,MPRD=b,MTIM=c];
a : PCP : PCP number ( 0 ~ 2 )
b : MPRD : cycle(min) : Default 30min
c : MTIM : Repeat Count : Default 4min
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Display Results
Fig. 4.7-25 Packet Control Statistics Function Results Display
(*)Refer to the appendix for the description of each item in the figure above.
4.7.4.3. Packet Handoff Statistics Function
PCP collects and reports the following statistics data to BSM: attempt and failure
count of inter BSC hard handoff occurred in the packet traffic procedure by dormant or
active status.
Command : STAT-PKH:PCP=a[,MPRD=b,MTIM=c];
a : PCP : PCP number ( 0 ~ 2 )
b : MPRD : Cycle(min) : Default 30min
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c : MTIM : Repeat Count : Default 4times
Display Results
Fig. 4.7-26 Packet Handoff Statistics Function Display Results
(*)Refer to the appendix for the description of each item in the figure above.
4.7.5. Other Statistics Related Commands
4.7.5.1. Displaying Statistics List under Execution
Displaying statistics list under execution at the request of present user.
Command : DIS-STAT-JOB;
Display Results
Fig. 4.7-27 Display Results of Statistics List under Execution
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4.7.5.2. Statistics Cancel Command
This is the function to cancel On Demand statistics command under execution.
Command : CANC-STAT:[BSC=a,]JOB=b;
a : BSC : BSC number( 0 ~ 11 )
b : JOB : Statistics number ( 0 ~ 7)
4.7.5.3. Hourly / Daily Statistics Data Display Command
This is the function that displays the hourly statistics data collected and stored by
BSM through the BSM Interm window.
Hourly Statistics Display Command:
DIS-HLY-DATA:HOUR=a,ITEM=b,BSC=c,BTS=d;
a : HOUR : Time (00 ~ 23)
b : ITEM : Kinds of Statistics
c : BSC : BSC number ( 0 ~ 11 )
d : BTS : BTS number ( 0 ~ 47 )
Daily Statistics Display:
DIS-HLY-DATA:WEEK=a,HOUR=b,ITEM=c,BSC=d,BTS=e;
a : WEEK : Day of the Week ( MON/TUE/WED/THU/FRI/SAT/SUN)
b : HOUR : hour (00 ~ 23)
c : ITEM : Kinds of Statistics
d : BSC : BSC number ( 0 ~ 11 )
e : BTS : BTS number ( 0 ~ 47 )
4.7.5.4. On Line Statistics Period Change
This is the function to change the period (basically 5minute) of online statistics(real-
time traffic statistics) collected by CCP.
Command : CHG-ONLINE-MPRD:MPRD=a;
a : MPRD : Period(min) to be changed
Execution Results
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Fig. 4.7-28 Results of Changing On Line Statistics Period
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4.8. Alarm/Fault Command
The fault function of BSM is configured into the following: displayed on the console
window to the generated alarm and fault, displayed only at user’s request to the
23items below.
Table 4-4.8-1 Alarm/Fault Related Command List
Comment Related Command
Displaying Inhibited Alarm List DIS-INH-ALM;
Displaying Audible Alarm
Status
Displaying Inhibited Fault List DIS-INH-FLT;
Displaying Present Alarm
Status
Displaying Suppressed Alarm DIS-SUP-ALM;
Displaying Information about
Alarm Message
Displaying Alarm List DIS-ALM-LIST;
Displaying Suppressed Fault DIS-SUP-FLT;
Inhibiting Alarm Message
Display
Inhibiting Audible Alarm INH-AUD-ALM;
Inhibiting Fault Message
Display
Suppressing Alarm Message SUP-ALM-MSG;
DIS-AUD-STS;
DIS-ALM-STS;
DIS-ALM-INFO;
INH-ALM-MSG;
INH-FLT-MSG;
Suppressing Fault Message SUP-FLT-MSG;
Allowing Inhibited Alarm
Message
Allowing Inhibited Audible
Alarm
Allowing Inhibited Fault
Message
Releasing Suppressed Alarm
Message
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ALW-ALM-MSG;
ALW-AUD-ALM;
ALW-FLT-MSG;
REL-ALM-MSG;
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Releasing Suppressed Fault
Message
Displaying Environment
Alarm
Setting Environment Alarm
FLAG
Setting Environment Alarm
Time
Setting Environment Alarm
Temperature
SET-ENV-HUMI
RST-ECV-STS
CLR-ENV-HIST
REL-FLT-MSG;
DIS-ENV-STS
SET-ENV-FLAG
SET-ENV-TIME
SET-ENV-TEMP
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4.8.1. Alarm/Fault Display
4.8.1.1. Display Command of Inhibited Alarm Message List
This is the command to display the list of the alarm message whose display is inhibited.
Check the Inhibit status when the alarm to be generated is not generated; if it is not
inhibited, check the Suppress status.
Table 4-4.8-2 The meaning of Input by BSC Number and BTS Number
BSC BTS Meaning
Input Input BTS
Input X BSC
X X CAN
X Input Input Error
*Note) The applying scope of the table above equally applied to the Alarm/Fault
related command.
• Command DIS-INH-ALM:[BSC=a],[BTS=b];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
• Input DIS-INH-ALM:BSC=0;
• Display
Fig. 4.8-1 Display Result of the Display Inhibited Alarm Message List
4.8.1.2. Display Command for the Audible Alarm Status
This command displays the alarm panel status, presently generated alarm status and
inhibition status of the audible alarm.
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• Command DIS_AUD-STS;
• Display
Fig. 4.8-2 Display Result of the Display Command for Audible Alarm Status
4.8.1.3. Display Command for Inhibited Fault Message List
This is the command for the display inhibited fault messages to display their list. If
fault message to be generated were not generated this command would be needed to
check the Inhibit status.
• Command DIS-INH-FLT:[BSC=a],[BTS=b];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
• Input DIS-INH-FLT:BSC=0, BTS=1;
• Display
Fig. 4.8-3 Display Result of the List for the Display Inhibited Fault Message
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4.8.1.4. Display Command for the Present Alarm Status
This is the display command for the information about the presently generated alarm.
If the user would like to see the alarm code only, input nothing or OFF in the Detail
Option.
• Command DIS-ALM-STS[:BSC=a],[BTS=b],[DETAIL=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : DETAIL Option(ON/OFF)
ON : Alarm Code + Alarm Info. + Alarm Generated Location
OFF: Alarm Code + Corresponding Alarm count(default)
(1) In the case of DETAIL = ON
• Input DIS-ALM-STS:BSC=0,BTS=0,DETAIL=ON;
• Display
Fig. 4.8-4 Display Result of Display Command for the Present Alarm Status
(2) In the case of DETAIL = OFF
• Input DIS-ALM-STS:BSC=0,BTS=0,DETAIL=OFF;
• Display
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Fig. 4.8-5 Display Result of Display Command for Present Alarm Status
4.8.1.5. Display Command for Suppressed Alarm Message
This is the command for suppress alarm message to be displayed.
• Command DIS-SUP-ALM:[BSC=a],[BTS=b];
a : BSC Number(0 ~ 11)
b : BTSNumber(0 ~ 47)
• Input DIS-SUP-ALM:BSC=0,BTS=0;
• Display
Fig. 4.8-6 Display Result of Display Command for the Suppressed Alarm Message
4.8.1.6. Display Command for the Information about Alarm Message
This is the command to display the defined grade of the alarm message and alarm
message information.
• Command DIS-ALM-INFO:AN=a;
a : Alarm Code Number(100 ~ 9999)
• Input DIS-ALM-INFO:AN=1000; or DIS-ALM-INFO:1000;
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• Display
Fig. 4.8-7 Display Result of Display Command for Information about the Alarm Message
4.8.1.7. Display Command for Alarm List
This is the command to display the list for all kinds of alarm.
• Command DIS-ALM-LIST:[SUB-SYS=a];
a : Subsystem Name(CAN/BSC/BTS/ALL)
• Input DIS-ALM-INFO:CAN;
• Display
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Fig. 4.8-8 Display Result of Display Command for the Information about Alarm List
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4.8.1.8. Display Command for the List of the Suppressed Fault Message
This is the command to display the Fault Source Code List for the suppressed fault
message.
• Command DIS-SUP-FLT:[BSC=a],[BTS=b];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
• Input DIS-SUP-FLT:BSC=0,BTS=0;
• Display
Fig. 4.8-9 Display Result of Display Command for the Suppress Fault Message List
4.8.2. Alarm/Fault Inhibition
4.8.2.1. Inhibition Command for Alarm Message
This is the function to inhibit the alarm message to be displayed on the console
window. If any Alarm Code is not designated it inhibits the entire alarm message
generated in the designated system.
• Command INH-ALM-MSG:[BSC=a],[BTS=b],[AN=c];
a : BSC Number(0 ~ 11)
b : BTS_GRP Number(0 ~ 47)
c : Alarm Code Number(0 ~ 9999)
• Input INH-ALM-MSG:BSC=0,AN=4600;
• Display
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Fig. 4.8-10 Display Result of Display Inhibition for Alarm Message
*Note) AN : Alarm Number
4.8.2.2. Inhibition Command for Audible Alarm
The audible alarm can be inhibited by the grade and it is applied to all kinds of alarm.
• Command INH-AUD-ALM
• Display
Fig. 4.8-11 Display Result of Inhibition Command for Audible Alarm
4.8.2.3. Inhibition Command for Fault Message
This is the function to inhibit the display of the fault message. If any fault code is not
designated, it inhibits all the fault codes.
• Command INH-FLT-MSG:[BSC=a],[BTS=b],[FN=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
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c : Fault Code Number
• Input INH-FLT-MSG:BSC=0,BTS=0,FN=1000;
• Display
Fig. 4.8-12 Display Result of Inhibition/Allowance for Fault Message Display
4.8.2.4. Alarm Message Suppress Command
This command is used for the following cases: when previously checked alarm(by
the user) is generating and burden BSM; when suppressing the report for the alarm
message from subsystem in order to monitor other important message.
This is the command blocking the message itself for the unnecessary alarm contrary
to the command (INH-ALM-MSG) which inhibits the alarm message to be displayed on
the BSM console window.
• Command SUP-ALM-MSG:[BSC=a],[BTS=b],[SRC_CODE=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Alarm Source Code Number(1 ~ 9999)
• Input SUP-ALM-MSG:BSC=0,BTS=0,SRC_CODE=30001;
• Display
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Fig. 4.8-13 Display Result of the Suppress Alarm Message Command
4.8.2.5. Fault Message Suppress Command
This command is used for the following cases: when previously checked fault
message(by the user) is generating and burden BSM; when suppressing the report for
the fault message from subsystem in order to monitor other important message.
This is the command blocking the message itself for the unnecessary fault message
contrary to the command (INH-FLT-MSG) which inhibits the fault message to be
displayed on the BSM console window.
• Command SUP-FLT-MSG:[BSC=a],[BTS=b],[SRC_CODE=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Fault Source Code Number(1 ~ 1000)
• Input SUP-FLT-MSG:BSC=0,BTS=0,SRC_CODE=31001;
• Display
Fig. 4.8-14 Display Result for the Fault Message Suppress Command
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4.8.3. Alarm/Fault Control
4.8.3.1. Allowance Command for Inhibited Alarm Message Display
This is the command to allow randomly inhibited alarm message for display by the user.
If any specific alarm code is not designated, all the inhibited alarm code for display in
the designated system is allowed.
• Command ALW-ALM-MSG:[BSC=a],[BTS=b],[AN=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Alarm Code Number(0 ~ 9999)
• Input ALW-ALM-MSG:BSC=0,AN=4600;
• Display
Fig. 4.8-15 Display Result of Allowance for Alarm Message Display Inhibition
4.8.3.2. Allowance Command for Inhibited Audible Alarm
This is the command to allow inhibited audible alarm.
• Command ALW-AUD-ALM
• Display
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Fig. 4.8-16 Display Result of Allowance Command for Inhibited Audible Alarm
4.8.3.3. Allowance Command for Inhibited Fault Message Display
This is the command to allow randomly inhibited fault message by the user. If any
specific alarm code is not designated, all the inhibited fault code for display is allowed.
• Command ALW-FLT-MSG:[BSC=a],[BTS=b],[FN=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Fault Code Number(1000 ~ 9999)
• Input ALW-FLT-MSG:BSC=0,BTS=1,FN=1000;
• Display
Fig. 4.8-17 Display Result for Allowing Fault Message Display Inhibition
4.8.3.4. Release Command for Suppressed Alarm Message
This is the command to release randomly suppressed alarm message by the user. If
there were any follow-up measures after suppressing and the suppressing is not
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needed any more, it is highly recommended to release the suppress by this command.
If the alarm is not generated in the required situation the suppress matter should be
checked.
• Command REL-ALM-MSG:[BSC=a],[BTS=b],[SRC_CODE=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Alarm Source Code Number(1 ~ 9999)
• Input REL-ALM-MSG:BSC=0,BTS=0,SRC_CODE=30001;
• Display
Fig. 4.8-18 Display Result of Release Command for Suppressed Alarm Message
4.8.3.5. Release Command for Suppressed Fault Message
This is the command to release randomly suppressed fault message by the user. If
there were any follow-up measures to the suppressed message and the suppressing is
not needed any more, it is recommended to release the suppress by this command.
• Command REL-FLT-MSG:[BSC=a],[BTS=b],[SRC_CODE=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Fault Source Code Number(1 ~ 1000)
• Input REL-FLT-MSG:BSC=0,BTS=0,SRC_CODE=31001;
• Display
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Fig. 4.8-19 Display Result of Release Command for Suppressed Fault Message
4.8.4. Environment Alarm Control
4.8.4.1. Environment Alarm Flag set Command
This is the command to decide (ON/OFF) whether to receive the alarm, which is
sensed by the sensor of environment monitoring module, normally or not. ON means
receiving the alarm normally and OFF means non-receiving the alarm.
• Command SET-ENV-FLAG:[BSC=a],[BTS=b],[CMD=c],[FLAG=d];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Command
d : Flag(ON/OFF)
• Input SET-ENV-FLAG:
• Display
MSC(0x00) date time
M8030 SET ACU FLAG : a
LOCATE = b
RESEON = c
a : RECTIFIER_SHUT_DOWN_ALARM
FIRE
UPPER_FLOOD
LOWER_FLOOD
TEMPERATURE1
TEMPERATURE2
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TEMPERATURE3
TEMPERATURE_CENTIGRADE_OPTION
HUMIDITY
b : Locate Information
c : #PROC_NOT_EQUIP
##PROC_ABNORMAL
##THIS COMMAND IS IN SERVICE
##NOK - BTS TYPE MISMATCH
##NOK - BAMA ABNORMAL
##NOK - ACU ABNORMAL
##NOK - RECTIFIER ABNORMAL
##NOK - BAMA NO RESPONSE
##NOK - ACU or REC NO RESPONSE
##NOK - ALREADY SET FLAG ON
##NOK - ALREADY SET FLAG OFF
##NOK - UNKNOWN REASON
##OK - SET FLAG COMPLETED
4.8.4.2. Environment Alarm Reset Command
This is the reset command for environment monitoring module and the rectifier.
• Command RST-ENV-STS:[BSC=a],[BTS=b],[CMD=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Command
• Input RST-ENV-STS:
• Display
MSC(0x00) date time
M8031 RESET ACU STATUS : a
LOCATE = b
RESEON = c
a : ACU_COLD_BOOT
ACU_RESET
RECTIFIER_POWER_TURN
RECTIFIER_CONTOROLLER_RESET
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b : Locate Information
c : ##PROC_NOT_EQUIP
##PROC_ABNORMAL
##THIS COMMAND IS IN SERVICE
##NOK - BTS TYPE MISMATCH
##NOK - BAMA ABNORMAL
##NOK - ACU ABNORMAL
##NOK - RECTIFIER ABNORMAL
##NOK - BAMA NO RESPONSE
##NOK - ACU or REC NO RESPONSE
##NOK - UNKNOWN REASON
##OK - RESET COMPLETED
4.8.4.3. Environment Alarm History Clear Command
This is the command to clear all the history stored in the environment monitoring
module.
• Command CLR-ENV-HIST:[BSC=a],[BTS=b],[CMD=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Command
• Input CLR-ENV-HIST:
• Display
MSC(0x00) date time
M8032 HISTORY CLEAR : a
LOCATE = b
RESEON = c
a : OP HISTORY
RUNNING HISTORY
b : Locate Information
c : ##PROC_NOT_EQUIP
##PROC_ABNORMAL
##THIS COMMAND IS IN SERVICE
##NOK - BTS TYPE MISMATCH
##NOK - BAMA ABNORMAL
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##NOK - ACU ABNORMAL
##NOK - RECTIFIER ABNORMAL
##NOK - BAMA NO RESPONSE
##NOK - ACU or REC NO RESPONSE
##NOK - UNKNOWN REASON
##OK - CLEAR HISTORY COMPLETED
4.8.4.4. Time Set Command
This is the command to set time (year/month/date/hour/minute/second) built in
environment monitoring module.
• Command SET-ENV-TIME:[BSC=a],[BTS=b],[YEAR=c],[MONTH=d],[DAY=e],
[HOUR=f],[MINUTE=g],[SECOND=h];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Year(1990 ~ 2049)
d : Month(1 ~ 12)
e : Day(1 ~ 31)
f : Hour(0 ~ 23)
g : Minute(0 ~ 59)
h : Second(0 ~ 59)
• Input SET-ENV-TIME:
• Display
MSC(0x00) date time
M8033 SET ACU DATE AND TIME
LOCATE = a
RESEON = b
a : Locate Information
b : #PROC_NOT_EQUIP
##PROC_ABNORMAL
##THIS COMMAND IS IN SERVICE
##NOK - BTS TYPE MISMATCH
##NOK - BAMA ABNORMAL
##NOK - ACU ABNORMAL
##NOK - RECTIFIER ABNORMAL
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##NOK - BAMA NO RESPONSE
##NOK - ACU or REC NO RESPONSE
##NOK - UNKNOWN REASON
##OK - SET ACU TIME COMPLETED
4.8.4.5. Temperature Set Command
This is the command to set the temperature (high/low/middle)’s threshold value of
which the environment monitoring module takes control. If the temperature surpasses
the set threshold value, the alarm is generating.
• Command SET-ENV-TEMP:
[BSC=a],[BTS=b],[HI_TEMP=c],[LOW_TEMP=d],[MID_TEMP=e];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : High Temperature(0 ~ 200)
d : Low Temperature(-20 ~ 200)
e : Middle Temperature(-20 ~ 200)
• Input SET-ENV-TEMP:
• Display
MSC(0x00) date time
M8034 SET ACU ALARM VALUE TEMPERATURE(HIGH/LOW/MIDDLE)
LOCATE = a
RESEON = b
a : Locate Information
b : ##PROC_NOT_EQUIP
##PROC_ABNORMAL
##THIS COMMAND IS IN SERVICE
##NOK - BTS TYPE MISMATCH
##NOK - BAMA ABNORMAL
##NOK - ACU ABNORMAL
##NOK - RECTIFIER ABNORMAL
##NOK - BAMA NO RESPONSE
##NOK - ACU or REC NO RESPONSE
##NOK - UNKNOWN REASON
##OK - SET ACU TEMPERATURE COMPLETED
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4.8.4.6. Humidity Set Command
This is the command to set the threshold value of humidity of which the environment
monitoring module takes control. If humidity surpasses this threshold value, the alarm
is generating.
• Command SET-ENV-HUMI:[BSC=a],[BTS=b],[HI_HUMI=c];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : High Humidity(0 ~ 100)
• Input SET-ENV-HUMI:
• Display
MSC(0x00) date time
M8035 SET ACU HIGH HUMIDITY ALARM LIMITS VALUE
LOCATE = a
RESEON = b
a : Locate Information
b : ##PROC_NOT_EQUIP
##PROC_ABNORMAL
##THIS COMMAND IS IN SERVICE
##NOK - BTS TYPE MISMATCH
##NOK - BAMA ABNORMAL
##NOK - ACU ABNORMAL
##NOK - RECTIFIER ABNORMAL
##NOK - BAMA NO RESPONSE
##NOK - ACU or REC NO RESPONSE
##NOK - UNKNOWN REASON
##OK - SET ACU HUMIDITY COMPLETED
4.8.4.7. Environment Alarm Display Command
This is the command to display the parameter value, flag status, history and other
things presently stored in the environment monitoring module.
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• Command DIS-ENV-STS:[BSC=a],[BTS=b],[CMD=c],[RECORD_NO=d];
a : BSC Number(0 ~ 11)
b : BTS Number(0 ~ 47)
c : Command
d : Record Number(0 ~ 500)
• Input DIS-ENV-STS:
• Display
MSC(0x00) date time
M8036 DISPLAY ACU STATUS : a
LOCATE = b
TIME : c
CURRENT : d
e - f
g - h
i -
j -
k - m l - n
k - m l - n
RECORD_NO : END_TRANSMIT : o
ACTION = p ACTOR/STATE = q
CANCELLATION = r
REASON = s
A : Command
B : Locate Information
C : ACU TIME
D : CURRENT TEMPERATURE AND HUMIDITY
E : ##HIGH TEMPERATURE
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##LOW TEMPERATURE
##HIGH HUMIDITY
f : ##ALARM OFF
##ALARM ON
g : ##RECTIFIER SHUT DOWN ALARM
##TEMPERATURE CENTIGRADE OPTION
##FIRE
##UPPER FLOOD
##LOWER FLOOD
##TEMPERATURE1
##TEMPERATURE2
##TEMPERATURE3
##HUMIDITY
h : ##OFF
##ON
I : ##HIGH TEMPERATURE
##LOW TEMPERATURE
##MIDDLE TEMPERATURE
##HIGH HUMIDITY
j : ##TEMPERATURE1
##TEMPERATURE2
##TEMPERATURE3
##HUMIDITY
##AC VOLTAGE
##DC VOLTAGE
##DC ELECTIRIC CURRENT
##RECTIFIER UNIT FAIL
##BATTERY ELECTRIC
##H/E EXTERNAL FAN RPM
##H/E INTERNAL FAN RPM
k :
m : ##FIRE
##UPPER FLOOD
##LOWER FLOOD
##TEMPERATURE1
##TEMPERATURE2
##TEMPERATURE3
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##HUMIDITY
##RECTIFIER CABLE OPEN
##FAN CABLE OPEN
##FAN POWER FAIL
##FAN FAIL
##HEAT EXCHANGER POWER FAIL
##HEAT EXCHANGER FAIL
##AC EQUIPMENT HEATER FAIL
##AC BATTERY HEATER FAIL
##FRB DOOR OPEN
##BATTERY DOOR OPEN
##AC FAIL
##HIGH VOLTAGE
##LOW VOLTAGE
##BATTERY LOW VOLTAGE
##MDMC MODULE ERROR
##REC UNIT FAIL
##FUSE RELAY LOSS
##REC ACU COMMUNICATION FAULT
##DC DC FAIL
l :
n : ##NORMAL
##OCCUR
##FAIL
##HIGH
##LOW
##ACTIVE
o : ##NOT END
##END RECORD
p : ACTION INFORMATION
q : ACTOR INFORMATION
r : CANCEL INFORMATION
s : ##PROC_NOT_EQUIP
##PROC_ABNORMAL
##THIS COMMAND IS IN SERVICE
##NOK - BTS TYPE MISMATCH
##NOK - BAMA ABNORMAL
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##NOK - ACU ABNORMAL
##NOK - RECTIFIER ABNORMAL
##NOK - BAMA NO RESPONSE
##NOK - ACU or REC NO RESPONSE
##NOK - UNKNOWN REASON
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4.9. Operation through GUI
4.9.1. Manager Window.
4.9.1.1. Overview.
GUI manager window is the GUI main window managing GUI applications and
communicates with MMI block to exchange GUI information.
4.9.1.2. Operation.
Locate mouse indicator onto the button to display the name of corresponding
application; the pressed button means the corresponding application is on the run; the
application presently not on the run is presented as selectable button status.
4.9.1.3. Suggestions.
Fig. 4.9-1 Manager window
The MMI should be normally on the run because the manager is interworking with the
MMI block.
By accessing X-Window Pixmap file, the XPM file should exist in the XPM directory in
the run file directory, or else, ‘XPM open file Error!’ is displayed and all the block of
the GUI can not be run. Otherwise, if any program that use color palette such as
‘Netscape’ is running, it might not be run because it could not get the palette.
It is recommended using bitmap plane over 16bit to use GUI on the BSM.
4.9.2. Interm Window
4.9.2.1. Overview.
The interm is controlled by the manager; manages the user information and command
Input/Output.
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4.9.2.2. Login.
The login window is displayed as a initial screen and it gets input the user ID and
password. The user should finish the process in 1minute by entering the login ID and
password. If the password is not entered after entering the login ID the system
performs logout automatically to make the user unable to use the user command input
window.
Fig. 4.9-2 Login window.
4.9.2.3. Window Configuration.
It is divided into command result display window, menu bar and command input
window; command processing time content is displayed on the window and
COMPLETED is displayed at the end of the display window.
The menu bar is consisted of commands into the following order: MMI related
command, Loading related command, configuration related command, status related
command, test related command, NO.7 related command, statistics related command,
alarm related command and PREVIOUS menu that execute the command previously
executed.
The prompt should be displayed on the screen in case the input window of lower part
is in standby status, and when the communication with CA of MMI is disconnected the
prompt is not displayed.
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롤
구분자
메뉴
명령어
력
ommand
C
Result Window
Scroll Bar
스크
Menu Bar
Command Input
Fig. 4.9-3 Interm Configuration.
The line between the display window and the input window is a discriminator which
바
바
입
창
can adjust rate of input and display windows by dragging the button on the upper side
with mouse pointer. The display window by the command supports the popup menu to
adjust the display environment. It is divided into background color, text color, text font,
text size, and finish; press button 3 to pop up menu and then user can operate it. The
underlined letter in the pull down menu operation is the accelerator letter. Choosing
Meta + letter, the user can operate it immediately. If the user chooses the utmost part
with dotted line in the menu, the system offers Tear-Off function to operate menu
independently.
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Fig. 4.9-4 CDM Tear-off
4.9.2.4. Operation Command and Usage.
All commands are available in the pop-up menu with mouse as followed and also
available by inputting command manually on the INPUT WINDOW depending upon
command grammar like using shell command in UNIX.
4.9.2.4.1. Command Input Method using POP-UP MENU
Menu Title - User’s
command is on the title
Option
Name –
User’s input option name.
Black should be input Blue
one is can
be omitted
Message Display
Window-
The error message
appears here when invalid
parameter
value is input
Ok Button
When starting operation after
inputting parameter value
-
Parameter Input Field
- Input parameter
value upon
user’s demand
Parameter Tip
-Valid parameter
value appears
Cancel Button
-Canceling the
operation by the user
Fig. 4.9-5 POP-UP window
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