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ITU-T�SG 15� C�(2017-06-19)�

ITU-T�SG 15

Transport, access and home

Study Period 2017

Meeting� from 2017-06-19 to 2017-06-30

held in Switzerland [Geneva]
Other Meetings : 2021-12-06� 2021-04-12� 2020-09-07� 2020-01-27� 2019-07-01� 2018-10-08� 2018-01-29�

Results:46 total items.
Contributions �[�Source:�ZTE�]���Documents / Contributions
�
Number�
Title Source AI/Question
 		Date
[ 386 ] �
� 		G.Fast: cross-layer DTA control based on the state of traffic priority queues � � ZTE Corporation (China) � Q4/15 � 2017-06-06
[ 382 ] �
� 		G.fast: optimized vectoring method for high-frequency band � � ZTE Corporation (China) , ASSIA Inc. � Q4/15 � 2017-06-06
[ 344 ] �
� 		5G transport solution analysis � � ZTE Corporation (China) � Q12/15, Q11/15, Q10/15 � 2017-06-06
[ 338 ] �
� 		Propose to add OTSi, OTSiG, OTSiA information model to G.874.1 � � ZTE Corporation (China) � Q14/15 � 2017-06-06
[ 337 ] �
� 		FlexE layer network model � � ZTE Corporation (China) � Q12/15 � 2017-06-06
[ 334 ] �
� 		Updates to clause 8.3.1.2 and 8.3.2.2 of G.7702 � � ZTE Corporation (China) � Q12/15 � 2017-06-06
[ 332 ] �
� 		Application of Control Communication Network (CCN) � � ZTE Corporation (China) � Q12/15 � 2017-06-06
[ 308 ] �
� 		G.fast: optimized vectoring method for high-frequency band �
Duplicate of C382 �		 Adaptive Spectrum and Signal Alignment (ASSIA) Inc. , ZTE Corporation (China) � Q4/15 � 2017-06-06
[ 299 ] �
� 		G.fast: optimized vectoring method for high-frequency band �
Duplicate of C382 �		 Adaptive Spectrum and Signal Alignment (ASSIA) Inc. , ZTE Corporation (China) � Q4/15 � 2017-06-06
[ 298 ] �
� 		G.fast: optimized vectoring method for high-frequency band �
Duplicate of C382 �		 ZTE Corporation (China) , ZTE Corporation (China) � Q4/15 � 2017-06-06
[ 297 ] �
� 		G.fast: optimized vectoring method for high-frequency band �
Duplicate of C382 �		 Adaptive Spectrum and Signal Alignment (ASSIA) Inc. , ZTE Corporation (China) � Q4/15 � 2017-06-06
[ 296 ] �
� 		G.fast: optimized vectoring method for high-frequency band �
Duplicate of C382 �		 Adaptive Spectrum and Signal Alignment (ASSIA) Inc. , ZTE Corporation (China) � Q4/15 � 2017-06-06
[ 293 ] �
� 		G.fast: optimized vectoring method for high-frequency band �
Duplicate of C382 �		 Adaptive Spectrum and Signal Alignment (ASSIA) Inc. , ZTE Corporation (China) � Q4/15 � 2017-06-06
[ 268 ] �
� 		Clarification on WD39 of Shanghai meeting � � China Unicom , ZTE Corporation (China) � Q13/15 � 2017-06-06
[ 267 ] �
� 		An Example of Operation Generalization - Batch Query � � ZTE Corporation (China) � Q14/15 � 2017-06-06
[ 264 ] �
� 		Monitoring Time Offset in PTP Connections [G.8275.1, G.Suppl.SyncOAM] � � Huawei Technologies Co., Ltd. (China) , ZTE Corporation (China) � Q13/15 � 2017-06-06
[ 254 ] �
� 		Proposal of starting official joint effort on PON convergence among ITU-T/FSAN, IEEE and any other interest SDOs � � Huawei Technologies Co., Ltd. (China) , CAICT , China Mobile Communications Corporation , China Telecommunications Corporation , China Unicom , FiberHome Technologies Group (China) , MITT , Nokia Shanghai Bell , ZTE � Q2/15 � 2017-06-06
[ 250 ] �
� 		Network objectives in the draft G.8132 � � ZTE Corporation (China) � Q9/15 � 2017-06-06
[ 248 ] �
� 		G.HSP modulation technologies comparison for above 10Gb/s per wavelength � � Huawei Technologies Co., Ltd. (China) , ZTE Corporation (China) � Q2/15 � 2017-06-06
[ 242 ] �
� 		Comments on FlexE related atomic function � � ZTE Corporation (China) � Q11/15, Q10/15 � 2017-06-06
[ 241 ] �
� 		Application scenario, interface type analysis and OTN solution consideration for 5G transport � � ZTE Corporation (China) � Q12/15, Q11/15 � 2017-06-06
[ 240 ] �
� 		Proposal for Combination G-PON and XG(S)-PON reach extender � � Orange (France) , ZTE Corporation (China) � Q2/15 � 2017-06-06
[ 239 ] �
� 		Wavelength allocation options for above 10Gb/s per wavelength PONs � � ZTE Corporation (China) � Q2/15 � 2017-06-06
[ 238 ] �
� 		Proposal for Combination G-PON and XG(S)-PON reach extender �
Duplicate of C240 �		 ZTE Corporation (China) � Q2/15 � 2017-06-06
[ 237 ] �
� 		Proposal for RE ONU mapping in G.9807.2 � � ZTE Corporation (China) � Q2/15 � 2017-06-06
[ 236 ] �
� 		Comments on the draft G.8132 � � ZTE Corporation (China) � Q9/15 � 2017-06-06
[ 218 ] �
� 		Update of the information model for synchronization � � ZTE Corporation (China) � Q14/15 � 2017-06-06
[ 217 ] �
� 		Considerations on Alarm/Notification Management � � ZTE Corporation (China) � Q12/15 � 2017-06-06
[ 216 ] �
� 		Proposal to initiate work on a new draft of Recommendation for management information model of synchronization � � ZTE Corporation (China) � Q14/15 � 2017-06-06
[ 214 ] �
� 		EVM related test results of commercial transponders � � Ministry of Industry and Information Technology (MIIT) (China) , China Mobile , ZTE Corporation (China) � Q6/15 � 2017-06-06
[ 213 ] �
� 		Some suggestions on the progress of G.698.2 � � Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q6/15 � 2017-06-06
[ 174 ] �
� 		Proposed 40 channels application parameters for G.metro � � ADVA Optical Networking (United Kingdom) , China Unicom , Finisar Corporation , Huawei Technologies Co., Ltd. (China) , Telefon AB - LM Ericsson (Sweden) , ZTE Corporation (China) � Q6/15 � 2017-06-05
[ 169 ] �
� 		Architecture Requirement of 5G transport network � � China Mobile Communications Corporation , FiberHome Technologies Group (China) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q12/15, Q11/15, Q10/15 � 2017-06-05
[ 159 ] �
� 		Standards Gap Analysis of FlexE � � China Mobile Communications Corporation , FiberHome Technologies Group (China) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q9/15, Q10/15 � 2017-06-05
[ 154 ] �
� 		Proposal to start new projects to specify 5G transport over OTN � � China Mobile Communications Corporation , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , Microsemi Corporation (United States) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q11/15 � 2017-06-05
[ 120 ] �
� 		Considerations about the work in support of the 5G transport � � China Unicom , CAICT , ZTE Corporation (China) � Q6/15 � 2017-06-05
[ 119 ] �
� 		proposals about the modification of Appendix V of G.959.1 � � China Unicom , ZTE Corporation (China) � Q6/15 � 2017-06-05
[ 118 ] �
� 		proposals about a minimum capability of 100G receiver for EVM in G.698.2 � � China Unicom , CAICT , ZTE Corporation (China) � Q6/15 � 2017-06-05
[ 106 ] �
� 		Proposal for ROADM related parameters in G.672 � � FiberHome Technologies Group (China) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q7/15 � 2017-06-05
[ 100 ] �
� 		Proposals for open items in G.9807.1 Amd1 � � China Telecommunications Corporation , FiberHome Technologies Group (China) , Futurewei Technologies US R&D Center (United States) , ZTE Corporation (China) � Q2/15 � 2017-06-05
[ 98 ] �
� 		Proposed Input about Network Slicing to draft G.7702 � � ZTE Corporation (China) � Q12/15 � 2017-06-05
[ 97 ] �
� 		Proposal for a new G.984.5 Amd to study integrated WDM1r method and other coexistence items � � China Telecommunications Corporation , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , ZTE Corporation (China) � Q2/15 � 2017-06-05
[ 35 ] �
� 		Dual frequency receiver performance test � � ZTE Corporation (China) � Q13/15 � 2017-06-02
[ 33 ] �
� 		Updates for Synchronization management model sketch � � ZTE Corporation (China) � Q14/15, Q13/15 � 2017-06-02
[ 32 ] �
� 		Synchronization management model attributes � � ZTE Corporation (China) � Q14/15, Q13/15 � 2017-06-02
[ 28 ] �
(Rev.1)� 		New WDM-PON standard for 5G RAN Services � � Orange (France) , ZTE Corporation (China) � Q2/15 � 2017-06-01
Results:46 total items.
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