MRR原始数据编码方式是怎么样的？

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问题已开启 (普通问题)

MRR原始数据编码方式是怎么样的？

MRR原始数据编码方式是怎么样的？

我需要自己编写一个软件，对MRR原始数据进行解码。故我现在需要知道怎么对MRR原始数据进行解码，望有高人能指点一下。谢谢！！！

提问者: 酱油坊工作室提问时间: 2012-08-17

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问题答案 ( 2 )

我觉得解析MR没那么简单吧，至少要懂了协议格式以后再去研究MR格式才可以，如果有那么容易的话，那别人做MR解析的公司不是垮台了？

回答者： wudu 回答时间：2012-08-19 12:40

楼上说的MR解析指的是第三方从Abis里面自己收集测量报告，那个是私有的，自然就很复杂。

爱立信的MRR指从BSC里面提取已经收集好的MRR文件，只要解析文档结构就行。 ALEX里面有完备的数据字段格式文档，写得非常详细。

PRINTOUT DESCRIPTION 1/190 83-CNT 248 1121 Uen C

© Ericsson 2003, 2005 - All Rights Reserved
MRRFIL
Contents

1
Function

1.1
Measurement Result Recording Output

1.2
Output Irregularities

1.3
Naming Conventions

2

Structure

2.1
File Structure

2.2
Block Structure

2.3
Data Representation

3

File Format

3.1
Record ADMINISTRATIVE

3.2
Record UPLINK AND DOWNLINK SIGNAL STRENGTH CELL DATA

3.3
Record UPLINK AND DOWNLINK SIGNAL QUALITY CELL DATA

3.4
Record BTS AND MS TRANSMIT POWER LEVEL CELL DATA

3.5
Record ACTUAL TIMING ADVANCE CELL DATA

3.6
Record UPLINK AND DOWNLINK PATH LOSS CELL DATA

3.7
Record PATH LOSS DIFFERENCE CELL DATA

3.8
Record NUMBER OF MEASUREMENT RESULTS CELL DATA

3.9
Record UPLINK AND DOWNLINK FRAME ERASURE RATE CELL DATA

4

Printout Type

5

Printout Block

6

Glossary

7

Reference List

7.1
Application Information

1 Function
1.1 Measurement Result Recording Output
This printout is a file printout. It contains result data from the Measurement Result Recording function. The measurement results are collected in Radio Control Subsystem (RCS) on connections established on Traffic Channels (TCH).
1.2 Output Irregularities
In case of external disturbances of the output, such as system restart, device fault or end of medium, it may happen that some data is lost.

A
System restart

At system restart, the output is interrupted and the data that not already has been output to file is lost. The recording is terminated.

B
End of medium

At end of medium the output of recording data is stopped.

C
Device fault

Data is lost.
1.3 Naming Conventions
This printout description is applicable for the following file names: MRRFIL00...MRRFIL09.
The collected information is output on the sequential files MRRFIL00...MRRFIL09 on hard disc.
2 Structure
2.1 File Structure

Figure 1 File Structure
The Administrative record (header) contains general information about the recording. It will always come before the recorded information for each new recording.
Measurement Result Recording Data Block contains measurement result data for a channel group in a cell. For a recording all record types will be given once for each channel group in a cell.
A recording will always be concluded with an administrative record indicating the end for the recording, including the total number of records stored on file.
2.2 Block Structure
2.2.1 Measurement Result Recording Data Block

Figure 2 Measurement Result Recording Data Block Structure
Each Measurement Result Recording Data Block contains 7 mandatory records: Uplink and Downlink Signal Strength Cell Data record, Uplink and Downlink Signal Quality Cell Data record, BTS and MS Transmit Power Level Cell Data record, Actual Timing Advance Cell Data record, Uplink and Downlink Path Loss Cell Data record, Path Loss Difference Cell Data record, Number of Measurement Results Cell Data record and one optional Uplink and Downlink Frame Erasure Rate Cell Data record.
The availability of Uplink and Downlink Frame Erasure Rate Cell Data record depends on commercial agreements.
Uplink and Downlink Frame Erasure Rate Cell Data record is created only if Frame Erasure Rate (FER) counters are collected.
Each record type has a record type number:

30
Administrative record

31
Uplink and Downlink Signal Strength Cell Data record

32
Uplink and Downlink Signal Quality Cell Data record

33
BTS and MS Transmit Power Level Cell Data record

34
Actual Timing Advance Cell Data record

35
Uplink and Downlink Path Loss Cell Data record

36
Path Loss Difference Cell Data record

37
Number of Measurement Results Cell Data record

38
Uplink and Downlink Frame Erasure Rate Cell Data record
2.3 Data Representation

Data representation:
Most output data is binary coded. Exception is cell name and RID which are ISO coded.

Numeral presentation:
Left-adjusted

Text presentation:
Left-adjusted

Filler:
Not used bytes are filled with ASCII code NULL.

Output frequency:
Command ordered
3 Format
3.1 Record ADMINISTRATIVE

Position
Bytes
Value
Field Description

0
1
Numeral 30
Record type

1
2
Numeral 31
Record length in bytes

3
1
Numeral 30 - 39
File format rev. number = 30 (See note Note 1)

4
1
Digit string 0 - 99
Start date for the recording
Year

5
1
Digit string 1 - 12
Start date for the recording
Month

6
1
Digit string 1 - 31
Start date for the recording
Day

7
1
Digit string 0 - 23
Start time for the recording
Hour

8
1
Digit string 0 - 59
Start time for the recording
Minute

9
1
Digit string 0 - 59
Start time for the recording
Second

10
2
Numeral 1 - 65535
Record information
1 - if first record
If last record, the total number of records for the recording will be noted here.

12
7
Identifier 7
RID
Measurement result Recording Identity (RID) (ISO-coded)

19
2
Numeral 0 - 10080
TTIME
Total time recording has been active, in minutes

21
1
Numeral 0 - 219
MEASLIM
Measurement limit
Not valid if position 24 equals 0 (See notes 3 and 4)

22
1
Numeral 0 - 1
MEASLIM +/-
Indicates if value of parameter MEASLIM is positive or negative.
0 - Positive
1 - Negative
Only valid if position 24 equals 9 (See notes 3 and 4)

23
1
Numeral 0 - 2
MEASINT
Measurement interval
Not valid if position 24 equals 0, 7 or 13 (See notes Note 2and Note 3)

24
1
Numeral 0 - 13
MEASTYPE
Measurement type
(See notes 3 and Note 4)

25
1
Numeral 0 - 2
MEASLINK
Measuring link
Only valid if position 24 equals 6, 7, 8, 12, or 13 (See note 4)

26
1
Numeral 0 - 219
MEASLIM2
Measurement limit
Only valid if position 24 equals 6, 7, 8, 12, or 13 (See notes 3 and 4)

27
1
Numeral 0 - 63
MEASLIM3
Measurement limit
Only valid if position 24 equals 6, 7, 8, 12, or 13 (See notes 3 and 4)

28
1
Numeral 0 - 63
MEASLIM4
Measurement limit
Only valid if position 24 equals 6, or 12 (See notes 3 and 4)

29
1
Numeral 0 - 7
CONTYPE
Connection type
0
NOAFR
1
AFR
2
AHR
3
HR
4
FR
5
FREFR
6
EFR
7
ALL

30
1
Numeral 0 - 2
DTMFILTER
Dual Transfer Mode (DTM) filter
(See note Note 5)

31 Total number of bytes for the record
Note: 1
The file format revision is updated as soon as this printout description changes in respect to the file format. The file format revision is stepped with 10 at new Source System Issue (SSI) and with 1 at new Correction Note Issue (CN-I).
Example:

POD rev.
File rev.
Change

A
10
New SSI, APT 210 09 R9

B
10
Improved explanation of data field

C
11
CN-I. New data field

D
11
Editorial changes. Before release of CN-I.

A
20
New SSI, APT 210 09 R10, feature RNO improvements

A1
21
CR320 on R10MD, solved by CN-I 918. MRR on TCH only, SDCCH removed from MRR.

B
30
New SSI, APT 210 09 R12, features DTM improvements and SQS Enhancements

Note: 2
The measurement interval defines a subset of measurement results to be collected as it follows:

0 -
EQUAL
Only collect measurement results for which the value of MEASTYPE that is equal to the value given by MEASLIM.

1 -
HTOE
Only collect measurement results for which the values of MEASTYPE that are higher than or equal to the value given by MEASLIM.

2 -
LTOE
Only collect measurement results for which the values of MEASTYPE that are lower than or equal to the value given by MEASLIM.
The parameter MEASINT is not valid if the parameter MEASTYPE is given as NOTYPE, FERTA or RXQUALTA.
Note: 3
The measurement type defines a measurement units to be collected as it follows:

0 -
NOTYPE
All measurement results will be used to accumulate the counters.

1 -
TAVAL
Measurement results will only be used to accumulate the counters for specific timing advance values.

2 -
RXQUALUL
Measurement results will only be used to accumulate the counters for specific values of the signal quality on uplink.

3 -
RXQUALDL
Measurement results will only be used to accumulate the counters for specific values of the signal quality on downlink.

4 -
RXLEVUL
Measurement results will only be used to accumulate the counters for specific values of the signal strength on uplink.

5 -
RXLEVDL
Measurement results will only be used to accumulate the counters for specific values of the signal strength on downlink.

6 -
RXQUALLEV
Measurement results will only be used to accumulate the counters for specific values of signal quality and signal strength on uplink or downlink or both

7 -
RXQUALTA
Measurement results will only be used to accumulate the counters for specific values of signal quality on uplink or downlink or both and specific timing advance values

8 -
RXLEVTA
Measurement results will be used only to accumulate counters for specific values of signal strength on uplink or downlink or both and specific timing advance values

9 -
PLDIFF
Measurement results will be used only to accumulate counters for specific values of calculated path loss difference between downlink and uplink

10 -
FERUL
Measurement results will only be used to accumulate the counters for specific values of the FER on uplink.

11 -
FERDL
Measurement results will only be used to accumulate the counters for specific values of the FER on downlink.

12 -
RXLEVFER
Measurement results will only be used to accumulate counters for specific values of signal strength and FER on downlink or uplink or both.

13 -
FERTA
Measurement results will only be used to accumulate counters for specific values of FER on downlink or uplink or both and specific timing advance values.
The measurement types 6 - 8, 12, 13 are combinations of different measurement units 1 - 5, 10, 11.
Note: 4
For contents of measurement results and measurement limit units see 3GPP 48.008.
The value of measuring link define a link that will be considered when selecting measurement results and is only applicable for combined measurement types (Measurement type 6 - 8, 12, 13). The values are defined as follows:

Value
Measuring link

0
Uplink

1
Downlink

2
Both uplink and downlink
The value range of the MEASLIM in the positions 21 and 26 - 28 depends on values of the MEASTYPE in position 24 and the MEASLINK in position 25 as it is shown in table below.

MEASTYPE (Pos 24)
MEASLINK (Pos 25)
MEASLIM in positions 21, 26, 27, 28

Pos 21 Value range (Single quantity)
Pos 26 Value range (Single quantity)
Pos 27 Value range (Single quantity)
Pos 28 Value range (Single quantity)

TAVAL (1)
Not valid
0 - 219
Not valid
Not valid
Not valid

RXQUALUL (2)
Not valid
0 - 7
Not valid
Not valid
Not valid

RXQUALDL (3)
Not valid
0 - 7
Not valid
Not valid
Not valid

RXLEVUL (4)
Not valid
0 - 63
Not valid
Not valid
Not valid

RXLEVDL (5)
Not valid
0 - 63
Not valid
Not valid
Not valid

RXQUALLEV (6)
UL (0)
0 - 7 (RXQUALUL)
0 - 63 (RXLEVUL)
Not valid
Not valid

RXQUALLEV (6)
DL (1)
0 - 7 (RXQUALDL)
0 - 63 (RXLEVDL)
Not valid
Not valid

RXQUALLEV (6)
BOTH (2)
0 - 7 (RXQUALUL)
0 - 63 (RXLEVUL)
0 - 7 (RXQUALDL)
0 - 63 (RXLEVDL)

RXQUALTA (7)
UL (0)
0 - 7 (RXQUALUL)
0 - 219 (TAVAL)
Not valid
Not valid

RXQUALTA (7)
DL (1)
0 - 7 (RXQUALDL)
0 - 219 (TAVAL)
Not valid
Not valid

RXQUALTA (7)
BOTH (2)
0 - 7 (RXQUALUL)
0 - 219 (TAVAL)
0 - 7 (RXQUALDL)
Not valid

RXLEVTA (8)
UL (0)
0 - 63 (RXLEVUL)
0 - 219 (TAVAL)
Not valid
Not valid

RXLEVTA (8)
DL (1)
0 - 63 (RXLEVDL)
0 - 219 (TAVAL)
Not valid
Not valid

RXLEVTA (8)
BOTH (2)
0 - 63 (RXLEVUL)
0 - 219 (TAVAL)
0 - 63 (RXLEVDL)
Not valid

PLDIFF (9)
Not valid
-25 - 25
Not valid
Not valid
Not valid

FERUL (10)
Not valid
0 - 96
Not valid
Not valid
Not valid

FERDL (11)
Not valid
0 - 96
Not valid
Not valid
Not valid

RXLEVFER (12)
UL (0)
0 - 63 (RXLEVUL)
0 - 96 (FERUL)
Not valid
Not valid

RXLEVFER (12)
DL (1)
0 - 63 (RXLEVDL)
0 - 96 (FERDL)
Not valid
Not valid

RXLEVFER (12)
BOTH (2)
0 - 63 (RXLEVUL)
0 - 96 (FERUL)
0 - 63 (RXLEVDL)
0 - 96 (FERDL)

FERTA (13)
UL (0)
0 - 96 (FERUL)
0 - 219 (TAVAL)
Not valid
Not valid

FERTA (13)
DL (1)
0 - 96 (FERDL)
0 - 219 (TAVAL)
Not valid
Not valid

FERTA (13)
BOTH (2)
0 - 96 (FERUL)
0 - 219 (TAVAL)
0 - 96 (FERDL)
Not valid
Note: 5
The DTM filter defines a subset of measurement results to be collected as it follows:

0 -
NODTM
Measurement results for DTM connections will not be collected.

1 -
DTM
Measurement results for DTM connections only will be collected.

2 -
BOTH
Measurement results for both DTM and non DTM connections will be collected.
3.2 Record UPLINK AND DOWNLINK SIGNAL STRENGTH CELL DATA

Position
Bytes
Value
Field Description

0
1
Numeral 31
Record type

1
2
Numeral 525
Record length in bytes

3
8
Symbolic name
Cell name (ISO coded)
For details see parameter CELL in the Application Information for block ROTRAN.

11
1
Numeral 0 - 1
Subcell
0
Underlaid subcell
1
Overlaid subcell

12
1
Numeral 0 - 15
Channel group number

13
4
Numeral 0 - 4294967295
RXLEVUL0
Counter for received signal strength on uplink
Incremented for value 0

17
4
Numeral 0 - 4294967295
RXLEVUL1
Counter for received signal strength on uplink
Incremented for value 1

.
.
.
.

.
.
.
.

.
.
.
.

265
4
Numeral 0 - 4294967295
RXLEVUL63
Counter for received signal strength on uplink
Incremented for value 63

269
4
Numeral 0 - 4294967295
RXLEVDL0
Counter for received signal strength on downlink
Incremented for value 0

273
4
Numeral 0 - 4294967295
RXLEVDL1
Counter for received signal strength on downlink
Incremented for value 1

.
.
.
.

.
.
.
.

.
.
.
.

521
4
Numeral 0 - 4294967295
RXLEVDL63
Counter for received signal strength on downlink
Incremented for value 63

525 Total number of bytes for the record
3.3 Record UPLINK AND DOWNLINK SIGNAL QUALITY CELL DATA

Position
Bytes
Value
Field Description

0
1
Numeral 32
Record type

1
2
Numeral 77
Record length in bytes

3
8
Symbolic name
Cell name (ISO coded)
For details see parameter CELL in the Application Information for block ROTRAN.

11
1
Numeral 0 - 1
Subcell
0
Underlaid subcell
1
Overlaid subcell

12
1
Numeral 0 - 15
Channel group number

13
4
Numeral 0 - 4294967295
RXQUALUL0
Counter for received signal quality on uplink
Incremented for value 0

17
4
Numeral 0 - 4294967295
RXQUALUL1
Counter for received signal quality on uplink
Incremented for value 1

.
.
.
.

.
.
.
.

.
.
.
.

41
4
Numeral 0 - 4294967295
RXQUALUL7
Counter for received signal quality on uplink
Incremented for value 7

45
4
Numeral 0 - 4294967295
RXQUALDL0
Counter for received signal quality on downlink
Incremented for value 0

49
4
Numeral 0 - 4294967295
RXQUALDL1
Counter for received signal quality on downlink
Incremented for value 1

.
.
.
.

.
.
.
.

.
.
.
.

73
4
Numeral 0 - 4294967295
RXQUALDL7
Counter for received signal quality on downlink
Incremented for value 7

77 Total number of bytes for the record
3.4 Record BTS AND MS TRANSMIT POWER LEVEL CELL DATA

Position
Bytes
Value
Field Description

0
1
Numeral 33
Record type

1
2
Numeral 205
Record length in bytes

3
8
Symbolic name
Cell name (ISO coded)
For details see parameter CELL in the Application Information for block ROTRAN.

11
1
Numeral 0 - 1
Subcell
0
Underlaid subcell
1
Overlaid subcell

12
1
Numeral 0 - 15
Channel group number

13
4
Numeral 0 - 4294967295
MSPOWER0
Counter for confirmed MS transmit power level
Incremented for value 0

17
4
Numeral 0 - 4294967295
MSPOWER1
Counter for confirmed MS transmit power level
Incremented for value 1

.
.
.
.

.
.
.
.

.
.
.
.

137
4
Numeral 0 - 4294967295
MSPOWER31
Counter for confirmed MS transmit power level
Incremented for value 31

141
4
Numeral 0 - 4294967295
BSPOWER0
Counter for Base Station transmit power level
Incremented for value 0

145
4
Numeral 0 - 4294967295
BSPOWER1
Counter for Base Station transmit power level
Incremented for value 1

.
.
.
.

.
.
.
.

.
.
.
.

201
4
Numeral 0 - 4294967295
BSPOWER15
Counter for Base Station transmit power level
Incremented for value 15

205 Total number of bytes for the record
3.5 Record ACTUAL TIMING ADVANCE CELL DATA

Position
Bytes
Value
Field Description

0
1
Numeral 34
Record type

1
2
Numeral 317
Record length in bytes

3
8
Symbolic name
Cell name (ISO coded)
For details see parameter CELL in the Application Information for block ROTRAN.

11
1
Numeral 0 - 1
Subcell
0
Underlaid subcell
1
Overlaid subcell

12
1
Numeral 0 - 15
Channel group number

13
4
Numeral 0 - 4294967295
TAVAL0
Counter for actual timing advance
Incremented for timing advance value 0

17
4
Numeral 0 - 4294967295
TAVAL1
Counter for actual timing advance
Incremented for timing advance value 1

.
.
.
.

.
.
.
.

.
.
.
.

265
4
Numeral 0 - 4294967295
TAVAL63
Counter for actual timing advance
Incremented for timing advance value 63

269
4
Numeral 0 - 4294967295
TAVAL64
Counter for actual timing advance
Incremented for values 64 - 73

273
4
Numeral 0 - 4294967295
TAVAL65
Counter for actual timing advance
Incremented for values 74 - 83

277
4
Numeral 0 - 4294967295
TAVAL66
Counter for actual timing advance
Incremented for values 84 - 93

281
4
Numeral 0 - 4294967295
TAVAL67
Counter for actual timing advance
Incremented for values 94 - 103

285
4
Numeral 0 - 4294967295
TAVAL68
Counter for actual timing advance
Incremented for values 104 - 113

289
4
Numeral 0 - 4294967295
TAVAL69
Counter for actual timing advance
Incremented for values 114 - 123

293
4
Numeral 0 - 4294967295
TAVAL70
Counter for actual timing advance
Incremented for values 124 - 133

297
4
Numeral 0 - 4294967295
TAVAL71
Counter for actual timing advance
Incremented for values 134 - 143

301
4
Numeral 0 - 4294967295
TAVAL72
Counter for actual timing advance
Incremented for values 144 - 163

305
4
Numeral 0 - 4294967295
TAVAL73
Counter for actual timing advance
Incremented for values 164 - 183

309
4
Numeral 0 - 4294967295
TAVAL74
Counter for actual timing advance
Incremented for values 184 - 203

313
4
Numeral 0 - 4294967295
TAVAL75
Counter for actual timing advance
Incremented for values 204 - 219

317 Total number of bytes for the record
3.6 Record UPLINK AND DOWNLINK PATH LOSS CELL DATA

Position
Bytes
Value
Field Description

0
1
Numeral 35
Record type

1
2
Numeral 513
Record length in bytes

3
8
Symbolic name
Cell name (ISO coded)
For details see parameter CELL in the Application Information for block ROTRAN.

11
1
Numeral 0 - 1
Subcell
0
Underlaid subcell
1
Overlaid subcell

12
1
Numeral 0 - 15
Channel group number

13
4
Numeral 0 - 4294967295
PLOSSUL0
Counter for calculated path loss on uplink
Incremented for values 30 - 31

17
4
Numeral 0 - 4294967295
PLOSSUL1
Counter for calculated path loss on uplink
Incremented for values 32 - 33

.
.
.
.

.
.
.
.

.
.
.
.

249
4
Numeral 0 - 4294967295
PLOSSUL59
Counter for calculated path loss on uplink
Incremented for values 148 - 153

253
4
Numeral 0 - 4294967295
PLOSSDL0
Counter for calculated path loss on downlink
Incremented for values 30 - 31

257
4
Numeral 0 - 4294967295
PLOSSDL1
Counter for calculated path loss on downlink
Incremented for values 32 - 33

.
.
.
.

.
.
.
.

.
.
.
.

509
4
Numeral 0 - 4294967295
PLOSSDL64
Counter for calculated path loss on downlink
Incremented for values 158 - 190

513 Total number of bytes for the record
3.7 Record PATH LOSS DIFFERENCE CELL DATA

Position
Bytes
Value
Field Description

0
1
Numeral 36
Record type

1
2
Numeral 217
Record length in bytes

3
8
Symbolic name
Cell name (ISO coded)
For details see parameter CELL in the Application Information for block ROTRAN.

11
1
Numeral 0 - 1
Subcell
0
Underlaid subcell
1
Overlaid subcell

12
1
Numeral 0 - 15
Channel group number

13
4
Numeral 0 - 4294967295
PLDIFF0
Counter for calculated path loss difference between downlink and uplink
Incremented for values < -24

17
4
Numeral 0 - 4294967295
PLDIFF1
Counter for calculated path loss difference between downlink and uplink
Incremented for value -24

21
4
Numeral 0 - 4294967295
PLDIFF2
Counter for calculated path loss difference between downlink and uplink
Incremented for value -23

.
.
.
.

.
.
.
.

.
.
.
.

109
4
Numeral 0 - 4294967295
PLDIFF24
Counter for calculated path loss difference between downlink and uplink
Incremented for value -1

113
4
Numeral 0 - 4294967295
PLDIFF25
Counter for calculated path loss difference between downlink and uplink
Incremented for value 0

117
4
Numeral 0 - 4294967295
PLDIFF26
Counter for calculated path loss difference between downlink and uplink
Incremented for value 1

.
.
.
.

.
.
.
.

.
.
.
.

209
4
Numeral 0 - 4294967295
PLDIFF49
Counter for calculated path loss difference between downlink and uplink
Incremented for value 24

213
4
Numeral 0 - 4294967295
PLDIFF50
Counter for calculated path loss difference between downlink and uplink
Incremented for values > 24

217 Total number of bytes for the record
3.8 Record NUMBER OF MEASUREMENT RESULTS CELL DATA

Position
Bytes
Value
Field Description

0
1
Numeral 37
Record type

1
2
Numeral 33
Record length in bytes

3
8
Symbolic name
Cell name (ISO coded)
For details see parameter CELL in the Application Information for block ROTRAN.

11
1
Numeral 0 - 1
Subcell
0
Underlaid subcell
1
Overlaid subcell

12
1
Numeral 0 - 15
Channel group number

13
4
Numeral 0 - 4294967295
REP
Counter for total number of received measurement results during the recording period

17
4
Numeral 0 - 4294967295
REPFERUL
Counter for total number of calculated FER samples on uplink during the recording period

21
4
Numeral 0 - 4294967295
REPFERDL
Counter for total number of calculated FER samples on downlink during the recording period

25
4
Numeral 0 - 4294967295
REPFERBL
Counter for total number of calculated FER correlated samples on uplink and downlink during the recording period

29
4
Numeral 0 - 4294967295
REPFERTHL
Counter for total number of calculated FER correlated samples on uplink and downlink that passed the recording thresholds during the recording period

33 Total number of bytes for the record
3.9 Record UPLINK AND DOWNLINK FRAME ERASURE RATE CELL DATA

Position
Bytes
Value
Field Description

0
1
Numeral 38
Record type

1
2
Numeral 789
Record length in bytes

3
8
Symbolic name
Cell name (ISO coded)
For details see parameter CELL in the Application Information for block ROTRAN.

11
1
Numeral 0 - 1
Subcell
0
Underlaid subcell
1
Overlaid subcell

12
1
Numeral 0 - 15
Channel group number

13
4
Numeral 0 - 4294967295
FERUL0
Counter for actual FER on uplink.
Incremented for FER value 0

17
4
Numeral 0 - 4294967295
FERUL1
Counter for actual FER on uplink.
Incremented for FER value 1

.
.
.
.

.
.
.
.

.
.
.
.

397
4
Numeral 0 - 4294967295
FERUL96
Counter for actual FER on uplink.
Incremented for FER value 96

401
4
Numeral 0 - 4294967295
FERDL0
Counter for actual FER on downlink.
Incremented for FER value 0

405
4
Numeral 0 - 4294967295
FERDL1
Counter for actual FER on downlink.
Incremented for FER value 1

.
.
.
.

.
.
.
.

.
.
.
.

785
4
Numeral 0 - 4294967295
FERDL96
Counter for actual FER on downlink.
Incremented for FER value 96

789 Total number of bytes for the record
4 Printout Type
File printout
5 Printout Block
ROMRR
6 Glossary

ASCII
American Standard Code for Information Interchange

BTS
Base Transceiver Station

CN-I
Correction Note Issue

DTM
Dual Transfer Mode

FER
Frame Erasure Rate

ISO
International Standards Organization

MS
Mobile Station

RCS
Radio Control Subsystem

RID
Recording Identity

SSI
Source System Issue

TCH
Traffic Channel
7 References
7.1 Application Information

ROTRAN

回答者： enter 回答时间：2012-08-22 10:25

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热点问题

1	Function
1.1	Measurement Result Recording Output
1.2	Output Irregularities
1.3	Naming Conventions
2	Structure
2.1	File Structure
2.2	Block Structure
2.3	Data Representation
3	File Format
3.1	Record ADMINISTRATIVE
3.2	Record UPLINK AND DOWNLINK SIGNAL STRENGTH CELL DATA
3.3	Record UPLINK AND DOWNLINK SIGNAL QUALITY CELL DATA
3.4	Record BTS AND MS TRANSMIT POWER LEVEL CELL DATA
3.5	Record ACTUAL TIMING ADVANCE CELL DATA
3.6	Record UPLINK AND DOWNLINK PATH LOSS CELL DATA
3.7	Record PATH LOSS DIFFERENCE CELL DATA
3.8	Record NUMBER OF MEASUREMENT RESULTS CELL DATA
3.9	Record UPLINK AND DOWNLINK FRAME ERASURE RATE CELL DATA
4	Printout Type
5	Printout Block
6	Glossary
7	Reference List
7.1	Application Information

A	System restart
	At system restart, the output is interrupted and the data that not already has been output to file is lost. The recording is terminated.
B	End of medium
	At end of medium the output of recording data is stopped.
C	Device fault
	Data is lost.

30	Administrative record
31	Uplink and Downlink Signal Strength Cell Data record
32	Uplink and Downlink Signal Quality Cell Data record
33	BTS and MS Transmit Power Level Cell Data record
34	Actual Timing Advance Cell Data record
35	Uplink and Downlink Path Loss Cell Data record
36	Path Loss Difference Cell Data record
37	Number of Measurement Results Cell Data record
38	Uplink and Downlink Frame Erasure Rate Cell Data record

Data representation:	Most output data is binary coded. Exception is cell name and RID which are ISO coded.
Numeral presentation:	Left-adjusted
Text presentation:	Left-adjusted
Filler:	Not used bytes are filled with ASCII code NULL.
Output frequency:	Command ordered

Position	Bytes	Value	Field Description
0	1	Numeral 30	Record type
1	2	Numeral 31	Record length in bytes
3	1	Numeral 30 - 39	File format rev. number = 30 (See note Note 1)
4	1	Digit string 0 - 99	Start date for the recording Year
5	1	Digit string 1 - 12	Start date for the recording Month
6	1	Digit string 1 - 31	Start date for the recording Day
7	1	Digit string 0 - 23	Start time for the recording Hour
8	1	Digit string 0 - 59	Start time for the recording Minute
9	1	Digit string 0 - 59	Start time for the recording Second
10	2	Numeral 1 - 65535	Record information 1 - if first record If last record, the total number of records for the recording will be noted here.
12	7	Identifier 7	RID Measurement result Recording Identity (RID) (ISO-coded)
19	2	Numeral 0 - 10080	TTIME Total time recording has been active, in minutes
21	1	Numeral 0 - 219	MEASLIM Measurement limit Not valid if position 24 equals 0 (See notes 3 and 4)
22	1	Numeral 0 - 1	MEASLIM +/- Indicates if value of parameter MEASLIM is positive or negative. 0 - Positive 1 - Negative Only valid if position 24 equals 9 (See notes 3 and 4)
23	1	Numeral 0 - 2	MEASINT Measurement interval Not valid if position 24 equals 0, 7 or 13 (See notes Note 2and Note 3)
24	1	Numeral 0 - 13	MEASTYPE Measurement type (See notes 3 and Note 4)
25	1	Numeral 0 - 2	MEASLINK Measuring link Only valid if position 24 equals 6, 7, 8, 12, or 13 (See note 4)
26	1	Numeral 0 - 219	MEASLIM2 Measurement limit Only valid if position 24 equals 6, 7, 8, 12, or 13 (See notes 3 and 4)
27	1	Numeral 0 - 63	MEASLIM3 Measurement limit Only valid if position 24 equals 6, 7, 8, 12, or 13 (See notes 3 and 4)
28	1	Numeral 0 - 63	MEASLIM4 Measurement limit Only valid if position 24 equals 6, or 12 (See notes 3 and 4)
29	1	Numeral 0 - 7	CONTYPE Connection type 0 NOAFR 1 AFR 2 AHR 3 HR 4 FR 5 FREFR 6 EFR 7 ALL
30	1	Numeral 0 - 2	DTMFILTER Dual Transfer Mode (DTM) filter (See note Note 5)
	31 Total number of bytes for the record

POD rev.	File rev.	Change
A	10	New SSI, APT 210 09 R9
B	10	Improved explanation of data field
C	11	CN-I. New data field
D	11	Editorial changes. Before release of CN-I.
A	20	New SSI, APT 210 09 R10, feature RNO improvements
A1	21	CR320 on R10MD, solved by CN-I 918. MRR on TCH only, SDCCH removed from MRR.
B	30	New SSI, APT 210 09 R12, features DTM improvements and SQS Enhancements

0 -	EQUAL	Only collect measurement results for which the value of MEASTYPE that is equal to the value given by MEASLIM.
1 -	HTOE	Only collect measurement results for which the values of MEASTYPE that are higher than or equal to the value given by MEASLIM.
2 -	LTOE	Only collect measurement results for which the values of MEASTYPE that are lower than or equal to the value given by MEASLIM.

0 -	NOTYPE	All measurement results will be used to accumulate the counters.
1 -	TAVAL	Measurement results will only be used to accumulate the counters for specific timing advance values.
2 -	RXQUALUL	Measurement results will only be used to accumulate the counters for specific values of the signal quality on uplink.
3 -	RXQUALDL	Measurement results will only be used to accumulate the counters for specific values of the signal quality on downlink.
4 -	RXLEVUL	Measurement results will only be used to accumulate the counters for specific values of the signal strength on uplink.
5 -	RXLEVDL	Measurement results will only be used to accumulate the counters for specific values of the signal strength on downlink.
6 -	RXQUALLEV	Measurement results will only be used to accumulate the counters for specific values of signal quality and signal strength on uplink or downlink or both
7 -	RXQUALTA	Measurement results will only be used to accumulate the counters for specific values of signal quality on uplink or downlink or both and specific timing advance values
8 -	RXLEVTA	Measurement results will be used only to accumulate counters for specific values of signal strength on uplink or downlink or both and specific timing advance values
9 -	PLDIFF	Measurement results will be used only to accumulate counters for specific values of calculated path loss difference between downlink and uplink
10 -	FERUL	Measurement results will only be used to accumulate the counters for specific values of the FER on uplink.
11 -	FERDL	Measurement results will only be used to accumulate the counters for specific values of the FER on downlink.
12 -	RXLEVFER	Measurement results will only be used to accumulate counters for specific values of signal strength and FER on downlink or uplink or both.
13 -	FERTA	Measurement results will only be used to accumulate counters for specific values of FER on downlink or uplink or both and specific timing advance values.

Value	Measuring link
0	Uplink
1	Downlink
2	Both uplink and downlink

MEASTYPE (Pos 24)	MEASLINK (Pos 25)	MEASLIM in positions 21, 26, 27, 28
MEASTYPE (Pos 24)	MEASLINK (Pos 25)	Pos 21 Value range (Single quantity)	Pos 26 Value range (Single quantity)	Pos 27 Value range (Single quantity)	Pos 28 Value range (Single quantity)
TAVAL (1)	Not valid	0 - 219	Not valid	Not valid	Not valid
RXQUALUL (2)	Not valid	0 - 7	Not valid	Not valid	Not valid
RXQUALDL (3)	Not valid	0 - 7	Not valid	Not valid	Not valid
RXLEVUL (4)	Not valid	0 - 63	Not valid	Not valid	Not valid
RXLEVDL (5)	Not valid	0 - 63	Not valid	Not valid	Not valid
RXQUALLEV (6)	UL (0)	0 - 7 (RXQUALUL)	0 - 63 (RXLEVUL)	Not valid	Not valid
RXQUALLEV (6)	DL (1)	0 - 7 (RXQUALDL)	0 - 63 (RXLEVDL)	Not valid	Not valid
RXQUALLEV (6)	BOTH (2)	0 - 7 (RXQUALUL)	0 - 63 (RXLEVUL)	0 - 7 (RXQUALDL)	0 - 63 (RXLEVDL)
RXQUALTA (7)	UL (0)	0 - 7 (RXQUALUL)	0 - 219 (TAVAL)	Not valid	Not valid
RXQUALTA (7)	DL (1)	0 - 7 (RXQUALDL)	0 - 219 (TAVAL)	Not valid	Not valid
RXQUALTA (7)	BOTH (2)	0 - 7 (RXQUALUL)	0 - 219 (TAVAL)	0 - 7 (RXQUALDL)	Not valid
RXLEVTA (8)	UL (0)	0 - 63 (RXLEVUL)	0 - 219 (TAVAL)	Not valid	Not valid
RXLEVTA (8)	DL (1)	0 - 63 (RXLEVDL)	0 - 219 (TAVAL)	Not valid	Not valid
RXLEVTA (8)	BOTH (2)	0 - 63 (RXLEVUL)	0 - 219 (TAVAL)	0 - 63 (RXLEVDL)	Not valid
PLDIFF (9)	Not valid	-25 - 25	Not valid	Not valid	Not valid
FERUL (10)	Not valid	0 - 96	Not valid	Not valid	Not valid
FERDL (11)	Not valid	0 - 96	Not valid	Not valid	Not valid
RXLEVFER (12)	UL (0)	0 - 63 (RXLEVUL)	0 - 96 (FERUL)	Not valid	Not valid
RXLEVFER (12)	DL (1)	0 - 63 (RXLEVDL)	0 - 96 (FERDL)	Not valid	Not valid
RXLEVFER (12)	BOTH (2)	0 - 63 (RXLEVUL)	0 - 96 (FERUL)	0 - 63 (RXLEVDL)	0 - 96 (FERDL)
FERTA (13)	UL (0)	0 - 96 (FERUL)	0 - 219 (TAVAL)	Not valid	Not valid
FERTA (13)	DL (1)	0 - 96 (FERDL)	0 - 219 (TAVAL)	Not valid	Not valid
FERTA (13)	BOTH (2)	0 - 96 (FERUL)	0 - 219 (TAVAL)	0 - 96 (FERDL)	Not valid

0 -	NODTM	Measurement results for DTM connections will not be collected.
1 -	DTM	Measurement results for DTM connections only will be collected.
2 -	BOTH	Measurement results for both DTM and non DTM connections will be collected.

ASCII	American Standard Code for Information Interchange
BTS	Base Transceiver Station
CN-I	Correction Note Issue
DTM	Dual Transfer Mode
FER	Frame Erasure Rate
ISO	International Standards Organization
MS	Mobile Station
RCS	Radio Control Subsystem
RID	Recording Identity
SSI	Source System Issue
TCH	Traffic Channel


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