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Network Doctor Reports List

Sr. No. Report No. Report Description

Configuration Management

Network Entities

1 90 NETWORK CONFIGRATION SUMMARY GOOD

2 91M AINTENANCE REGIONS This report lists all Maintenance Regions in the network and the number of objects in them.

3 92 BSCs GOOD

4 93 MSCs This report lists all MSCs in the network.

5 94 HLRs This report lists all HLRs in the network.

6 95

7 96 LOCATION AREAS

8 97 PLMNs

9 99 INST

10 89 BSC OPTION STATISTICS

11 103 ROUTING AREAS

12 54 SEGMENT CONFIGURATION

Find Cells

13 41

14 42

15 43 ALL CELLS WITH LAC AND CI This report lis ts the CIs, LACs and names of all cells in the selected BTS area sorted out according to CI and LAC.

16 44

17 45 This script displays all cells (segments) which have the given Cell Identify and Location Area Code.

18 46

19 47 This report displays all cells which have the given frequency.

20 50

21 51 BTS HAVING GPRS ENABLED TRXS This report provides a lis t of GPRS BTSs and their parameter settings.

This report shows statistics about the capacity of the network.- NSS, DX220, SMSC, VMS network entity sums for each MR and total sum.- BSS network entity sums for each MR and sum over the network.- BTS sums for each MR and sum over the network per band.

This report displays all BSCs in the network and the number of BTSs, LAPDs, PCMs and Gb-interface 64k channels underthem.Only the BTSs and TRXs having an actual parameter set (i.e. those that exist in the network) are counted.

BASE STATION SITES OF AMAINTENANCE REGION

This report lists all base station sites (BCF objects) of the selected maintenance region in alphabetical order.The host BSC is shown as well as the number of BTSs (sectors) in each BS Note that the number of BTSs counts only thoseBTSs which exist in the network, not those which exist in the database only.

The identifiers of all Location Area Codes (LAC) used in the network are presented with the number of cells (BTS) undereach LA.

This report lists all PLMNs created in NetAct database andthe number of objects in them.

BCF SOFTWARE AND HARDWARE TYPESTATISTICS

Report consists of 2 parts.Part 1 reports all the BCFs in the selected area.Part 2 gives summary by BCF types.

All the BSCs in the selected area are reported.Note: Only the options used in the BSC are listed. Information is updated to NetAct database only at upload.Later (at the earliest in T11) the data will be updated automatically.

The identifiers of all Routing Area Codes (RAC) used in the network are presented with the number of used (usd) andunused (nus) cells (BTS) under each RA.Used cell means a cell that is unlocked and its parent BCF is also unlocked.Unused cell means a cell that is locked and/or its parent BCF is locked.

ALL BASE STATION SITES PERMAINTENANCE REGION

This report lists all base station sites of the selected Maintenance Region in alphabetical order. The number of cells (BTS) ineach base station is counted for all existing BTSs in the network

ALL RADIO NETWORK SORTED OUT BY

BSC, BCF AND BTS

This report displays all base station sites sorted out by BSC name, BCF ID and BTS ID. Only those BTSs and TRXs are

reported which have the value, i.e. those created in the network.

FIND BS SITES (BCF) HAVING THEGIVEN CHARACTER STRING IN THENAME

This script displays all BCFs or BTSs which have the given string in the name.Note that the search string is case sensitive! The search is done based on the BCF name.

FIND CELLS HAVING THE GIVEN CI ANDLAC

FIND CELLS HAVING AN ADJACENTCELL WITH THE GIVEN CI AND LAC

FIND CELLS HAVING THE GIVEN

FIND LOCKED BCFs, BTSs, TRXs ANDCHANNELS

This report lists- all locked BCFs- all locked BTSs- all locked TRXs- all locked channels

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Checks

22 65 Normally every adjacency should be towards an existing cell

23 60 ADJACENCY DISCREPANCIES

24 61 NON-SYMMETRICAL ADJACENCIES

25 62

26 69

27 76

28 66 NON-UNIQUE CI AND LAC

29 67 HANDOVER SYNCHRONISATION

30 68 BTS PARAMETER SURVEY

31 63 BTS AUDIT

32 64 MAINTENANCE REGION AUDIT All objects under each BSC are checked if they don' t belong to the same MR as the BSC or to any MR.

33 77 BSC PARAMETER SURVEY

34 78 BTS state conflict between BSC and MSC

35 53 AMR PARAMETERS

36 55 EGPRS PARAMETERS

ADJACENCIES TO NON-EXISTING ORFOREIGN CELLS

This report lists the discrepancies of various parameters between the source cell adjacency parameters and target cellparameters.

This report shows all missing adjacencies assuming that all adjacencies should be symmetrical (bidirectional).The missing adjacencies are sorted out by BSCs and segment names.The maintenance region is checked for source cells.

FREQUENCY CHECK OF ADJACENTCELLS

This report displays all adjacencies where a cell and its adjacent cell have the same frequency (f) or adjacent (f-1 or f+1)frequency.The maintenance region is checked for source cells.For each pair of frequencies also the administrative state (S) of objects (BCF, TRX) is shown as well as the use of TRX(BCCH or TCH).Decoding of states (S):N= No stateU= UnlockedS= Shutting downL= LockedAdjacent cells should never have the same BCCH and BSIC.The same frequencies should not be used in adjacent cells. Also the f-1 or f+1situation should be avoided if possible.Note: If the TRX is a BCCH TRX, the output power is maximal all the time.

ADJACENT CELL DOUBLE

FREQUENCIES

This report lists all cells having adjacent cells with the same

frequency. This is a potential source of interference.Note: Every occurrence is listed twice.Input parameters: BTS areaInstructions: The reported pairs of target cells have to be checked with network planners.

ADJACENT CELLS OF A CELL HAVINGTHE SAME NCC,BCC AND FREQUENCY

This report shows pairs of cells that are adjacent cells of the same source cell and have the same NCC, BCC and BCCHfrequency.

This report contains all CI-LAC pairs that have been defined for at least two master BTSs.A CI-LAC pair must be unique throughout the entire network on segment level, but not on BTS level.

This report lists all adjacencies- that are in the same BS site but are not synchronous. This is serious and may result in call failures and decrease. voice quality- that are not in the same BS site but are synchronous. This is serious and can result in call failures

A synchronous HO means that the MS uses the old value of timing advance. A non-synchronous HO means that the MSfinds the new value of timing advance. Normally only adjacent cells in the same site are synchronous for HO.

This report shows the usage of the parameters in the network or part of it, including objects that have the value in c_bts.Instructions: Use the report 063 to find out the parameter differences on the BTS level.

The checking is done over the BTSs in the selected area that use the defined band. The defaults are listed below. Alldiscrepancies are reported.A comparison is made against the defaults stored in NetAct database. If the defaults are not yet generated they are insertedby this script.There is one default set for each of four possible bands:GSM900, GSM1800, GSM1900, GSM850.The defaults can be modified by using GUI.Instructions:1) Run this report against a cell that you would like to use as default.

. Then you will see how the defaults differ from the model cell.2) Correct the defaults by using GUI.3) Run the report over a larger area of cells.

This report shows the usage of the BSC-parameters in the network or part of i t. The count of BSCs on the area selected.Instructions: Use the report 078 to find out the parameter differences.

This report checks if the administrative state of BTS in MSC is different than the state in BSC, i.e.- Case 1: cell unlocked in MSC but either BCF or BTS is locked in BSC- Case 2: cell locked in MSC but BCF and BTS are unlocked in BSC (causes LUs)

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Adjacencies

37 70 This report shows the number of adjacencies for each cell in the network where this number exceeds the threshold.

38 71

39 72

40 73 UNDEFINED ADJACENT CELLS

41 74 ADJACENCIES OF CELLS

42 75

Named Parameter Set Audit

43 80

44 81 NAMED SETS USED

45 82 ALLOCATION OF A NAMED SET This report shows the allocation of the given named set in the market.Frequincies

46 110 OCCURRENCE OF FREQUENCIES

47 111 FREQUENCY PLAN This report shows frequency plan related information about a BTS.

Cell Coverage

48 231

49 232 In this report the cells are listed with the distance range.

50 234

Fault Management51 20 ALARM STATISTICS

52 36 NUMBER OF ALARMS PER OBJECT

53 34 ALARM TYPES AND COUNTS

54 35 ALARM TYPES AND COUNTS FOR BSC GOOD

55 23

56 24

57 25ALARM SUM TIME BY CELLS The sum time of selected alarm is calculated for each BTS (cell) in minutes over the given period.

58 27

59 30BSC ALARM BREAKDOWN Alarms (ID given by user) received from the network are presented for all MSCs over 10 days.

BTSs WITH MAXIMUM NUMBER OFADJACENCIES

CELLS WITH MINIMUM NUMBER OFADJACENCIES

All cells should have at least one neighbour, and cells with fewneighbours are unusual. This report helps detect cells withtoo few defined neighbours.

DEFINED, UNDEFINED AND USEDADJACENCIES OF A CELL

This report shows the defined adjacencies (from NetAct database) and undefined adjacencies as seen and reported by aBSC.

This report gives all undefined adjacent cells UAC (cells measured by MS but not defined as neighbour of the serving cell)for all BTSs in the selected area. This information can be used to check the network plan for adjacencies.

For each adjacency the following parameters are given as the output.LAC Location area code of the target cell.CI Cell identification of the target cell.BCC Base station colour code of the target cell.FREQ BCCH frequency of the target cell.

BTSs WITH MAX NBR OF ADJACENCIESTO DIFFERENT LOCATION AREAS

NUMBER OF NAMED PARAMETER SETSPER OBJECT TYPE

This report shows the number of named sets for BTS objects.Actual, Lastomc, Default, Backup and Clipboard sets are not counted. If the number is high (thousands in the wholenetwork), it should be studied if the sets are really needed.

This report shows all named sets used in a Maintenance Region or network. Actual, Lastomc, Default and Clipboard sets arenot presented because they are usual.

This report shows the number of occurrences of each frequency.Only frequencies of used TRXs (TRX and its parent objects are unlocked) are counted.

CELLS BY DOMINANT DISTANCERANGE

In this report the cells are listed according to the dominant distance range, in other words the range having the biggest shareof the meas. samples. The Distance Range is based on Timing Advance.

DISTANCE RANGE DISTRIBUTION PERCELL

TIMING ADVANCE DISTRIBUTION PERTRX

This report analyses the TCH observation recods and counts the distribution of the Timing Advance values per each TRX ofthe selected BTS.Occur Nbr of records havign the TA value.Share Percentual share of the records with the TA value out of all records.

There are five defined alarm classes: Critical (***), Major (**),Minor (*), Warning (W)This script analyses the alarms stored for the time period defined,and counts the number of instances of each alarm class.The script also reports on alarm counts for different network entities

This report shows the number of alarms per object type. It has two parts. The first part gives the alarm statistics by alarmseverity class, the second part shows the common statistics.The objects BCF, BTS, and TRX counted in this report are real working ones, i.e. all of them are unlocked and their parentsare unlocked.

This report checks NetAct database for different types of alarmsand lists the alarming object, alarm ID, alarm name and alarm count for each alarm type within the given period. The checkis performed for the wholenetwork.

This report checks NetAct database for different types of alarms

and lists the alarm urgency class, amount of alarm, alarming object, alarm ID and alarm name for each alarm type within thegiven period and selected BSC(s). The list is sorted by urgency class and the amount of alarms. In order to find out thesources and occurrences of a particular alarm you may run report 030.

ALARM-SPECIFIC STATISTICS FOREACH BTS

All alarms with a given id that are started within the given periodare arranged with alarm start time shown in descending order.

ACTIVE BCCH MISSING (2567,7767)ALARMS

The 'BCCH missing' alarm stands for cell outage. These alarms are listed in chronological order per BSC.In S7, the alarm ID changes from 2567 to 7767. This report searches for both IDs.

BTS OUTAGE BREAKDOWN OVER 10DAYS

The BCCH missing alarms (2567 until S7, 7767 since S7) receivd from the area during the given period are presented for allBTSs over a period of 10 days. The number in the table means the number of occurrences of 'BCCH missing' alarms (i.e. thestart of BTS outage) during the day.Note that the BCCH missing alarm means that the BTS has been down.

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Performance Management BSS

BSS PM Administration

60 127 This report shows the date and time of last records available in NetAct for each measurement type.

61 121

62 122

63 126

64 124 This report shows all BTSs/TRXs per obsevation type having records in NetAct database.

65 125

SDCCH and TCH Access, availability

66 134 CELLS HAVING RACH REJECTIONS

67 130 CELLS HAVING SDCCH CONGESTION This report shows each measurement period having SDCCH congestion over the given threshold.

68 135 CELLS HAVING TCH CONGESTION This report shows each measurement period having TCH congestion over the given threshold.69 138

70 139

71 131 NO

72 132

Handover

73 150

74 157

75 155 TRHO handovers (AMH)

76 156 DADLB handovers

77 153

78 159

79 151 COMMON BCCH, MULTI-BCF HO

80 154 The cells are listed in the order of selected cause. Value '0' in all columns means that there has been no handovers.

81 158

LAST BSS MEASUREMENT RECORDTIMES

FIRST AND LAST BSS MEASUREMENTRECORD TIMES FOR EACH BSC

This report shows by BSCs the date and time of the first and last records available in NetAct database for the selectedmeasurement type.First record (start time) Start time of the first measurement record.Last record (start time) Start time of the last measurement record.Period duration max. Maximum of period durations.Period duration min. Minimum of period durations.

RECORDS FOR A MEASUREMENTTYPE, OVER BTS AREA

This report shows the number of records, minimum reporting period and maximum reporting period for every hour havingmeasurement results for the selected measurement type. The hour and minutes shown is the beginning time of themeasurement period.

RECORDS FOR A MEASUREMENTTYPE, OVER BSC

The number of records, minimum reporting period and maximum reporting period are reported for every hour havingmeasurement results for the selected measurement type.

TCH AND SDCCH OBSERVATIONSRECORDS

CELLS HAVING UNDEFINED ADJACENTMEASUREMENT RESULTS

This report lists all cells for which there are undefined adjacent cell measurement results in NetAct database. Thisinformation is needed before using the report 072.

The report gives the following figures sorted out by the selected column for all cel ls meeting the thresholds. For rejectionsboth the % value and the absolute sum are counted. The % values are counted in proportion to counter c3004 (Channelrequired msg rcvd).

CELLS HAVING HIGH TCH RAWBLOCKING

This reports lists all cells having 1 % or more TCH assignsrejected because of lacking resources.

CELLS HAVING UNAVAILABLE RADIOTIME SLOTS (TSL)

The output is sorted out by the number of hours and BSC name.Only cells with average number of non-available TSLs over the given threshold are reported.

UNAVAILABILITY CLASSIFICATION PERBSC

This report shows for each BSC in the network:Unava. due to user (%) /uav_4 Share of unavailability caused by user.Unava. due to int. (%) /uav_5 -"- caused by internal reasonsUnava. due to ext. (%) /uav_6 -"- caused by external reasonsUnava. TRX time due to user (min) /uav_7 TRX unavailability time caused by user.Unava. TRX time due to int. (min) /uav_8 -"- caused by internal reasonsUnava. TRX time due to ext. (min) /uav_9 -"- caused by external reasonsMeasurement used: p_nbsc_trx_avail

CELLS HAVING SMS ESTABLISHMENTFAILURES

This report shows cells having SMS establishment failures over a given period. This report can be run on BTS or segmentlevel.

Nbr of SMS est.attempts /sms_4 Number of SMS establishment attempts.SMS flr % on TCH /sms_2 SMS establishment failure ratio on TCH.SMS flr % on SDCCH /sms_3 SMS establishment failure ratio on SDCCH.Tot SMS flr % /sms_1 Total SMS establishment failure ratio.Measurement used: p_nbsc_res_access

CELLS HAVING HIGH HO FAILURERATIO

This report shows HO failure rates for all cells sorted out by failure rate. Note that HO failure does not yet mean a droppedcall because in most cases the call is successfully returned to the old channel.The target for an acceptable HO failure rate has to be set by the operator but generally it should stay under 10% for normalsites.

CELLS HAVING HIGH HOATTEMPTS/CALL RATIO

For each cell:HO/calls ratio (%) /trf_13e Doesn't include intra-cell HOs.Number of handovers /c1008 TCH seizures for HONumber of calls /trf_39a TCH seizures for new call. (normal, DR and FCS)

Measurement used: p_nbsc_ho, p_nbsc_traffic

This report shows the counters related to Advanced Multilayer Handling for thosecells that have either TCH requests for a BSC controlled TRHO or HO attemptsto other cell due to BSC controlled TRHO.TRHO att (src) c4035 HO attempts to other cell due to BSC controlled TRHO. (triggered in source cell where as other counters. are triggered in target cell)TRHO req (tgt) c1167 TCH requests for a BSC controlled TRHOTRHO seiz(tgt) c1168 Successful TCH seizures for BSC controlled TRHOTRHO rej (tgt) c1169 Rejected TCH requests for a BSC controlled TRHO due. to exceeded load in the target cellMeasurement used: Traffic, Handover

This report shows the counters related to DADLB (Direct Access to Desired Layer or band) per selected object levelarea/BSC/BTS) and per selected time aggregation (total/daily/hourly). In a BTS level report M indicates the Master BTS of

the segment.ADJACENCIES HAVING HIGH HOFAILURE RATIO

Part 1:-This report gives a list of adjacencies for the HO type you have selected, either all or only those between different bands,and both the HO failure ratio and the number of HO attempts that equal or exceed the given thresholds.Part 2 :-This report gives the summaries of HOs between frequency bands. Depending on your selection, either all HOs or only thosebetween different bands are shown.Part 3 :-This report gives the summaries of HOs between BCF types. The BCF type of the master BTS of the segment is used in thereport.

WCDMA ADJACENCIES HAVING HIGHHO FAILURE RATIO

Performance indicators used in this report:c93002 Number of inter-system HO attempts to the WCDMA RAN cell.blck_27 HO blocking percentage to target WCDMA cell.hfr_69 HO failure percentage of non-blocked HO attempts to the WCDMA cell.hfr_70 HO failure percentage of non-blocked HO attempts from the WCDMA cell.

blck_28 HO blocking percentage from target WCDMA cell.c93005 Number of inter-system HO attempts from the WCDMA RAN cell.Measurement used: p_nbsc_utran_ho_adj_cell

Note that only the counters from HO measurement are used when you run the reporton BTS or segment level because CC PM measurement is on BSC-level.Measurements used: p_nbsc_ho, p_nbsc_cc_pm (only in BSC-level report)

HO ATTEMPT CAUSE DISTRIBUTION BYCELLS

INTRA BSS HO OBSERVATIONSTATISTICS

This report counts the HO attempts, failure % and drop % for various HO cases.HO Drop % 100*(sum of HOs with ho_fail_cause = 6) / nbr of HOsHO Fail % 100*(sum of HOs with ho_fail_cause != 0) / nbr of HOsObservation used: p_nbsc_int_ho_obs

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Drop Call

82 160 Measurement used: p_nbsc_traffic, p_nbsc_ho, p_nbsc_service

83 162 Measurement used: p_nbsc_traffic, p_nbsc_ho

84 163

85 164 TRANSCODER FAILURES NO

86 166 SDCCH DROP RATIO PER CELL

87 167

Traffic and Load

88 180

89 181

90 182 BUSY HOUR TRAFFIC FOR ALL CELLS Measurement used: p_nbsc_res_avail, p_nbsc_traffic

91 183 LOW TRAFFIC CELL CHECK-UP

92 184 GOOD

93 185 CELLS HAVING MAXIMUM TCH TRAFFIC

94 186

95 187 CELL LOCATION UPDATES

96 189

97 202

98 222 CALL DISTRIBUTION PER LA Measurement used: p_nbsc_res_access.

99 236 CELLS HAVING MAX. HTCH TRAFFIC

100 224

Interference, Quality and Link Balance

101 190

102 196

103 197 UL AND DL QUALITY PER TRX Measurement used: p_nbsc_rx_statistics

104 244

105 245

106 246

107 195TRXS BY DL AND UL LEVEL BALANCE Measurement used: p_nbsc_power

108 198

109 191

110 208 LINK BALANCE PER TRX

111 199 LINK BALANCE OF AN AREA

TCH DROP CALL STATISTICS BY DAYSACROSS AREA

TCH DROP CALL STATISTICS PER DAYIN EACH BSC

CELLS HAVING HIGH TCH DROP CALLRATIO

Measurements used: Traffic, Handover, Service, Res. Avail.Note: This report covers the calls after a successful TCH seizure attempt.

The sums of failures are counted over the given time period.Measurement used: p_nbsc_traffic

Measurement used: p_nbsc_traffic, p_nbsc_res_accessNote: This report covers calls in the SDCCH phase.

CELLS HAVING HIGH DROP CALLCOUNT IN HANDOVERS

This report lists all cells having drop calls in handovers more than the given threshold. The distribution of drop calls is givenfor each cell.

TCH TRAFFIC (ERLANG) PER HOURFOR EACH BSC OR MR

Reported for each BSC or MR:Traffic /trf_1a TCH CS traffic in ErlangCongestion /cngt_1 Congestion time in secondsAvail TCHs /ava_5 Number of available TCHsMeasurement used: p_nbsc_res_avail

DAILY TCH TRAFFIC PROFILE FOR ABTS

Measurement used: p_nbsc_traffic, p_nbsc_res_avail, p_nbsc_res_accessNote: The results are shown only for those hours when there are results from Traffic and Resource Availabilitymeasurements.

The cells are analysed to find out the number of hours when the following condition is fulfilled:. (SDCCH_SEIZ_ATT=0) OR. (SDCCH_ASSIGN=0) OR. (TCH_HO_SEIZ=0 AND TCH_NORM_SEIZ>0) OR. (TCH_NORM_SEIZ=0 AND TCH_HO_SEIZ>0)The condition means that the hour is counted if there are no SDCCH seizure attempts or assignments or there are only HObids or only call bids.Measurement used: p_nbsc_traffic

BSC UNIT LOAD PER HOUR FOR EACHBSC

For every processor unit of all BSCs:Avg load /trf_20 Average load of unitMin peak load /c6004 Minimum peak load of unitMax peak load /c6004 Maximum peak load of unitPeak hour /c6007 Time when maximum peak load of unit occursFor processor units the average load of 70% is critical and the average of 60% should not be exceeded. For MB the averageload should not exceed 50%.Measurement used: p_nbsc_load

Measurements used: p_nbsc_traffic. p_nbsc_res_avail. p_nbsc_ho. p_nbsc_dual_band

CELLS HAVING MAXIMUM PAGINGTRAFFIC

The cells are reported in the order of number of paging messages sent.Measurement used: p_nbsc_res_access

The BTSs are reported in the order of average LU counts (Avg LU). A high LU amount can cause SDCCH blocking. Onepossible reason is a MS moving across LA border in idle mode. A high number of HOs from other LAs may also mean a highnumber of idle MSs moving from another area.Measurement used: p_nbsc_traffic, p_nbsc_res_access, p_nbsc_res_avail, p_nbsc_ho_adj

CELLS SORTED OUT BY SDCCH ORTCH HOLDING TIME

Measurement used: p_nbsc_res_availFor each cell reported:Average SDCCH holding time /trf_4Average FTCH holding time /trf_5

CELLS HAVING MOST DELETEINDICATIONS and P-IMM.ASS.NACK

This report shows the BTSs with reference to the greatest number of delete indication messages and P-ImmediateAssignment NACK in descending order.Measurement used: p_nbsc_res_access, p_nbsc_packet_control_unit

This report lists either all cells having HTCH available or HTCH traffic.Measurement used: p_nbsc_res_avail

CELL TRAFFIC 7-DAY/24-HOURBREAKDOWNS

This report gives the 7 days / 24 hours break-down of TCH traffic (trf_12b) Erlangs.Measurement used: p_nbsc_res_avail.

CELLS HAVING UL INTERFERENCE,24-HOUR/10-DAY BREAKDOWNS

PART 1 :-The first report shows the cells with interference, averaged across segment, and the hour for the period given.PART 2:-The second report shows the breakdown of interference, over 24 hours of each of the last ten days. The values per hourmean the percentage of time slots out of band 1. The higher the value, the worse the interference. A blank value stands formissing PM data; it does not mean that there isn't any interference.

Used counter formula: itf_1Measurement used: p_nbsc_res_avail

UL AND DL QUALITY, ULINTERFERENCE PER TRX,24-HOUR/10-DAY BREAKDOWNS

PART 1: TRX HIT LISTPART 2, INTERFERENCE PROFILEPART 3: FREQUENCY PROFILE

Measurement used: p_nbsc_rx_qual, p_nbsc_power (mandatory)

Distribution of call samples by codecs andquality classes (BER)

This report shows the call sample distribution for AMR and nonAMR modes. You can choose Time (total, day, hour) andobject aggregation level (TRX, BTS, BSC, whole area, MR). On BTS summary level the l ist is sorted by the number of callsamples, otherwise by object names and time.Measurements associated: p_nbsc_rx_qual

Distribution of call samples by codecs andquality classes (FER) dynamic time andobject aggregation

This report shows call sample distribution over all used codec types and FER classes.Time (total,day,hour) and object aggregation level ( TRX, BTS,BSC,whole area,MR, TRX) can be chosen.Measurements associated: p_nbsc_fer

AMR call time and quality, dynamic timeand object aggregation

This report shows the KPIs for checking- interference- call time: non-AMR, FR AMR, FR AMR (see report 244 for more details)- BER based quality KPIs (see report 244 for more details)- FER (UL) and FEP (DL) based quality KPIs (see report 245 for more details)Measurements associated: p_nbsc_power, p_nbsc_rx_qual, p_nbs_fer (TRX level measurements)

CELLS BY DOMINANT LINK BALANCERANGE

In this report the cells are listed according to the dominant path balance range, i.e the range having the biggest share of thepath balance measurement samples.MS pwr level path bal (dB) Difference between UL and DL signal levels.Share in range (%) Share of path balance measurements.Measurement used: p_nbsc_link_balance

CELLS HAVING BAD LINK BALANCE (DL,UL)

For each cell the share (%) of samples in the given range is counted. Cell having less than the given % of samples in therange are reported.Measurement used: p_nbsc_link_balance

This report counts the power loss balance between UL and DL for each TRX of each cell of the selected area. In this report itis assumed that the max BS power is 44.7 dBm.Measurement used: p_nbsc_power

For the given period the matrix contains the share (%) of eachcase and the total number of samples over the period.Measurement used: p_nbsc_link_balance

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IUO

112 401 Measurement used: p_nbsc_underlay

113 403 Measurement used: p_nbsc_underlay, p_nbsc_traffic, p_nbsc_ho

114 402

115 400 IUO COUNTERS OF A CELL

116 405

117 404 IUO MEASUREMENT DATA PER BTS Measurement used: p_nbsc_underlay

118 407 C/I STATISTICS

Call Success

119 250 CELLS BY CALL SUCCESS RATIO

120 251 CALL SUCCESS PROFILES OF A CELL Measurement used: p_nbsc_traffic, p_nbsc_ho, p_nbsc_res_access, p_nbsc_service

BSS transmission availability and quality

121 518 TRANSMISSION STATISTICS

122 515 DMR PROFILE Measurement used: p_nbsc_dmr

123 516 DN2 PROFILE Measurement used: p_nbsc_dn2

124 517 TRU PROFILE

125 522 BSC ET PROFILE NO

126 523 TCSM ET PROFILE

127 525 TRE PROFILE

128 526 TRE-SEL PROFILE

(E)GPRS

129 229 GPRS KPIs

130 226 (E)GPRS KPIs

131 237 UL PS TRAFFIC

132 238 DL PS TRAFFIC

133 239 TERRITORY UPGRADE, DOWNGRADE

134 228

135 254 TBF PI

136 240 FRAME RELAY

137 243 FRAME RELAY

138 255 PBCCH AVAILABILITY PI

139 280 DYNAMIC ABIS

140 270 Quality of Service PI Measurements associated: p_nbsc_qos

141 275 EGPRS RLC STATISTICS Measurement used: p_nbsc_coding_scheme

142 211 CELL DOCTOR

143 213 BTS DOCTOR

144 235 GPRS COUNTERS

145 700 CELL RELATED SGSN COUNTERS

146 51BTS HAVING GPRS ENABLED TRXS This report provides a list of GPRS BTSs and their parameter settings.

147 103 ROUTING AREAS

148 257 SLEEPING GPRS BTSs HUGE REPORT

IUOCELLS BY AVERAGE TRAFFICABSORPTION TO SUPER TRXs

KPI Statistics for IUO-Cells(based on average Traffic not Busy Hour)

IUOCELLS BY BUSY HOUR TRAFFICABSORPTION TO SUPER TRXs

The absolute busy hour by traffic is defined for each cell and for this hour the absorption of the traffic to super TRXs iscalculated.

This report shows counter information about IUO for one cell.Measurement used: p_nbsc_traffic, p_nbsc_underlay, p_nbsc_rx_qual, p_nbsc_ho, p_nbsc_res_avail

FREQUENCY CHECK OF ADJACENTCELLS (IUO SUPER TRX EXCLUDED)

This report displays all adjacencies where a cell and its adjacent cell have the same frequency or adjacent frequency.The Selected Area is checked for source cells.For each pair of frequencies also the administrative state (S) of objects (BCF,BTS,TRX) is shown as well as the use of TRX(BCCH or TCH).

C/I Ratio measurement is an optional feature of BSC (BSS6081). It collects data on every call ongoing in the test cell and itsinterfering cells.Measurement can be activated only for one BTS in one BSCInterfereing cells can compose either all adjacent cells or 6 g iven cells.When MS is in test cell the DL C/I ratio is the ratio of DL signal level of test cell to that of each interfering cell.When MS is in interfering cell theDL C/I ratio is the ratio of DL signal level of the interfereing cell to that of the test cell.Measurement used: p_nbsc_ci_ratio

Measurement used: p_nbsc_traffic, p_nbsc_ho, p_nbsc_res_access, p_nbsc_res_avail

1. DMR - Measurement used: p_nbsc_dmr2. DN2 - Measurement used: p_nbsc_dn23. TRU - Measurement used: p_nbsc_tru_bie4. BSC-ET5. TCSM-ET

Measurement used: p_nbsc_tru_bieNote: If abnormality indication is selected, then only those ETs are shown where ava_80 orerr_sec_severe>0

BSC-ET. Availability and qualityMeasurement used: p_nbsc_et_bsc

TCSM-ET. Availability and qualityTCSM-ET. Missing signals and frame alignments.TCSM-ET. Alarm indications.TCSM-ET. Frame errors and slips.Measurement used: p_nbsc_et_tcsm

This report contains statistics about Q1-generation transmission elements related to the feature BSS8120.Measurement used: p_nbsc_tre

This report contains statistics about Q1-generation transmission elements related to the feature BSS8120.Measurement used: p_nbsc_tre_sel

This report allows to generate a GPRS KPI table with various object and time aggregation levels.The table is sorted out by RLC data volume trf_74 (UL and DL) if the time aggregation is the whole period. Otherwise it isBSC, BTS id and time.In a BTS level report M indicates the Master BTS of the segment.This report is normally used so that you first run the report withaverage time aggregation and when you find an interesting BTS, zoom into that by using the daily or hourly timeaggregation. Avoid using hourly time aggregation with large BTS areas and long periods of time (long output, higher load onthe system)Measurements used: p_nbsc_traffic,. p_nbsc_packet_control_unit,. p_nbsc_res_avail,. p_nbsc_res_access

This report allows to generate an EGPRS KPI table with various object and time aggregation levels.The table is sorted out by total RLC data volume trf_74+trf_167 (UL and DL) if the time aggregation is the whole period.Otherwise it is BSC, BTS id and time.

This report is normally used so that you first run the report withaverage time aggregation and when you find an interesting BTS, zoom into that by using the daily or hourly timeaggregation. Avoid using hourly time aggregation with large BTS areas and long periods of time (long output, higher load onthe system)Measurements used: p_nbsc_res_avail,. p_nbsc_traffic,. p_nbsc_packet_control_unit,. p_nbsc_coding_scheme

This report shows the uplink PS traffic and its components.List is ordered by the traffic but in case daily or hourly time aggregation it is ordered by the object and time.Measurement used: PCU

This report shows the downlink PS traffic and i ts components.List is ordered by the traffic but in case daily or hourly time aggregation it is ordered by the object and time.Measurement used: PCU

With BTS level summary the list is ordered by territory upgrade requests otherwise it is ordered by the object and time.

Measurement used: Traffic, Resource Availability

CELLS BY MULTISLOT REQUESTS ANDALLOCATIONS

This report can be run on BTS or Segment level.Measurement used: PCU

This report shows the TBF related PIs.Measurement used: p_nbsc_packet_control_unit

Measurement used: Frame RelayNote: For UL congestion there is an alarm 3027

Measurement used: Frame RelayNote: For UL congestion there is an alarm 3027.

This report shows statistics for PBCCH availability.Measurement used: p_nbsc_pbcch_avail

This report can be used to:. - find pools where the pool capacity is not adequate and to reconfigure. cells for using pools where capacity is available.

. - check which cells are in the pool.Measurement used: p_nbsc_dynamic_abis

This report shows detailed and versatile information about a cellin relation to its behaviour.The report allows you to see by one command many aspects about the cell and use this information to correlate the eventsand make the diagnosis.

This report shows detailed and versatile information about a cellin relation to its behaviour.The report allows you to see by one command many aspects about the cell and use this information to correlate the eventsand make the diagnosis.

This report gives the sum (or maximum in the case of a peak value counter) of all GPRS counters. You can use these figuresfor verifying the KPI formulas or learnig about the basic counter level.

This report gives the sum (or max in case of peak value counter) of all counters. These figures can be used for verifying theKPI formulas or learnig about the basic counter level. Only those measurements are covered that provide data on cell level.Measurements used: p_sgsn_mobility_management, p_sgsn_session_management, p_sgsn_sms

The identifiers of all Routing Area Codes (RAC) used in the network are presented with the number of used (usd) andunused (nus) cells (BTS) under each RA.Used cell means a cell that is unlocked and its parent BCF is also unlocked.Unused cell means a cell that is locked and/or its parent BCF is locked.

Measurements used: p_nbsc_packet_control_unit p_nbsc_res_accessPART I - BTSs matching condition 1PART II - BTSs matching condition 2PART III - Summary of Sleeping GPRS BTSs report

8/8/2019 Network Doctor Report List Chayan

7/7

AMR

149 244

150 245

151 246

152 247 Transcoder failure ratio

153 248 Codec set modification failure ratio

154 249 AMR COUNTERS SUMMARY

155 53 AMR PARAMETERS

Position based services (PBS)

156 260

Other BSS PM

157 220 CLEAR CODE STATISTICS

158 203 Measurement used: p_nbsc_cc_pm

159 233 CELLS BY MS SPEED Measurement used: p_nbsc_ms_speed

160 241 HSCSD COUNTERS

161 242 HSCSD KPIS

Benchmark and analysis162 200

163 204 NETWORK BENCHMARK STATISTICS

164 207

165 800 QUALITY SURVEY

166 205

167 206

168 212 BSC DOCTOR BSC Doctor gives versatile information about the selected BSC.

169 216 BTS ANALYSER

170 221 BASE STATION SITE CHECK

171 211 CELL DOCTOR

172 213 BTS DOCTOR

173 215 AVAILABILITY PER BSC UNIT

174 217

175 225 Drop call trace

176 223 Handover cause stats, BSC internal Hos

Distribution of call samples by codecs andquality classes (BER)

This report shows the call sample distribution for AMR and nonAMR modes.Measurements associated: p_nbsc_rx_qualPART 1

Distribution of call samples by codecs and quality classesPART 2

Distribution of call samples by codecs andquality classes (FER) dynamic time andobject aggregation

This report shows call sample distribution over all used codec types and FER classes.Measurements associated: p_nbsc_ferPART 1

Distribution of call samples by codecs and quality classes (ulq_3,dlq_3)PART 2

AMR call time and quality, dynamic timeand object aggregation

This report shows the KPIs for checking- interference- call time: non-AMR, FR AMR, FR AMR (see report 244 for more details)- BER based quality KPIs (see report 244 for more details)- FER (UL) and FEP (DL) based quality KPIs (see report 245 for more details)Measurements associated: p_nbsc_power, p_nbsc_rx_qual, p_nbs_fer (TRX level measurements)

This report shows TCH seizure and failure statistics for different speech codecs.Measurements associated: p_nbsc_traffic

This report shows seizure and failure statistics for codec set modifications.Measurements associated: p_nbsc_traffic

This report gives the sum of all AMR related counters.

These figures can used for verifying the KPI formulas orlearnig about the basic counter level.Measurement used: p_nbsc_traffic, p_nbsc_rx_quality

TCH DROP CALL STATISTICS BY DAYSACROSS AREA

Measurement used: p_nbsc_traffic, p_nbsc_ho, p_nbsc_serviceNote: This report covers the calls after a successful TCH seizure attempt.

This report displays for the selected BSC- The number of calls per a clear code counter- The number of calls per phase and clear code.

LOCATION UPDATE SUCCESS RATIOPER BSC

This report gives the sum (or max in case of peak value counter) of all counters. These figures can used for verifying the KPI

formulas or learnig about the basic counter level.Measurement used: p_nbsc_high_speed_data

This report shows the KPIs for HSCSD on BTS or BSC or area level.Measurement used: Traffic, HSCSD

PERFORMANCE STATISTICS(BENCHMARK)

You can select this report to show data from the following areas:- object information- basic parameter settings- daily performance statistics- adjancency checkMeasurement used: p_nbsc_ho, p_nbsc_traffic, p_nbsc_res_access, p_nbsc_res_avail, p_nbsc_rx_qual, p_nbsc_service

This report provides versatile information about the selected BTS area.- objects

- key parameters- Key Performance IndicatorsMeasurement used: p_nbsc_traffic, p_nbsc_ho, p_nbsc_power, p_nbsc_res_access, p_nbsc_res_avail, p_nbsc_rx_qual,p_nbsc_rx_statistics, p_nbsc_service p_nbsc_fer, p_nbsc_pbcch_avail

PERFORMANCE PROFILES FOR AREA(24-HOUR/10-DAY BREAKDOWNS)

This report provides 10-day profiles of the indicators listed below.- SDCCH availability- SDCCH usage- TCH availability- TCH usage- TCH traffic- SDCCH access probability- SDCCH success ratio- TCH access probability- TCH success ratioMeasurement used: p_nbsc_traffic, p_nbsc_res_avail, p_nbsc_res_access, p_nbsc_ho

This report calculates the basic set of BSS KPIs used to evaluate the quality of the network.Measurements used: p_nbsc_traffic, p_nbsc_ho, p_nbsc_res_access, p_nbsc_res_avail, p_nbsc_rx_qual, p_nbsc_service

BTS GSM KPI/PI table, dynamic object andtime aggregation

This report offers the most practical PIs and KPIs to analyse BTS performance.Measurements associated:p_nbsc_res_avail, p_nbsc_traffic, p_nbsc_ho, p_nbsc_res_access, p_nbsc_service,p_nbsc_packet_control_unit, p_nbsc_rx_qual, p_nbsc_high_speed_data, p_nbsc_fer

TRX level GSM KPI/PI table, dynamic timeand object aggregation

This report shows the PIs and KPIs that are useful at least on TRX level.Measurements associated:p_nbsc_res_access, p_nbsc_power, p_nbsc_rx_qual (TRX level measurements)

This report shows detailed and versatile information about a cellrelated to its behaviour. This is the prime report to troubleshoot a cell.

This report gives basic information about all cells of a BS site.Measurement used: p_nbsc_traffic, p_nbsc_ho, p_nbsc_service, p_nbsc_res_avail.

This report shows detailed and versatile information about a cellin relation to its behaviour.

This report shows detailed and versatile information about a cellin relation to its behaviour.

This report shows for each unit of each BSC the total disconnection time and total number of restarts over the given timeperiod.Measurement used: p_nbsc_avail

SDCCH, TCH and BSC OUT HOOBSERVATION STATISTICS

This report gives statistics of all SDCCH and TCH observations.The sums of different cause_out's are shown for each phase-out and per observation object.

This report gives drop call details for the selected BTS over the give time period contains the following parts:Part 1:Configuration of the BTS Gives necessary generic infoPart 2:Dropped calls summary Gives overview.Part 3:

Drop call trace Gives details that are helpful in troubleshooting.Data is organised in order of the tracing reference. Each trace is an indvidual drop.Measurement used: p_nbsc_dc_obs (optional feature Drop Call Trace Window in BSC)

This report shows the counts of handovers by causes and failed HO causes for each cell pair having records in InternalHandover Observation table.Observation used: (p_nbsc_int_ho_obs)