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ITU-T�SG15� C�(2012-09-10)�

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Transport network structures
Study Period 2009

Meeting� from 2012-09-10 to 2012-09-21

held in Switzerland [Geneva]

Other Meetings : 2012-05-11� 2011-12-05� 2011-09-16� 2011-02-14� 2010-10-22� 2010-05-31� 2010-01-15� 2009-09-28� 2009-05-15� 2008-12-01�

Results:59 total items.

Result page:� 1 - 2 �-�Next

Contributions �[�Source:�Huawei Technologies Co. Ltd.�]���
�	Number�	Title	Source	AI/Question	Date
�	[ 2380 ] � �	G.fast: Minimum Duration of Transmission Opportunity � �	Huawei Technologies Co. Ltd. �	Q4A/15 �	2012-08-28
�	[ 2343 ] � �	The TVL of Signaling message � �	Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2341 ] � �	The effect of MAC control pause operation for PTP synchronization � �	Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2340 ] � �	Test error of PRTC � �	Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2339 ] � �	PHY and intra-node noise error � �	China Mobile Communications Corporation , France T�l�com Orange , Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2338 ] � �	Analysis about SyncE rearrangement for different message delays of G.781 � �	China Mobile Communications Corporation , France T�l�com Orange , Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2322 ] � (Rev.1)�	Terminology for Sub-Lambda Photonically Switched Network (SLPSN) � �	France T�l�com Orange , Huawei Technologies Co. Ltd. , Portugal Telecom, SGPS, S.A. , Swisscom SA , Telecom Italia S.p.A. , Telef�nica, S.A. , Telstra Corporation Ltd. , Verizon Communication Corporation �	Q3/15, Q12/15 �	2012-08-28
�	[ 2309 ] � �	G.fast: On Net Coding Gain � �	Huawei Technologies Co. Ltd. �	Q4A/15 �	2012-08-28
�	[ 2302 ] � �	G.fast: First DMT Symbol After Inactivity Period � �	Huawei Technologies Co. Ltd. �	Q4A/15 �	2012-08-28
�	[ 2301 ] � �	G.vector: Extending maximum duration of O-P-VECTOR 1 signal � �	Huawei Technologies Co. Ltd. �	Q4A/15 �	2012-08-28
�	[ 2268 ] � �	Proposed text and figures for Appendix II/G.8012.1 � �	Huawei Technologies Co. Ltd. �	Q10/15 �	2012-08-28
�	[ 2246 ] � +Corr.1�	Serial data acquisition by XGPON � �	FiberHome Technologies Group , Huawei Technologies Co. Ltd. , ZTE Corporation �	Q2/15 �	2012-08-28
�	[ 2245 ] � �	DVB_ASI Jitter Accumulation over OTN Islands � �	Huawei Technologies Co. Ltd. , Huawei Technologies Co. Ltd. �	Q9/15, Q13/15 �	2012-08-28
�	[ 2244 ] � �	Criterion for Minimum Detectable Floor Delay Step using minMATIE � �	Huawei Technologies Co. Ltd. , Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2243 ] � �	Effect of Turnaround on Time Transport Performance using PTP � �	China Mobile Communications Corporation , France T�l�com Orange , Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2242 ] � �	Advantages of the Pdelay Mechanism in Time Transport using PTP for the case where SyncE is not Used for Frequency Transport � �	China Mobile Communications Corporation , France T�l�com Orange , Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2241 ] � �	Discussion of T-BC/T-TSC Noise Generation for Phase/Time Synchronization using PTP without SyncE Support � �	China Mobile Communications Corporation , France T�l�com Orange , Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2240 ] � �	Analysis of Protection Scenario 1 for Phase/Time Synchronization, for the Case of a Shorter SyncE Reference Chain � �	China Mobile Communications Corporation , France T�l�com Orange , Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2239 ] � �	Further Discussion of BMCA Requirements for the Phase/Time PTP Telecom Profile, and Example Alternate BMCAs � �	China Mobile Communications Corporation , France T�l�com Orange , Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2238 ] � �	Analysis of HRM2b SyncE Rearrangement for Various T-TSC Bandwidths, with SyncE Transients Slowed Down by T-BCs and T-TSC, and Conclusions on Mitigation of Effect of the Rearrangement � �	China Mobile Communications Corporation , France T�l�com Orange , Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2237 ] � �	Analysis of HRM2b SyncE Rearrangement with SyncE Transients Slowed Down by T-BCs � �	China Mobile Communications Corporation , France T�l�com Orange , Huawei Technologies Co. Ltd. �	Q13/15 �	2012-08-28
�	[ 2235 ] � �	Analysis of HRM2b SyncE Rearrangement for Various T-TSC Bandwidths � �	China Mobile Communications Corporation , France T�l�com Orange , Huawei Technologies Co. Ltd. , Iometrix �	Q13/15 �	2012-08-28
�	[ 2214 ] � �	Comparison of ODU SMP Activation protocols � �	Huawei Technologies Co. Ltd. , Infinera Corporation �	Q9/15 �	2012-08-28
�	[ 2196 ] � �	Proposal for adaptive bandwidth in Ethernet ring � �	Huawei Technologies Co. Ltd. �	Q9/15 �	2012-08-27
�	[ 2193 ] � �	Clarification on adaptive bandwidth for G.808.1 � �	Huawei Technologies Co. Ltd. �	Q9/15 �	2012-08-27
�	[ 2192 ] � �	Proposal on protection switching interworking architecture for ring-to-ring and linear-to-ring schemes � �	China Unicom , Huawei Technologies Co. Ltd. �	Q9/15 �	2012-08-27
�	[ 2191 ] � �	Proposal for new Appendix II to G.798.1 � �	Huawei Technologies Co. Ltd. �	Q9/15 �	2012-08-27
�	[ 2190 ] � �	Definition of Signal Degrade in packet networks � �	Alcatel-Lucent Italia S.p.A.; China , China Mobile Communications Corporation , Huawei Technologies Co. Ltd. , Orckit Corrigent , Telecom Italia S.p.A. , ZTE Corporation �	Q9/15, Q14/15, Q10/15 �	2012-08-27
�	[ 2180 ] � �	Multilayer protocol stack of OTN interface � �	Huawei Technologies Co. Ltd. �	Q11/15 �	2012-08-27
�	[ 2179 ] � (Rev.1)�	Consideration on multiplex structure, timeslot granularity and client mapping in next ODU/OTU signals � �	Huawei Technologies Co. Ltd. �	Q11/15 �	2012-08-27
�	[ 2178 ] � �	Considerations on flexible OTU frame structures � �	Huawei Technologies Co. Ltd. �	Q11/15 �	2012-08-27
�	[ 2177 ] � �	Extension of OTN hybrid equipment � �	Huawei Technologies Co. Ltd. �	Q9/15 �	2012-08-27
�	[ 2166 ] � �	Requirements for Signal Degrade in packet networks � �	Alcatel-Lucent Italia S.p.A.; China , China Mobile Communications Corporation , Huawei Technologies Co. Ltd. , Orckit Corrigent , Telecom Italia S.p.A. , ZTE Corporation �	Q9/15, Q10/15 �	2012-08-27
�	[ 2165 ] � �	Further results of an alternative method for measuring in-band OSNR in G.697 � �	China Unicom , Huawei Technologies Co. Ltd. �	Q6/15 �	2012-08-27
�	[ 2164 ] � �	Proposal for modulation format for 100 Gbit/s applications in G.698.2 � �	Huawei Technologies Co. Ltd. �	Q6/15 �	2012-08-27
�	[ 2163 ] � �	Considerations and suggestions on revision of draft recommendation G.rmon � �	Huawei Technologies Co. Ltd. �	Q7/15 �	2012-08-27
�	[ 2162 ] � �	Clarification of UNI in G.8112 � �	Huawei Technologies Co. Ltd. �	Q10/15 �	2012-08-27
�	[ 2161 ] � �	The Multiplexing mapping principles of MPLS-TP in G8112 � �	China Mobile Communications Corporation , FiberHome Technologies Group , Huawei Technologies Co. Ltd. �	Q10/15 �	2012-08-27
�	[ 2160 ] � �	Proposed alignment of G.8112 with latest version of G.709 � �	Huawei Technologies Co. Ltd. �	Q10/15 �	2012-08-27
�	[ 2157 ] � (Rev.1)�	Considerations on next steps beyond 100 Gbit/s applications � �	China Unicom , Huawei Technologies Co. Ltd. �	Q6/15, Q12/15, Q11/15 �	2012-08-27
�	[ 2099 ] � (Rev.1-2)�	Analysis and comparison on PTN ring protection proposals � �	China Mobile Communications Corporation , Huawei Technologies Co. Ltd. , ZTE Corporation �	Q9/15 �	2012-08-26
�	[ 2098 ] � (Rev.1-3)�	MPLS-TP Shared-Ring protection (MSRP) mechanism for ring topology � �	China Mobile Communications Corporation , Huawei Technologies Co. Ltd. , ZTE Corporation �	Q9/15 �	2012-08-26
�	[ 2097 ] � (Rev.1-2)�	PTN requirements on Ring protection � Revision 2 of this Contribution is incorrectly titled; the correct title is: PTN requirements on Ring protection �	China Mobile Communications Corporation , Huawei Technologies Co. Ltd. , ZTE Corporation �	Q9/15 �	2012-08-26
�	[ 2070 ] � �	G.smp Objectives � �	Alcatel-Lucent USA Inc. , Huawei Technologies Co. Ltd. , Infinera Corporation �	Q9/15 �	2012-08-24
�	[ 2021 ] � �	Proposal for Updating External Commands � �	Huawei Technologies Co. Ltd. �	Q9/15 �	2012-08-24
�	[ 2020 ] � �	ODU SMP Protocol � �	Huawei Technologies Co. Ltd. �	Q9/15 �	2012-08-24
�	[ 2019 ] � �	ODU SMP Application Analysis � �	Huawei Technologies Co. Ltd. �	Q9/15 �	2012-08-24
�	[ 2018 ] � �	Editorial Suggestions for G.smp � �	Huawei Technologies Co. Ltd. �	Q9/15 �	2012-08-24
�	[ 2017 ] � �	Discussion and Update for ODU SMP Node Functional Model � �	Huawei Technologies Co. Ltd. �	Q9/15 �	2012-08-24
�	[ 2016 ] � �	Discussion and Proposal for Solving SMP Objectives Open Issues � �	Huawei Technologies Co. Ltd. , Infinera Corporation �	Q9/15 �	2012-08-24
Results:59 total items. Result page:� 1 - 2 �-�Next �

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