3GPP TDocs (written contributions) at meeting
Meeting: GP-30 - 2006-06-26 to 2006-06-30, Lisbon
meeting id: GP-30 (click id for more info on this meeting)Click on the Tdoc to open its file.
| TDoc | Title | Source | Remarks |
|---|---|---|---|
| GP‑060994 | - | - | - |
| GP‑060995 | - | - | - |
| GP‑060996 | - | - | - |
| GP‑060997 | - | - | - |
| GP‑060998 | GMSK MEAN_BEP testcase | Infineon Technologies AG | - |
| GP‑060999 | GMSK_MEAN_BEP testcase part 2 | Infineon Technologies AG | - |
| GP‑061000 | - | - | - |
| GP‑061001 | - | - | - |
| GP‑061002 | Incorrect handling of messages if truncation is used | CT1 | - |
| GP‑061003 | LS on MBMS Service Area Identity semantic definition | CT4 | - |
| GP‑061004 | LS on Requirements for using Cell Identity and Cell Type for charging and/or other services | CT4 | - |
| GP‑061005 | - | - | - |
| GP‑061006 | Reply LS on Alignment of IE encoding for MBMS | RAN3 | - |
| GP‑061007 | GSM antenna minimum performance requirements | RAN4 | - |
| GP‑061008 | - | - | - |
| GP‑061009 | LS: Requirements on charging enhancements | 3GPP SA1 | - |
| GP‑061010 | Liaison Statement on the Vocabulary TR, TR 21.905 | SA1 | - |
| GP‑061011 | - | - | - |
| GP‑061012 | Version x.y.z | MCC272 | - |
| GP‑061013 | - | - | - |
| GP‑061014 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | MCC272 | - |
| GP‑061015 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | MCC272 | - |
| GP‑061016 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | MCC272 | - |
| GP‑061017 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | MCC272 | - |
| GP‑061018 | 26.19.3a, new AMR WB test | - | - |
| GP‑061019 | 26.19.5, new AMR WB test | - | - |
| GP‑061020 | 26.19.9.1, new AMR WB test | - | - |
| GP‑061021 | 26.19.9.2, new AMR WB test | Ericsson | - |
| GP‑061022 | 26.19.9.3, new AMR WB test | Ericsson | - |
| GP‑061023 | 26.19.9.5, new AMR WB test | Ericsson | - |
| GP‑061024 | 26.19.9.10, new AMR WB test | Ericsson | - |
| GP‑061025 | 26.19.9.11, new AMR WB test | - | - |
| GP‑061026 | 26.19.10.1, new AMR WB test | Ericsson | - |
| GP‑061027 | Addition of AMR WB signalling tests | - | - |
| GP‑061028 | Correction to speech version for AMR WB | Ericsson | - |
| GP‑061029 | - | - | - |
| GP‑061030 | - | - | - |
| GP‑061031 | TC 26.7.4.5.1 – Need to take care of the randomness in the first periodic LAU done by the MS. | SASKEN | - |
| GP‑061032 | TC 26.11.3.1.2 – Need to take care of the randomness in the first Periodic LAU done by the MS. | SASKEN | - |
| GP‑061033 | TC 27.4 – Need to take care Location update procedure done by the MS. | SASKEN | - |
| GP‑061034 | TC 41.3.1.1– Modification in step expected test sequence. | SASKEN | - |
| GP‑061035 | TC 41.3.2.3– Modification in expected test sequence. | SASKEN | - |
| GP‑061036 | TC 42.1.2.1.13– Modification in the timeslots used for PBCCH and PCCCH. | SASKEN | - |
| GP‑061037 | TC 42.4.2.1.1 – Modification in step 9, to allow two phase access. | SASKEN | - |
| GP‑061038 | TC 47.1.2 – Correction to the step number reference in specific message contents. | SASKEN | - |
| GP‑061039 | TC 51.3.1.1– Modification in step expected test sequence. | SASKEN | - |
| GP‑061040 | Addition of new WB-AMR O-TCH/WHS testcases | - | - |
| GP‑061041 | Addition of new WB-AMR O-TCH/WHS testcases | SASKEN | - |
| GP‑061042 | Discussion on the test cases having applicability as "ALL MS" in 51.010-2 | Sasken | - |
| GP‑061043 | -063-125, 189-251, 315-377, 441-503, 567-629, 693-755, 819-881 or 945-999. | 7layers AG | - |
| GP‑061044 | -36 | 7Layers | - |
| GP‑061045 | -36 | 7Layers | - |
| GP‑061046 | -36 | 7Layers | - |
| GP‑061047 | -36 | 7Layers | - |
| GP‑061048 | -36 | 7Layers | - |
| GP‑061049 | -36 | 7Layers | - |
| GP‑061050 | Table B.1: Removal of testcase 83.2.1.2 | 7layers AG | - |
| GP‑061051 | Table B.1: Removal of PICS “Support of one PDP Context Activation” from applicabilities | - | - |
| GP‑061052 | 21 - Addition of GSM 710 and T-GSM 810 Bands | Anite | - |
| GP‑061053 | 22 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061054 | 41.5.1.1.1.4 – Correction to HandoverToUTRANCommand-r3-Ies | Anite | - |
| GP‑061055 | 42.1.2.1.8.x, 42.1.2.1.9.x, 42.7.x – Clarification in USF allocation | - | - |
| GP‑061056 | 52.1.2.1.8.x, 52.1.2.1.9.x – Clarification in USF allocation | - | - |
| GP‑061057 | 42.3.3.1.1 – Correction in test step 13 to handle the possible Packet Resource Request from MS. | Source:?[H10] | - |
| GP‑061058 | 52.3.3.1.1 – Correction in step 13 to handle the possible Packet Resource Request from MS. | Source:?[H10] | - |
| GP‑061059 | 42.4.5.x – Data Transfer Reduced | - | - |
| GP‑061060 | 42.4.6.5 - Ready Timer shall be deactivated. | Anite | - |
| GP‑061061 | 45.4.2 - Detach accept needs to be sent from SS. | Anite | - |
| GP‑061062 | 20.22.29 - Correction to the expected sequence at Step 10 | - | - |
| GP‑061063 | 26.6.8.3, 26.6.8.4 - Inclusion of reference of A5/1 | - | - |
| GP‑061064 | 60.x - Addition of GSM 710 and T-GSM 810 Bands to selection expressions for InterSystem testcases | - | - |
| GP‑061065 | 60.1 – Correction to HandoverToUTRANCommand-r3-Ies | - | - |
| GP‑061066 | 26.10–26.16 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061067 | 26.1-26.5 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061068 | 26.13 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061069 | 26.14 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061070 | 26.15–26.16 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061071 | 26.17–26.x - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061072 | 26.6.14–26.6.x - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061073 | 26.6.-26.6.3 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061074 | 26.6.4–26.6.5 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061075 | 26.6.6–26.6.13 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061076 | 26.7 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061077 | 26.8 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061078 | 26.9 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061079 | Addition of GSM 710 and T-GSM 810 Bands to selection expressions for InterSystem testcases | Anite, MCC272 | - |
| GP‑061080 | Inclusion of reference of A5/3 in applicability | - | - |
| GP‑061081 | 27 - Addition of GSM 710 and T-GSM 810 Bands | - | - |
| GP‑061082 | Incorrect arrangement of signal levels among different carriers in 20.22.9-2 | Research In Motion Limited | - |
| GP‑061083 | - | Cingular Wireless | - |
| GP‑061084 | - | Motorola | - |
| GP‑061085 | Enhancement to Extended Dynamic Allocation for high multislot classes | Motorola | - |
| GP‑061086 | 52.1.2.1.8.1.8 – Unexpected behaviour on Network side | - | - |
| GP‑061087 | 40 – Addition of Variable Bit Map | - | - |
| GP‑061088 | 50 – Addition of Variable Bit Map | - | - |
| GP‑061089 | Variable Bitmap in 51.010 | Wavecom | - |
| GP‑061090 | Draft report of the Joint ERM/MSG Meeting on GSM on board aircraft | ETSI Technical Officer | - |
| GP‑061091 | Clarification of Cell Identifier List segmentation | Nortel | - |
| GP‑061092 | A7.1. Clarification of min and max times for statistical tests | Aeroflex | - |
| GP‑061093 | 42.3.3.3 – Switch off MS to avoid erroneous reestablishment of TBF | Anite | - |
| GP‑061094 | 52.3.3.3 – Switch off MS to avoid erroneous reestablishment of TBF | Anite | - |
| GP‑061095 | Discussion paper: The Impact of GSM 710 and GSM 810 on Section 26 of 51.010-1 | Anite | - |
| GP‑061096 | 42.2.1.x – Remove erroneous entries from applicability table | Anite | - |
| GP‑061097 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061098 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061099 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061100 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061101 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061102 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061103 | Default values of SERVING_BAND_REPORTING and REP_PRIORITY in table 3 | - | - |
| GP‑061104 | Clarification of the NC mode when receiving Packet Cell Change Order message | LG Electronics | - |
| GP‑061105 | - | - | - |
| GP‑061106 | - | - | - |
| GP‑061107 | Correction of terminology: “allocation” vs. “assignment” | - | - |
| GP‑061108 | Corrections to PACCH description | Siemens | - |
| GP‑061109 | Correction of terminology: ‘allocation’ vs. ‘assignment’ | Siemens | - |
| GP‑061110 | Correction of terminology: ‘allocation’ vs. ‘assignment’ | - | - |
| GP‑061111 | Correction of terminology: ‘allocation’ vs. ‘assignment’ | - | - |
| GP‑061112 | Correction of terminology: ‘allocation’ vs. ‘assignment’ | - | - |
| GP‑061113 | Clarification on mobile behaviour in ‘limited service’ state | Siemens | - |
| GP‑061114 | 22.4 GPRS - Independence of TS Power Control, reduced interslot dynamic range | Nokia | - |
| GP‑061115 | 22.9 EGPRS - Independence of TS Power Control, reduced interslot dynamic range | Nokia | - |
| GP‑061116 | - | Samsung | - |
| GP‑061117 | - | Samsung | - |
| GP‑061118 | Correction to the 'Status' of Table A.2/26 | CGC | - |
| GP‑061119 | 34.2.3: Correction of the content for Class 1 short messages | 7Layers AG | - |
| GP‑061120 | 42.4.5.3: Empty LLC PDU may be received for Cell Update. | Anite | - |
| GP‑061121 | TC 26.7.4.5.2 – Need to take care of the randomness in the first periodic LAU done by the MS. | SASKEN | - |
| GP‑061122 | 14.4.19 Correction of table heading | Aeroflex | - |
| GP‑061123 | Discussion paper: completion of inclusion of T-GSM810 in 51.010 | Aeroflex | - |
| GP‑061124 | 26.6.7.2 Correction of test sequence and message content modified step 13 and 14 | Rohde & Schwarz | - |
| GP‑061125 | 26.6.7.1 Correction of test sequence and signalling only mode mandatory | Rohde & Schwarz | - |
| GP‑061126 | 26.6.3.10 Introduction of new Enhanced Measurement Report Testcase | Rohde & Schwarz | - |
| GP‑061127 | 26.6.3.10 Introduction of Enhanced Measurement Report Testcase | Rohde & Schwarz | - |
| GP‑061128 | 40.4.3 – New macro for Extended Dynamic Allocation | Rohde & Schwarz | - |
| GP‑061129 | 42.9.2.x –Using new macro for Extended Dynamic Allocation | - | - |
| GP‑061130 | 52.9.2.x –Using new macro for Extended Dynamic Allocation | - | - |
| GP‑061131 | 26.6.5 – Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061132 | DTM/EGPRS Multislot Class 11 PICS is missing | Rohde & Schwarz | - |
| GP‑061133 | 41.x.x, 42.x.x, 43.x.x Introduction of GSM 710 and T-GSM 810 bands | - | - |
| GP‑061134 | 51.x.x Introduction of GSM 710 and T-GSM 810 bands | - | - |
| GP‑061135 | 52.x.x, 53.x.x Introduction of GSM 710 and T-GSM 810 bands | - | - |
| GP‑061136 | 26.10.2.4 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061137 | 26.11.2.2 and 26.11.5 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061138 | 26.12.2.1, 26.12.6 and 26.12.7 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061139 | 26.13.1.3 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061140 | 26.14 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061141 | 26.16 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061142 | 26.6.13.5 and 26.6.13.6 - Support for transmission of ACCESS BURSTs on the SACCH added. | Rohde & Schwarz | - |
| GP‑061143 | 26.6.5 – Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061144 | 26.6.8.4 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061145 | 26.8.1.4.3 - Support for transmission of ACCESS BURSTs on the SACCH added. | Rohde & Schwarz | - |
| GP‑061146 | 26.9.7 and 26.9.8 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061147 | 41.5.1.1.1.6 - Support for transmission of ACCESS BURSTs on the SACCH added. | Rohde & Schwarz | - |
| GP‑061148 | 47.3.1, 47.3.2, 47.3.3 and 47.4 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061149 | 34.2.5.2 – Erroneous initial conditions stated for Mobile Station | Rohde & Schwarz | - |
| GP‑061150 | 41.5.2.2 / 41.5.2.3 / 47.3.3.1.2 / 47.4.1 GERAN #29 Action Point AP#29.06 Clarification of SS & MS Behaviour in Expected Sequence Tables | - | - |
| GP‑061151 | 81.1.2.1 Random timer TU3902 to be checked | Rohde & Schwarz | - |
| GP‑061152 | 81.2.3.3, 81.2.3.4, 81.2.5.1, 81.2.6.2, 81.2.6.3, 81.2.6.4, 81.2.6.8, reduce waiting time from 5 minutes to 2 minutes | - | - |
| GP‑061153 | 81.2.4.1 Remove Timer TU3905 and correct step 17 and 18 | Rohde & Schwarz | - |
| GP‑061154 | 81.2.4.2 MS shall not release connection after first GA-RC Register Reject with Cause “Network congested” | Rohde & Schwarz | - |
| GP‑061155 | Correction to MS_ID release procedure | Telecom Italia S.p.A. | - |
| GP‑061156 | Correction to MS_ID release procedure | Telecom Italia S.p.A. | - |
| GP‑061157 | Correction to CSN.1 coding in the MBMS Session Parameters List IE | Telecom Italia S.p.A. | - |
| GP‑061158 | Correction to CSN.1 coding in the MBMS Session Parameters List IE | Telecom Italia S.p.A. | - |
| GP‑061159 | - | - | - |
| GP‑061160 | Modulo Calculations | MCC | - |
| GP‑061161 | Modulo Calculations | MCC | - |
| GP‑061162 | - | - | - |
| GP‑061163 | - | - | - |
| GP‑061164 | Annex A5.2, wrong subclause reference for signal C1 | - | - |
| GP‑061165 | - | - | - |
| GP‑061166 | Downlink Dual Carrier MS Multislot Capabilities | - | - |
| GP‑061167 | - | - | - |
| GP‑061168 | A-GPS Minimum Performance specification baseline | - | - |
| GP‑061169 | - | Nokia | - |
| GP‑061170 | Introduction of Inter-RAT DTM Handover | NOKIA | - |
| GP‑061171 | - | - | - |
| GP‑061172 | - | - | - |
| GP‑061173 | - | - | - |
| GP‑061174 | Enhancements for VGCS Applications WID | Nortel | - |
| GP‑061175 | VGCS Data Service | Nortel Networks | - |
| GP‑061176 | - | - | - |
| GP‑061177 | - | - | - |
| GP‑061178 | - | - | - |
| GP‑061179 | Further Link Simulation Results for MSRD | Motorola | - |
| GP‑061180 | Alignment of DTM Handover procedures | Nokia | - |
| GP‑061181 | PS resources release in case of T8 expiry during DTM Handover procedure | Source:?[H10] | - |
| GP‑061182 | Initiation of PS Handover Cancel procedure in case of T8 expiry during DTM Handover | Nokia | - |
| GP‑061183 | 41.x.x, 42.x.x, 43.x.x Introduction of GSM 710 and T-GSM 810 bands | - | - |
| GP‑061184 | 14.1.1.1 and 14.1.1.2 – AMR Loop Back Dependent Test Case Applicabilty | CETECOM | - |
| GP‑061185 | 14.5.1.1- AMR Loop Back Dependent Test Case Applicabilty | CETECOM | - |
| GP‑061186 | 70.10.2.1 Correction to Conventional GPS Test Case | QUALCOMM Europe | - |
| GP‑061187 | Correction to Conventional GPS Test Case Applicability | - | - |
| GP‑061188 | Clarification of GAN selection when MS in GERAN/UTRAN preferred mode | Nokia | - |
| GP‑061189 | - | - | - |
| GP‑061190 | Correction of terminology: ‘allocation’ vs. ‘assignment’ | - | - |
| GP‑061191 | - | - | - |
| GP‑061192 | If the uplink is not indicated free before the timer expires, the mobile station shall remain in the group receive mode and indicate a reject of the uplink request to the upper layer. | Huawei, Nortel | - |
| GP‑061193 | - | Huawei | - |
| GP‑061194 | Enhancement of the uplink access procedure | Huawei | - |
| GP‑061195 | Correction to the immediate assignment procedure | Huawei | - |
| GP‑061196 | -if the "Preemption Vulnerability" bit is set to 0, then this connection is not vulnerable to preemption and shall not be included in the preemption process and as such may not be subject to forced release or forced handover of a talker in group tran | Source:?[H10] | - |
| GP‑061197 | If the uplink is not indicated free before the timer expires, the mobile station shall remain in the group receive mode and indicate a reject of the uplink request to the upper layer. | Huawei | - |
| GP‑061198 | - | - | - |
| GP‑061199 | Clarification for USF scheduling in target cell | Huawei | - |
| GP‑061200 | Clarification for USF scheduling in target cell | Huawei | - |
| GP‑061201 | Correction to CSN.1 encoding of Packet CS Release Indication | Nokia | - |
| GP‑061202 | Correction to CSN.1 encoding of Packet CS Release Indication | Nokia | - |
| GP‑061203 | - | - | - |
| GP‑061204 | Technology Definition for Wireless Location Signatures | Polaris Wireless | - |
| GP‑061205 | Addition of BS power offset to Location Request Message | GERAN WG2 | - |
| GP‑061206 | - | Nokia | - |
| GP‑061207 | - | Nokia | - |
| GP‑061208 | - | Nokia | - |
| GP‑061209 | - | Nokia | - |
| GP‑061210 | - | Nokia | - |
| GP‑061211 | - | - | - |
| GP‑061212 | - | - | - |
| GP‑061213 | Inclusion of Full-featured A-Galileo | Nokia | - |
| GP‑061214 | A-Galileo Long-Term Orbit | Nokia, Global Locate | - |
| GP‑061215 | Justification for the addition of carrier phase measurements | Nokia | - |
| GP‑061216 | Justification for the multi-mode navigation model | Nokia | - |
| GP‑061217 | A-GNSS support to RRLP | - | - |
| GP‑061218 | - | PHILIPS | - |
| GP‑061219 | Impact of latency on TCP performance | TeliaSonera | - |
| GP‑061220 | - | TeliaSonera | - |
| GP‑061221 | Uplink improvements for GERAN Evolution | TeliaSonera | - |
| GP‑061222 | New Burst Formats – Some BLER results | QUALCOMM Europe | - |
| GP‑061223 | GSM on board aircraft | - | - |
| GP‑061224 | - | Siemens | - |
| GP‑061225 | - | Siemens | - |
| GP‑061226 | - | Siemens | - |
| GP‑061227 | 51.010-1-3569 82.4.1.1 Traffic Channel assignment and Release | setcom | - |
| GP‑061228 | - | - | - |
| GP‑061229 | - | - | - |
| GP‑061230 | - | - | - |
| GP‑061231 | - | - | - |
| GP‑061232 | - | - | - |
| GP‑061233 | - | - | - |
| GP‑061234 | - | - | - |
| GP‑061235 | - | - | - |
| GP‑061236 | - | - | - |
| GP‑061237 | - | - | - |
| GP‑061238 | - | - | - |
| GP‑061239 | Proposal to close very old GSM Releases | MCC | - |
| GP‑061240 | Overview of 3GPP Release 6 | MCC | - |
| GP‑061241 | CRs to Technical Specification Group working methods (21.900) | MCC | - |
| GP‑061242 | - | - | - |
| GP‑061243 | Inter-BSC handover is planned to be controlled by A interface signalling. The Old BSS to New BSS information element is used to indicate to the target BSC that the mobile station is in DTM. | Siemens | - |
| GP‑061244 | - | - | - |
| GP‑061245 | T3107, T3101 expiry for RR connection establishment in Pkt Transfer Mode | Siemens | - |
| GP‑061246 | T3107, T3101 expiry for RR connection establishment in Pkt Transfer Mode | Siemens | - |
| GP‑061247 | Maintenance of Packet Resources in Source Cell during PS Handover | Source:?[H10] | - |
| GP‑061248 | Maintenance of Packet Resources in Source Cell during PS Handover | Source:?[H10] | - |
| GP‑061249 | Fast sending of DTM Handover Command | Siemens | - |
| GP‑061250 | Fast sending of DTM Handover Command | Siemens | - |
| GP‑061251 | - | - | - |
| GP‑061252 | Title | - | - |
| GP‑061253 | Title | - | - |
| GP‑061254 | Title | - | - |
| GP‑061255 | Title | - | - |
| GP‑061256 | - | - | - |
| GP‑061257 | Behaviour in case of failed Update PDP Context procedure | Ericsson | - |
| GP‑061258 | Behaviour in case of missing XID parameters | Ericsson | - |
| GP‑061259 | Missing information about lost MS | Ericsson | - |
| GP‑061260 | Missing information about lost MS | - | - |
| GP‑061261 | Missing information about lost MS | - | - |
| GP‑061262 | - | - | - |
| GP‑061263 | - | - | - |
| GP‑061264 | - | - | - |
| GP‑061265 | - | - | - |
| GP‑061266 | Common RLC Non-persistent mode for MBMS and Conversational Services | - | - |
| GP‑061267 | Common RLC Non-persistent mode for MBMS and Conversational Services | - | - |
| GP‑061268 | Truncation of P1 and P2 Rest Octets | - | - |
| GP‑061269 | - | - | - |
| GP‑061270 | Support for 64 kbps CS Video Calls in GAN mode | Ericsson | - |
| GP‑061271 | Support for 64 kbps CS Video Calls in GAN mode | Ericsson | - |
| GP‑061272 | Page: 1 | Siemens | - |
| GP‑061273 | Page: 1 | Siemens | - |
| GP‑061274 | -if the "Preemption Vulnerability" bit is set to 0, then this connection is not vulnerable to preemption and shall not be included in the preemption process and as such may not be subject to forced release or forced handover of a talker in group tran | Siemens | - |
| GP‑061275 | Inclusion of CONTROL_ACK field in the RR Packet Downlink Assignment IE of DTM Assignment Command message | Philips, Ericsson | - |
| GP‑061276 | Clarification on GANC Selection | - | - |
| GP‑061277 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061278 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061279 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061280 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061281 | Preventing MS to send Packet CS Request message when not operating in extended uplink TBF mode | Infineon Technologies | - |
| GP‑061282 | Preventing MS to send Packet CS Request message when not operating in extended uplink TBF mode | Infineon Technologies | - |
| GP‑061283 | Initial choice of encoding for one RLC block when MCS-8 is commanded | - | - |
| GP‑061284 | - | Alcatel | - |
| GP‑061285 | Introduction of Downlink Dual Carrier | Nokia, Siemens, Ericsson | - |
| GP‑061286 | - | Nokia | - |
| GP‑061287 | - | - | - |
| GP‑061288 | Summary of change:?[H16] | Nortel | - |
| GP‑061289 | If the mobile station is unable to start the uplink access or priority uplink request procedure before timer T3128 expires, the mobile station shall remain in the group receive mode and indicate a reject of the uplink request to the upper layer. | Nortel | - |
| GP‑061290 | - | Siemens | - |
| GP‑061291 | - | - | - |
| GP‑061292 | - | - | - |
| GP‑061293 | Background for CR set “Introduction of Assisted Galileo Capability | Ericsson, QUALCOMM Europe | - |
| GP‑061294 | Introduction of Assisted GALILEO capability as an Assisted GNSS into the GERAN | - | - |
| GP‑061295 | Introduction of Assisted GALILEO capability as an Assisted GNSS into the GERAN | - | - |
| GP‑061296 | Introduction of Assisted GALILEO capability as an Assisted GNSS into the GERAN | - | - |
| GP‑061297 | Introduction of Assisted GALILEO capability as an Assisted GNSS into the GERAN | Ericsson, QUALCOMM Europe | - |
| GP‑061298 | Introduction of Assisted GALILEO capability as an Assisted GNSS into the GERAN | Ericsson, QUALCOMM Europe | - |
| GP‑061299 | Correction of RNC identifier reference in RIM Routing Information | Nortel Networks | - |
| GP‑061300 | Correction of RNC identifier reference in RIM Routing Information | Nortel Networks | - |
| GP‑061301 | Correction to IEs ordering in transparent containers | Nortel Networks | - |
| GP‑061302 | 3.When receiving the Relocation Command message the source RNC may, based on QoS, begin the forwarding of data for the RABs subject to data forwarding to the 3G/2G SGSN according to the definition in 3GPP TS 23.060 [19]. The GTP-U sequence numbers ar | Ericsson | - |
| GP‑061303 | - | - | - |
| GP‑061304 | Correction of misplaced note reference | Nortel Networks | - |
| GP‑061305 | Corrections – Table B1: applicability of tests | SGS Taiwan Ltd. | - |
| GP‑061306 | 40.2.2.1.10 – Correction of default PSI5 message contents | Rohde & Schwarz | - |
| GP‑061307 | 42.1.2.1.8.2.1, 42.1.2.1.8.2.2: Correction of step numbers | Rohde & Schwarz | - |
| GP‑061308 | 52.1.2.1.8.2.1, 52.1.2.1.8.2.2: Correction of step numbers | Rohde & Schwarz | - |
| GP‑061309 | TCs for Cell Notification – Discussion paper | Rohde & Schwarz | - |
| GP‑061310 | 051.010-1 52.1.2.1.9.3 Packet Uplink Assignment / Two phase access / Radio Access Capabilities. | setcom | - |
| GP‑061311 | - | - | - |
| GP‑061312 | - | - | - |
| GP‑061313 | Addition of BS power offset to Location Request Message | Polaris Wireless | - |
| GP‑061314 | - | - | - |
| GP‑061315 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | Siemens | - |
| GP‑061316 | Page: 1 | Siemens | - |
| GP‑061317 | -An NSE may change the IP endpoint at which the NS SDUs for an MS are received by setting the R-bit field to "1" (Request change flow) in the NS SDU Control Bits IE in the next NS SDU or in an NS SDU with no data. (Note: The BSSGP DL-UNITDATA (BSSGP | Ericsson | - |
| GP‑061318 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | Telecom Italia S.p.A. | - |
| GP‑061319 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | Telecom Italia S.p.A. | - |
| GP‑061320 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | Ericsson | - |
| GP‑061321 | CSN.1 coding error | MCC | - |
| GP‑061322 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | Ericsson, Nokia | - |
| GP‑061323 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | Siemens | - |
| GP‑061324 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | Source:?[H11] | - |
| GP‑061325 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | Source:?[H11] | - |
| GP‑061326 | Cause values used in HANDOVER FAILURE message and in PS HANDOVER REQUEST/REQUIRED NACK PDU for DTM Handover | - | - |
| GP‑061327 | [H11] Enter the source of the CR. This is either (a) one or several companies or, (b) if a (sub)working group has already reviewed and agreed the CR, then list the group as the source. | Source:?[H11] | - |
| GP‑061328 | - | - | - |
| GP‑061329 | - | - | - |
| GP‑061330 | - | - | - |
| GP‑061331 | - | - | - |
| GP‑061332 | Reply LS on GSM antenna minimum performance requirements | GERAN1 | - |
| GP‑061333 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061334 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061335 | Clarification of the NC mode when receiving Packet Cell Change Order message | LG Electronics | - |
| GP‑061336 | Correction to MS_ID release procedure | Telecom Italia S.p.A. | - |
| GP‑061337 | Correction to MS_ID release procedure | Telecom Italia S.p.A. | - |
| GP‑061338 | Correction of terminology: ‘allocation’ vs. ‘assignment’ | - | - |
| GP‑061339 | Introduction of Downlink Dual Carrier | Nokia, Siemens, Ericsson | - |
| GP‑061340 | Default values of SERVING_BAND_REPORTING and REP_PRIORITY in table 3 | - | - |
| GP‑061341 | Reply LS on MBMS Service Area Identity semantic definition (C4-060791) | GERAN2 | - |
| GP‑061342 | Liaison Statement on the Vocabulary TR, TR 21.905 | TSG GERAN | - |
| GP‑061343 | Reply LS on Incorrect handling of messages if truncation is used | GERAN2 | - |
| GP‑061344 | Correction to CSN.1 encoding of Packet CS Release Indication | Nokia | - |
| GP‑061345 | Correction to CSN.1 encoding of Packet CS Release Indication | Nokia | - |
| GP‑061346 | T3107, T3101 expiry for RR connection establishment in Pkt Transfer Mode | Siemens | - |
| GP‑061347 | T3107, T3101 expiry for RR connection establishment in Pkt Transfer Mode | Siemens | - |
| GP‑061348 | Clarification on GANC Selection | Infineon Technologies | - |
| GP‑061349 | Title | - | - |
| GP‑061350 | Behaviour in case of failed Update PDP Context procedure | Ericsson | - |
| GP‑061351 | Annex A5.2, wrong subclause reference for signal C1 | Rohde & Schwarz | - |
| GP‑061352 | 42.1.2.1.8.x, 42.1.2.1.9.x, 42.7.x – Clarification in USF allocation | - | - |
| GP‑061353 | 52.1.2.1.8.x, 52.1.2.1.9.x – Clarification in USF allocation | - | - |
| GP‑061354 | 41.5.1.1.1.6 - Support for transmission of ACCESS BURSTs on the SACCH added. | Rohde & Schwarz | - |
| GP‑061355 | 26.10.2.4 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061356 | 26.11.2.2 and 26.11.5 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061357 | 26.12.2.1, 26.12.6 and 26.12.7 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061358 | 26.13.1.3 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061359 | 26.14 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061360 | 26.16 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061361 | 26.6.13.5 and 26.6.13.6 - Support for transmission of ACCESS BURSTs on the SACCH added. | Rohde & Schwarz | - |
| GP‑061362 | 26.6.8.4 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061363 | 26.8.1.4.3 - Support for transmission of ACCESS BURSTs on the SACCH added. | Rohde & Schwarz | - |
| GP‑061364 | 26.9.7 and 26.9.8 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061365 | 47.3.1, 47.3.2, 47.3.3 and 47.4 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061366 | 26.6.5 – Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061367 | LS Reply: Called party BCD number length | GERAN WG3 | - |
| GP‑061368 | 051.010-1 52.1.2.1.9.3 Note added to take into consideration all MS releases in term of checking the order of access technologies sent by MS | Setcom | - |
| GP‑061369 | 81.2.3.3, 81.2.3.4, 81.2.5.1, 81.2.6.2, 81.2.6.3, 81.2.6.4, 81.2.6.8, reduce waiting time from 5 minutes to 2 minutes | - | - |
| GP‑061370 | Adding of Specific TC's PICS/PIXIT column to Table B.1 | MCC Support | - |
| GP‑061371 | 26.6.3.10 Introduction of new Enhanced Measurement Report Testcase | Rohde & Schwarz | - |
| GP‑061372 | - | - | - |
| GP‑061373 | - | - | - |
| GP‑061374 | Reply to the LS GP-061030 on GERAN/UTRAN test case redundancy in dual mode phones. | GERAN WG3 | - |
| GP‑061375 | 26.9.7 and 26.9.8 - Support for transmission of ACCESS BURSTs on the SACCH added. | - | - |
| GP‑061376 | - | - | - |
| GP‑061377 | 52.x.x, 53.x.x Introduction of GSM 710 and T-GSM 810 bands | - | - |
| GP‑061378 | 82.4.1.1 An ongoing voice call is added to be able to trigger MS to release GA-CSR connection | setcom | - |
| GP‑061379 | 52.1.2.1.9.3 Note added to take into consideration all MS releases in term of checking the order of access technologies sent by MS | Setcom | - |
| GP‑061380 | A7.1. Clarification of min and max times for statistical tests | Aeroflex | - |
| GP‑061381 | - | - | - |
| GP‑061382 | - | - | - |
| GP‑061383 | Addition of GSM 710 and T-GSM 810 Bands to selection expressions for InterSystem testcases | Anite, MCC272 | - |
| GP‑061384 | LS Response on UTRAN <-> GAN Handover Testing Responsibilities | TSG GERAN WG3 | - |
| GP‑061385 | DTM/EGPRS Multislot Class 11 PICS is missing | Rohde & Schwarz | - |
| GP‑061386 | LS on status of GERAN WG3 activities | GERAN WG3 | - |
| GP‑061387 | Work Plan on clean up of not needed PICS/PIXIT statements from 51.010-1 | GERAN WG3 | - |
| GP‑061388 | LS on UTRAN <-> GAN Handover priority | TSG GERAN WG3 | - |
| GP‑061389 | - | - | - |
| GP‑061390 | - | - | - |
| GP‑061391 | -if the "Preemption Vulnerability" bit is set to 0, then this connection is not vulnerable to preemption and shall not be included in the preemption process and as such may not be subject to forced release or forced handover of a talker in group tran | Source:?[H10] | - |
| GP‑061392 | - | Source:?[H10] | - |
| GP‑061393 | Correction for radio resource allocation with A interface link sharing | TSG GERAN WG2 | - |
| GP‑061394 | If the uplink is not indicated free before the timer expires, the mobile station shall remain in the group receive mode and indicate a reject of the uplink request to the upper layer. | Huawei, Nortel | - |
| GP‑061395 | -if the "Preemption Vulnerability" bit is set to 0, then this connection is not vulnerable to preemption and shall not be included in the preemption process and as such may not be subject to forced release or forced handover of a talker in group tran | Siemens | - |
| GP‑061396 | Clarification of Cell Identifier List segmentation | Nortel | - |
| GP‑061397 | Liaison Statement on the Vocabulary TR, TR 21.905 | TSG GERAN | - |
| GP‑061398 | Reply LS on Incorrect handling of messages if truncation is used | GERAN2 | - |
| GP‑061399 | LS on Inter-RAT DTM Handover | 3GPP TSG GERAN WG2 | - |
| GP‑061400 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061401 | 3.When receiving the Relocation Command message the source RNC may, based on QoS, begin the forwarding of data for the RABs subject to data forwarding to the 3G/2G SGSN according to the definition in 3GPP TS 23.060 [19]. The GTP-U sequence numbers ar | Ericsson | - |
| GP‑061402 | - | - | - |
| GP‑061403 | Clarification for USF scheduling in target cell | Huawei | - |
| GP‑061404 | Clarification for USF scheduling in target cell | Huawei | - |
| GP‑061405 | Maintenance of Packet Resources in Source Cell during PS Handover | Source:?[H10] | - |
| GP‑061406 | Maintenance of Packet Resources in Source Cell during PS Handover | - | - |
| GP‑061407 | Common RLC Non-persistent mode for MBMS and Conversational Services | - | - |
| GP‑061408 | Common RLC Non-persistent mode for MBMS and Conversational Services | - | - |
| GP‑061409 | - | - | - |
| GP‑061410 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061411 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061412 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061413 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061414 | Preventing MS to send Packet CS Request message when not operating in extended uplink TBF mode | Infineon Technologies | - |
| GP‑061415 | Preventing MS to send Packet CS Request message when not operating in extended uplink TBF mode | Infineon Technologies | - |
| GP‑061416 | Correction to MS_ID release procedure | - | - |
| GP‑061417 | Correction to MS_ID release procedure | Telecom Italia S.p.A. | - |
| GP‑061418 | Correction of RNC identifier reference in RIM Routing Information | Nortel Networks | - |
| GP‑061419 | Correction of RNC identifier reference in RIM Routing Information | Nortel Networks | - |
| GP‑061420 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061421 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061422 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061423 | C value calculation in case there is a transition of the mode | - | - |
| GP‑061424 | Introduction of Inter-RAT DTM Handover | NOKIA | - |
| GP‑061425 | If the uplink is not indicated free before the timer expires, the mobile station shall remain in the group receive mode and indicate a reject of the uplink request to the upper layer. | Huawei | - |
| GP‑061426 | -if the "Preemption Vulnerability" bit is set to 0, then this connection is not vulnerable to preemption and shall not be included in the preemption process and as such may not be subject to forced release or forced handover of a talker in group tran | Source:?[H10] | - |
| GP‑061427 | - | Source:?[H10] | - |
| GP‑061428 | Correction for radio resource assignment with A interface link sharing | TSG GERAN WG2 | - |
| GP‑061429 | If the uplink is not indicated free before the timer expires, the mobile station shall remain in the group receive mode and indicate a reject of the uplink request to the upper layer. | Huawei, Nortel | - |
| GP‑061430 | Page: 1 | Siemens | - |
| GP‑061431 | Page: 1 | Siemens | - |
| GP‑061432 | -if the "Preemption Vulnerability" bit is set to 0, then this connection is not vulnerable to preemption and shall not be included in the preemption process and as such may not be subject to forced release or forced handover of a talker in group tran | Siemens | - |
| GP‑061433 | Enhancements for VGCS Applications WID | Nortel | - |
| GP‑061434 | - | - | - |
| GP‑061435 | Initial choice of encoding for one RLC block when MCS-8 is commanded | - | - |
| GP‑061436 | - | - | - |
| GP‑061437 | - | - | - |
| GP‑061438 | Clarification of Cell Identifier List segmentation | Nortel | - |
| GP‑061439 | Correction of terminology: “allocation” vs. “assignment” | Siemens | - |
| GP‑061440 | Corrections to PACCH description | Siemens | - |
| GP‑061441 | Summary of change:?[H16] | Nortel | - |
| GP‑061442 | Support for 64 kbps CS Video Calls in GAN mode | Ericsson | - |
| GP‑061443 | Initial choice of encoding for one RLC block when MCS-8 is commanded | - | - |
| GP‑061444 | LS on Inter-RAT DTM Handover | 3GPP TSG GERAN WG2 | - |
| GP‑061445 | BS offset and DTX flag indication for Measurement Report | Ericsson, Polaris Wireless | - |
| GP‑061446 | Clarification on GANC Selection | Infineon Technologies | - |
| GP‑061447 | 3.When receiving the Relocation Command message the source RNC may, based on QoS, begin the forwarding of data for the RABs subject to data forwarding to the 3G/2G SGSN according to the definition in 3GPP TS 23.060 [19]. The GTP-U sequence numbers ar | Ericsson | - |
| GP‑061448 | LS on Introduction of CAMEL Trigger Points | GERAN2 | - |
| GP‑061449 | Clarification for USF scheduling in target cell | - | - |
| GP‑061450 | Clarification for USF scheduling in target cell | - | - |
| GP‑061451 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061452 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061453 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061454 | TBF handling upon reception of a DTM ASSIGNMENT COMMAND | Infineon Technologies | - |
| GP‑061455 | Preventing MS to send Packet CS Request message when not operating in extended uplink TBF mode | Infineon Technologies | - |
| GP‑061456 | Preventing MS to send Packet CS Request message when not operating in extended uplink TBF mode | Infineon Technologies | - |
| GP‑061457 | Correction for radio resource allocation with A interface link sharing | TSG GERAN WG2 | - |
| GP‑061458 | Introduction of Inter-RAT DTM Handover | NOKIA | - |
| GP‑061459 | LS on Inter-RAT DTM Handover | 3GPP TSG GERAN WG2 | - |
| GP‑061460 | Page: 1 | Siemens | - |
| GP‑061461 | - | - | - |
| GP‑061462 | [DRAFT] LS Response to GSM on board aircraft documentation | 3GPP TSG GERAN WG1 | - |
| GP‑061463 | Background for starting a new Study Item “LCS Evolution” | Alcatel, Andrew, Ericsson, Global Locate, NOKIA, Siemens, SiRF, | - |
| GP‑061464 | - | - | - |
| GP‑061465 | Introduction of Inter-RAT DTM Handover | NOKIA | - |
| GP‑061466 | A-GPS Minimum Performance specification baseline | - | - |
| GP‑061467 | - | Siemens | - |
| GP‑061468 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061469 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061470 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061471 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061472 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061473 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061474 | Introduction of Downlink Dual Carrier | Nokia, Siemens, Ericsson | - |
| GP‑061475 | A-GPS Minimum Performance specification baseline | - | - |
| GP‑061476 | - | Nokia | - |
| GP‑061477 | - | - | - |
| GP‑061478 | Higher Uplink Performance for GERAN Evolution (HUGE) | - | - |
| GP‑061479 | New WID on higher order modulation and turbo coding | Ericsson, Freescale, Infineon, Intel, Interdigital, Orange, Panasonic, RIM, Samsung, Telecom Italia S.p.A., TeliaSonera | - |
| GP‑061480 | New WID on higher order modulation and turbo coding: Stage 2 | Ericsson, Freescale, Infineon, Intel, Interdigital, Orange, Panasonic, RIM, Samsung, Telecom Italia S.p.A., TeliaSonera | - |
| GP‑061481 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061482 | - | - | - |
| GP‑061483 | - | - | - |
| GP‑061484 | New WID on higher order modulation and turbo coding: Stage 3 | Ericsson, Freescale, Infineon, Intel, Interdigital, Orange, Panasonic, RIM, Samsung, Telecom Italia S.p.A., TeliaSonera | - |
| GP‑061485 | New WID on higher order modulation and turbo coding: | Ericsson, Freescale, Infineon, Intel, Interdigital, Orange, Panasonic, RIM, Samsung, Telecom Italia S.p.A., TeliaSonera | - |
| GP‑061486 | New WID on higher order modulation and turbo coding: | Ericsson, Freescale, Infineon, Intel, Interdigital, Orange, Panasonic, RIM, Samsung, Telecom Italia S.p.A., TeliaSonera | - |
| GP‑061487 | - | - | - |
| GP‑061488 | - | - | - |
| GP‑061489 | - | - | - |
| GP‑061490 | - | - | - |
| GP‑061491 | - | - | - |
| GP‑061492 | Higher Uplink performance for GERAN Evolution (HUGE) – Stage 2 | - | - |
| GP‑061493 | Higher Uplink performance for GERAN Evolution (HUGE) – Layer 1 Support | - | - |
| GP‑061494 | Higher Uplink performance for GERAN Evolution (HUGE) – Layer 2/3 Support | - | - |
| GP‑061495 | Higher Uplink performance for GERAN Evolution (HUGE) – Performance Requirements | - | - |
| GP‑061496 | Higher Uplink performance for GERAN Evolution (HUGE) – MS Conformance Tests | - | - |
| GP‑061497 | Higher Uplink performance for GERAN Evolution (HUGE) – BTS Conformance Tests | - | - |
| GP‑061498 | Title | - | - |
| GP‑061499 | Title | - | - |
| GP‑061500 | Title | - | - |
| GP‑061501 | Title | - | - |
| GP‑061502 | Title | - | - |
| GP‑061503 | Title | - | - |
| GP‑061504 | - | - | - |
| GP‑061505 | Draft Report of TSG GERAN WG1 during TSG GERAN #30, version 0.0.1 | Secretary TSG GERAN WG1, Paolo Usai | - |
| GP‑061506 | - | - | - |
| GP‑061507 | - | Document 8F/TEMP/408 | - |
| GP‑061508 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061509 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061510 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061511 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061512 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061513 | C value calculation in case there is a transition of the mode | LG Electronics | - |
| GP‑061514 | LS on Introduction of CAMEL Trigger Points | GERAN2 | - |
| GP‑061515 | Correction for radio resource allocation with A interface link sharing | TSG GERAN WG2 | - |
| GP‑061516 | Reply LS on Incorrect handling of messages if truncation is used | GERAN2 | - |
| GP‑061517 | LS on Inter-RAT DTM Handover | 3GPP TSG GERAN WG2 | - |
| GP‑061518 | - | - | - |
| GP‑061519 | Title | - | - |
| GP‑061520 | Title | - | - |
| GP‑061521 | Title | - | - |
page generated from database: 2024-04-22 07:58:53