【資料名稱】：3GP協(xié)議0508

【資料作者】：aa

【資料日期】：2001

【資料語言】：中文

【資料格式】：DOC

【資料目錄和簡(jiǎn)介】：

Foreword7
1Scope8
1.1References8
1.2Abbreviations9
2General9
3Handover11
3.1Overall process11
3.2MS measurement procedure11
3.3BSS measurement procedure11
3.4Strategy11
4RF power control12
4.1Overall process12
4.2MS implementation12
4.3MS power control range12
4.4BSS implementation13
4.5BSS power control range13
4.6Strategy13
4.7Timing13
4.8Dedicated channels used for a voice group call or voice broadcast14
5Radio link failure14
5.1Criterion14
5.2MS procedure15
5.3BSS procedure15
6Idle mode tasks15
6.1Introduction15
6.2Measurements for normal cell selection16
6.3Measurements for stored list cell selection16
6.4Criteria for cell selection and reselection17
6.5Downlink signalling failure18
6.6Measurements for Cell Reselection19
6.6.1Monitoring of received signal level and BCCH data19
6.6.2Path loss criteria and timings for cell re selection20
6.6.3Cell reselection algorithm for SoLSA20
6.6.4Measurements on cells of other radio access technologies21
6.6.5Algorithm for cell re selection from GSM to UTRAN22
6.7Release of TCH and SDCCH23
6.7.1Normal case23
6.7.2Call re establishment24
6.8Abnormal cases and emergency calls24
7Network pre-requisites25
7.1BCCH carriers25
7.2Identification of surrounding BSS for handover measurements25
7.3Handover measurements on other radio access technologies27
8Radio link measurements28
8.1Signal level28
8.1.1General28
8.1.2Physical parameter28
8.1.3Statistical parameters29
8.1.4Range of parameter30
8.1.5Measurement quantity for other radio access technologies30
8.1.5.1UTRAN FDD30
8.1.5.2UTRAN TDD30
8.1.5.3cdma200030
8.2Signal quality30
8.2.1General30
8.2.2Physical parameter31
8.2.3Statistical parameters31
8.2.4Range of parameter RXQUAL32
8.2.5Range of parameters MEAN_BEP and CV_BEP33
8.3Aspects of discontinuous transmission (DTX)35
8.4Measurement reporting35
8.4.1Measurement reporting for the MS on a TCH35
8.4.1.1Measurement reporting for the MS on an E-TCH in FPC mode36
8.4.2Measurement reporting for the MS on a SDCCH37
8.4.3Additional cell reporting requirements for multi band MS37
8.4.4Common aspects for the MS on a TCH or a SDCCH38
8.4.5Measurement reporting for the BSS38
8.4.6Extended measurement reporting38
8.4.7Additional cell reporting requirements for multi-RAT MS39
8.4.8Enhanced Measurement Reporting39
8.4.8.1Reporting Priority40
8.4.8.2Measurement Reporting40
8.5Absolute MS BTS distance41
8.5.1General41
8.5.2Physical parameter41
9Control parameters42
10GPRS mode tasks45
10.1Cell Re-selection45
10.1.1Monitoring the received signal level and PBCCH data46
10.1.1.1Packet idle mode46
10.1.1.2Packet transfer mode46
10.1.1.3Monitoring cells of other radio access technologies48
10.1.2Cell Re-selection Criteria49
10.1.3Cell Re-selection Algorithm50
10.1.3.1Abnormal cell reselection51
10.1.3.2Algorithm for cell re selection from GSM to UTRAN51
10.1.4Network controlled Cell re-selection52
10.1.4.1Measurement reporting53
10.1.4.2Cell re-selection command55
10.1.4.3Exceptional cases55
10.1.5Extended Measurement reporting55
10.2RF Power Control56
10.2.1MS output power57
10.2.2BTS output power57
10.2.3Measurements at MS side59
10.2.3.1Deriving the C value59
10.2.3.1.1Packet idle mode59
10.2.3.1.2Packet transfer mode60
10.2.3.2Derivation of Channel Quality Report61
10.2.3.2.1Packet transfer mode61
10.2.3.2.2Packet idle mode63
10.2.3.2.3Measurement reporting64
10.2.4Measurements at BSS side64
10.3Measurement requirements64
10.4Control parameters65
11CTS mode tasks69
11.1CTS idle mode tasks69
11.1.1CTS cell selection69
11.1.1.1Synchronization and measurements for CTS cell selection69
11.1.1.2Initial sychronization of CTS-MS69
11.1.2Criterion for CTS cell selection70
11.1.3Monitoring of CTSBCH and CTSPCH70
11.1.3.1Monitoring of received signal level70
11.1.3.2Downlink beacon failure70
11.1.3.3Downlink paging failure70
11.1.4Procedures with reporting to the CTS-FP71
11.1.4.1AFA monitoring71
11.1.4.2BCCH detection71
11.1.4.3Observed Frequency Offset (OFO) measurement71
11.2Intra-cell handover72
11.2.1Overall process72
11.2.2CTS-MS measurement procedure72
11.2.3CTS-FP measurement procedure72
11.2.4Strategy72
11.3RF power control72
11.3.1Overall process72
11.3.2CTS-MS implementation72
11.3.3CTS-MS power control range73
11.3.4CTS-FP implementation73
11.3.5CTS-FP power control range73
11.3.6Strategy73
11.3.7Timing73
11.4Radio link failure74
11.4.1Criterion74
11.4.2CTS-MS procedure74
11.4.3CTS-FP procedure74
11.5Radio link measurements74
11.5.1Signal strength74
11.5.1.1General74
11.5.1.2Physical parameter74
11.5.1.3Statistical parameters75
11.5.1.4Range of parameter75
11.5.2Signal quality75
11.5.2.1General75
11.5.2.2Physical parameter75
11.5.2.3Statistical parameters75
11.5.2.4Range of parameter75
11.5.3Aspects of discontinuous transmission (DTX)75
11.5.4Measurement reporting for the CTS-MS on a TCH75
11.6Control of CTS-FP service range76
11.7Control parameters76
12COMPACT Mode Tasks78
12.1Introduction78
12.2Network Pre-requisites78
12.2.1CPBCCH carriers78
12.3COMPACT Idle Mode Tasks78
12.3.1Introduction78
12.3.2Measurements for COMPACT Cell Selection78
12.3.3Measurements for COMPACT Stored List Cell Selection79
12.3.4Criteria for COMPACT Cell Selection79
12.3.5Downlink Signalling Failure79
12.4COMPACT Cell Reselection79
12.4.1Monitoring the received signal level and CPBCCH data80
12.4.1.1Packet idle mode80
12.4.1.2Packet transfer mode80
12.4.2COMPACT cell reselection criteria81
12.4.3COMPACT cell reselection algorithm81
12.4.4Network controlled Cell reselection81
12.4.5COMPACT cell reselection measurement opportunities81
Annex A (informative):Definition of a basic GSM or DCS 1 800 handover and RF power control algorithm82
A.1Scope82
A.2Functional requirement82
A.3BSS pre-processing and threshold comparisons82
A.3.1Measurement averaging process83
A.3.2Threshold comparison process84
A.3.2.1RF power control process84
A.3.2.2Handover Process85
A.4BSS decision algorithm86
A.4.1Internal intracell handover according to radio criteria: (Interference problems)86
A.4.2Internal handover according to other criteria87
A.4.3General considerations87
A.5Channel allocation87
A.6Handover decision algorithm in the MSC87
Annex B (informative):Power Control Procedures90
B.1Open loop control90
B.2Closed loop control90
B.3Quality based control.91
B.4BTS power control91
B.5Example92
B.6Interworking between normal and fast power control for ECSD93
Annex C (informative):Example Interference Measurement Algorithm94
Annex D (informative):Example Selection of Modulation and Coding Schemes based on Link Quality Reports95
Annex E (informative):Change history96