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ITU-T�SG 15� C�(2018-10-08)�

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Study Period 2017

Meeting� from 2018-10-08 to 2018-10-19

held in Switzerland [Geneva]

Other Meetings : 2021-12-06� 2021-04-12� 2020-09-07� 2020-01-27� 2019-07-01� 2018-01-29� 2017-06-19�

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Contributions��
�	Number�	Title	Source	AI/Question	Date
�	[ 903 ] � �	25G & 50G OTN Signal Interface definition : optimized frame structures options comparison � �	FiberHome Technologies Group (China) �	Q11/15 �	2018-09-24
�	[ 902 ] � �	25G & 50G OTN signal interface definition : requirements and considerations � �	China Telecommunications Corporation , FiberHome Technologies Group (China) , Xilinx Incorporation �	Q11/15 �	2018-09-24
�	[ 901 ] � �	Resolution of study point 6 of G.808.2 revision living list � �	Coriant GmbH & Co. KG (Germany) �	Q9/15 �	2018-09-23
�	[ 900 ] � �	Resolution of study point 5 of G.808.2 revision living list � �	Coriant GmbH & Co. KG (Germany) �	Q9/15 �	2018-09-23
�	[ 899 ] � �	Resolution of study points 1, 2, and 4 of G.808.2 revision living list � �	Coriant GmbH & Co. KG (Germany) �	Q9/15 �	2018-09-23
�	[ 898 ] � �	Consideration of ring interconnection modeling in G.8052.2 � �	FiberHome Technologies Group (China) �	Q14/15 �	2018-09-23
�	[ 897 ] � �	Consideration of OTSiA connection management requirements � �	FiberHome Technologies Group (China) �	Q14/15 �	2018-09-23
�	[ 896 ] � �	25G & 50G OTN interface signal bit rate selection considerations � �	FiberHome Technologies Group (China) �	Q6/15, Q11/15 �	2018-09-23
�	[ 895 ] � �	Considerations Sub1G OTN solutions � �	FiberHome Technologies Group (China) �	Q11/15 �	2018-09-23
�	[ 894 ] � �	Considerations for sub1G OTN � �	FiberHome Technologies Group (China) �	Q11/15 �	2018-09-23
�	[ 893 ] � �	Proposed A.1 for G.7718&G.7718.1 � �	Nokia Shanghai Bell Co. Ltd. (China) , Nokia Shanghai Bell Co. Ltd. (China) �	Q14/15 �	2018-09-23
�	[ 892 ] � (Rev.1)�	Alignment of the LAG model in G.8021 and G.8052 � �	Nokia Shanghai Bell Co. Ltd. (China) , Nokia Shanghai Bell Co. Ltd. (China) �	Q14/15 �	2018-09-23
�	[ 891 ] � (Rev.1)�	MIs in G.8051 align to G.8023 � �	Nokia Shanghai Bell Co. Ltd. (China) , Nokia Shanghai Bell Co. Ltd. (China) �	Q14/15 �	2018-09-23
�	[ 890 ] � (Rev.1)�	Station clock output in Sync-mgmt model � �	Nokia Shanghai Bell Co. Ltd. (China) �	Q14/15 �	2018-09-23
�	[ 889 ] � �	T-BC Test results over 10G interface � �	ADVA Optical Networking (United Kingdom) �	Q13/15 �	2018-09-23
�	[ 888 ] � (Rev.1)�	Proposed fault management function for fast SDN controller based restoration inside transport equipment � �	Electronics and Telecommunications Research Institute (ETRI) (Korea (Rep. of)) , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , KT Corporation (Korea (Rep. of)) , SK Telecom (Korea (Rep. of)) �	Q14/15, Q12/15 �	2018-09-23
�	[ 887 ] � �	G.ploam: Showtime reconfiguration G.ploam parameter definitions � �	Adaptive Spectrum and Signal Alignment (ASSIA) Inc. (United States) �	Q4/15 �	2018-09-22
�	[ 886 ] � �	G.fast: Showtime reconfiguration parameter exchange at initialization � �	Adaptive Spectrum and Signal Alignment (ASSIA) Inc. (United States) �	Q4/15 �	2018-09-22
�	[ 885 ] � (Rev.1)�	G.fast: SREC Table edits to accommodate control parameter names � �	Adaptive Spectrum and Signal Alignment (ASSIA) Inc. (United States) �	Q4/15 �	2018-09-22
�	[ 884 ] � �	Proposed text for G.ctn5g clauses 3.2 and 10 � �	Nokia USA �	Q11/15 �	2018-09-21
�	[ 883 ] � �	G.fast and MGfast control parameters for vectoring and TGV � �	AT&T, Inc. (United States) �	Q4/15 �	2018-09-21
�	[ 882 ] � �	Protocol-based channel bonding in G.HSP.ComTC � �	Futurewei Technologies US R&D Center (United States) �	Q2/15 �	2018-09-21
�	[ 881 ] � �	Discussion on rate related TC layer spec in G.HSP.ComTC � �	Futurewei Technologies US R&D Center (United States) �	Q2/15 �	2018-09-21
�	[ 880 ] � �	FEC Code in IEEE P802.3ca and ITU 50GPON FEC Discussion � �	Futurewei Technologies US R&D Center (United States) �	Q2/15 �	2018-09-21
�	[ 879 ] � �	Real-Time Measurements on Soft-Decision LDPC for 50G-PON � �	Futurewei Technologies US R&D Center (United States) �	Q2/15 �	2018-09-21
�	[ 878 ] � �	Proposed appendix material on the Sharpness of OOC � �	Futurewei Technologies US R&D Center (United States) �	Q2/15 �	2018-09-21
�	[ 877 ] � �	A generic methodology for the definition of OTN sub-Gigabit containers � �	Huawei Technologies Co., Ltd. (China) , SM Optics s.r.l. (Italy) �	Q11/15 �	2018-09-21
�	[ 876 ] � �	Proposed 25G and 50G ODU25n and FlexO-1-RS-m (m=1,2) specification � �	Huawei Technologies Co., Ltd. (China) �	Q11/15 �	2018-09-21
�	[ 875 ] � �	Software defined network slice � �	Huawei Technologies Co., Ltd. (China) �	Q14/15, Q12/15, Q11/15 �	2018-09-21
�	[ 874 ] � �	Naming of adaptation functions at the boundary of optical and OTU layers � �	FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) �	Q14/15, Q12/15, Q11/15 �	2018-09-21
�	[ 873 ] � �	Add support for matrix media channel in OTSiA\|OCh_C function � �	FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) �	Q14/15, Q11/15 �	2018-09-21
�	[ 872 ] � �	Proposal to define a hybrid tributary slot structure for an OPUCn � �	Huawei Technologies Co., Ltd. (China) �	Q11/15 �	2018-09-21
�	[ 871 ] � �	OTSi to FlexO-1-SC adaptation atomic function model � �	Huawei Technologies Co., Ltd. (China) �	Q11/15 �	2018-09-21
�	[ 870 ] � �	FlexO atomic function model consideration to support a higher bit rate � �	Huawei Technologies Co., Ltd. (China) �	Q11/15 �	2018-09-21
�	[ 869 ] � �	200G and 400G FlexE atomic function model proposal � �	Coriant GmbH & Co. KG (Germany) , Huawei Technologies Co., Ltd. (China) �	Q11/15 �	2018-09-21
�	[ 868 ] � �	Proposals on the synchronization clause of G.ctn5g � �	China Mobile Communications Corporation �	Q13/15, Q11/15 �	2018-09-21
�	[ 867 ] � �	Proposed extension of OTN L0 clients in G.709 � �	Huawei Technologies Co., Ltd. (China) �	Q11/15 �	2018-09-21
�	[ 866 ] � �	T-BC Class D specification � �	China Mobile Communications Corporation , Huawei Technologies Co., Ltd. (China) , ZTE Corporation (China) �	Q13/15 �	2018-09-21
�	[ 865 ] � �	Proposed editorial enhancements to G.709 � �	Huawei Technologies Co., Ltd. (China) �	Q11/15 �	2018-09-21
�	[ 864 ] � �	Co-existence options for 50Gbit/s upstream � �	ZTE Corporation (China) �	Q2/15 �	2018-09-21
�	[ 863 ] � �	Interconnection of ETH UNI and FlexE group UNI text proposal � �	Ciena Canada , Huawei Technologies Co., Ltd. (China) �	Q11/15 �	2018-09-21
�	[ 862 ] � �	Line rate options for 50G-PON � �	ZTE Corporation (China) �	Q2/15 �	2018-09-21
�	[ 861 ] � �	Proposal to add clock related associations to G.7711 � �	China Mobile Communications Corporation �	Q14/15 �	2018-09-21
�	[ 860 ] � �	Proposal to update the section 7.1.1.3 of G.sync-mgmt � �	China Mobile Communications Corporation �	Q14/15 �	2018-09-21
�	[ 859 ] � �	Proposal to modify the Appendix I of G.sync-mgmt � �	China Mobile Communications Corporation �	Q14/15 �	2018-09-21
�	[ 858 ] � �	Proposed A.1 for new recommendation G.709.sub1G � �	China Telecommunications Corporation , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) , SM Optics s.r.l. (Italy) , Telecom Italia S.p.A. (Italy) , Xilinx Incorporation (United States) , ZTE Corporation (China) �	Q11/15 �	2018-09-21
�	[ 857 ] � (Rev.1-2)�	Comments on G.9806 � �	Nippon Telegraph and Telephone Corporation (NTT) (Japan) �	Q2/15 �	2018-09-21
�	[ 856 ] � (Rev.1)�	Proposed text for G.709.3 with 200G and 400G CFEC interface (based on G.709.3 correspondence) � �	China Telecommunications Corporation , China Unicom , Ciena Canada , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , Inphi Corporation (United States) �	Q11/15 �	2018-09-21
�	[ 855 ] � (Rev.1)�	G.8271 Table A.7 Typo � �	NEC Corporation (Japan) �	Q13/15 �	2018-09-21
�	[ 854 ] � �	G.798 FlexO model and (multi-)frame generation � �	Ciena Canada , Intel Corporation (United States) �	Q11/15 �	2018-09-21
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