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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‑061003 LS on MBMS Service Area Identity semantic definition CT4 -
GP‑061005 - - -
GP‑061006 Reply LS on Alignment of IE encoding for MBMS RAN3 -
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‑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‑060994 - - -
GP‑060995 - - -
GP‑061004 LS on Requirements for using Cell Identity and Cell Type for charging and/or other services CT4 -
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‑061044 -36 7Layers -
GP‑061045 -36 7Layers -
GP‑061046 -36 7Layers -
GP‑061047 -36 7Layers -
GP‑061043 -063-125, 189-251, 315-377, 441-503, 567-629, 693-755, 819-881 or 945-999. 7layers AG -
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‑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‑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‑061083 - Cingular Wireless -
GP‑061084 - Motorola -
GP‑061082 Incorrect arrangement of signal levels among different carriers in 20.22.9-2 Research In Motion Limited -
GP‑061085 Enhancement to Extended Dynamic Allocation for high multislot classes Motorola -
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‑061163 - - -
GP‑061164 Annex A5.2, wrong subclause reference for signal C1 - -
GP‑061165 - - -
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‑061122 14.4.19 Correction of table heading Aeroflex -
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‑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‑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‑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‑061160 Modulo Calculations MCC -
GP‑061161 Modulo Calculations MCC -
GP‑061162 - - -
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‑061159 - - -
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‑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‑061224 - Siemens -
GP‑061225 - Siemens -
GP‑061226 - Siemens -
GP‑061273 Page: 1 Siemens -
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‑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‑061249 Fast sending of DTM Handover Command Siemens -
GP‑061250 Fast sending of DTM Handover Command Siemens -
GP‑061251 - - -
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‑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‑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‑061309 TCs for Cell Notification – Discussion paper Rohde & Schwarz -
GP‑061311 - - -
GP‑061312 - - -
GP‑061314 - - -
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‑061310 051.010-1 52.1.2.1.9.3 Packet Uplink Assignment / Two phase access / Radio Access Capabilities. setcom -
GP‑061313 Addition of BS power offset to Location Request Message Polaris Wireless -
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‑061348 Clarification on GANC Selection Infineon Technologies -
GP‑061349 Title - -
GP‑061353 52.1.2.1.8.x, 52.1.2.1.9.x – Clarification in USF allocation - -
GP‑061382 - - -
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‑061342 Liaison Statement on the Vocabulary TR, TR 21.905 TSG GERAN -
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‑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‑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‑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‑061385 DTM/EGPRS Multislot Class 11 PICS is missing Rohde & Schwarz -
GP‑061386 LS on status of GERAN WG3 activities GERAN WG3 -
GP‑061388 LS on UTRAN <-> GAN Handover priority TSG GERAN WG3 -
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‑061381 - - -
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‑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‑061387 Work Plan on clean up of not needed PICS/PIXIT statements from 51.010-1 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‑061491 - - -
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‑061416 Correction to MS_ID release procedure - -
GP‑061417 Correction to MS_ID release procedure Telecom Italia S.p.A. -
GP‑061423 C value calculation in case there is a transition of the mode - -
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‑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‑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‑061477 - - -
GP‑061478 Higher Uplink Performance for GERAN Evolution (HUGE) - -
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‑061474 Introduction of Downlink Dual Carrier Nokia, Siemens, Ericsson -
GP‑061475 A-GPS Minimum Performance specification baseline - -
GP‑061476 - Nokia -
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‑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‑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‑061514 LS on Introduction of CAMEL Trigger Points GERAN2 -
GP‑061517 LS on Inter-RAT DTM Handover 3GPP TSG GERAN WG2 -
GP‑061518 - - -
GP‑061519 Title - -
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‑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‑061520 Title - -
GP‑061521 Title - -

page generated from database: 2017-03-21 08:44:01