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ITU-T Study Group 15 (Study Period 2005-2008)
List of Editors
ITEM TITLE EDITOR
 
G.hnta   Generic Home Network Transport Architecture  
Q.1/15
 
Tatsuhiko Yoshida
Email: tyoshida[at]trans.ntt-at.co.jp  
 
      Massimo Sorbara
(Co-Editor)
Email: massimo.sorbara[at]conexant.com  
 
      Tetsuya Yokotani
(Co-Editor)
Email: yokotani.tetsuya[at]eb.mitsubishielectric.co.jp  
 
G.707/Y.1322   Network node interface for the synchronous digital hierarchy (SDH)  
Q.11/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
G.709/Y.1331   Interfaces for the Optical Transport Network (OTN)  
Q.11/15
 
Maarten Vissers
Email: maarten.vissers[at]huawei.com  
 
G.7041/Y.1303 (2005) Amd.2   Generic framing procedure (GFP)  
Q.11/15
 
Steve Gorshe
Email: Steve_Gorshe[at]pmc-sierra.com  
 
G.7042/Y.1305   Link capacity adjustment scheme (LCAS) for virtual concatenated signals  
Q.11/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
G.7043/Y.1343   Virtual concatenation of plesiochronous digital hierarchy (PDH) signals  
Q.11/15
 
Steve Gorshe
Email: Steve_Gorshe[at]pmc-sierra.com  
 
G.8011/Y.1307   Ethernet over Transport – Ethernet Service Characteristics  
Q.11/15
 
Glenn Parsons
Email: gparsons[at]nortel.com  
 
G.8011/Y.1307 (2004) Amd.2   Ethernet over Transport – Ethernet Service Characteristics  
Q.11/15
 
Glenn Parsons
Email: gparsons[at]nortel.com  
 
G.8011.1/Y.1307.1   Ethernet Private Line Service  
Q.11/15
 
Steve Gorshe
Email: Steve_Gorshe[at]pmc-sierra.com  
 
G.8011.1/Y.1307.1 (2004) Amd.1   Ethernet Private Line Service  
Q.11/15
 
Steve Gorshe
Email: Steve_Gorshe[at]pmc-sierra.com  
 
G.8011.2/Y.1307.2   Ethernet Virtual Private Line Service  
Q.11/15
 
Glenn Parsons
Email: gparsons[at]nortel.com  
 
G.8011.2/Y.1307.2 (2005) Amd.1   Ethernet Virtual Private Line Service  
Q.11/15
 
Glenn Parsons
Email: gparsons[at]nortel.com  
 
G.8011.4/Y.1307.4   Ethernet TREE Service  
Q.11/15
 
Nevin Jones
Email: nevin.jones[at]lsi.com  
 
      Feng Huang
(Co-Editor)
Email: feng.f.huang[at]alcatel-sbell.com.cn  
 
G.8012/Y.1308   Ethernet UNI and Ethernet over Transport NNI  
Q.11/15
 
Josef Roese
Email: Josef.Roese[at]t-systems.com  
 
G.8021/Y.1341IG   Characteristics of Ethernet Transport Network Equipment Functional Blocks  
Q.11/15
 
Ken Biholar
Email: ken.biholar[at]alcatel-lucent.com  
 
G.8112/Y.1371   Interfaces for the Transport MPLS Hierarchy  
Q.11/15
 
Maarten Vissers
Email: maarten.vissers[at]huawei.com  
 
G.8112/Y.1371 (2006) Amd.1   Interfaces for the Transport MPLS Hierarchy  
Q.11/15
 
Maarten Vissers
Email: maarten.vissers[at]huawei.com  
 
G.ptnni   Packet Transport Network Node Interface  
Q.11/15
 
Josef Roese
Email: Josef.Roese[at]t-systems.com  
 
G.872   Architecture of Optical Transport Networks  
Q.12/15
 
Günter Grüell
Email: G.Grueell[at]alcatel-lucent.de  
 
G.8010/Y.1306   Ethernet Layer Network Architecture  
Q.12/15
 
Maarten Vissers
Email: maarten.vissers[at]huawei.com  
 
G.8080/Y.1304   Automatic Switched Optical Networks  
Q.12/15
 
Michael Mayer
Email: mgm[at]nortel.com  
 
G.8110/Y.1370   MPLS Layer Network Architecture  
Q.12/15
 
Alan McGuire
Email: alan.mcguire[at]bt.com  
 
G.8110.1/Y.1370.1 (2006) Amd.2   Application of MPLS in the Transport Network  
Q.12/15
 
Italo Busi
Email: italo.busi[at]alcatel-lucent.it  
 
G.8601/Y.1391   Architecture of Service Management in Multi-Bearer, Multi-Carrier Environment  
Q.12/15
 
Trevor Wilson
Email: wilsont[at]nortel.com  
 
G.pbb-te   Architecture of PBB-TE networks  
Q.12/15
 
Alan McGuire
Email: alan.mcguire[at]bt.com  
 
G.8261/Y.1361 (2006) Amd.1   Timing and Synchronization Aspects of Packet Networks  
Q.13/15
 
Stefano Ruffini
Email: stefano.ruffini[at]ericsson.com  
 
G.8263/Y.1363   Timing characteristics of packet based equipment clocks (PEC) and packet based service clocks (PSC)  
Q.13/15
 
Silvana Rodrigues
Email: silvana.rodrigues[at]zarlink.com  
 
G.875   OTN Management Information Model - CMIP Implementation  
Q.14/15
 
Tobey Trygar
Email: ttrygar[at]telcordia.com  
 
G.7710/Y.1701   Common equipment management function requirements  
Q.14/15
 
Bernd Zeuner
Email: bernd.zeuner[at]t-systems.com  
 
G.7713/Y.1704   Distributed Call and Connection Management (DCM)  
Q.14/15
 
Stephen Shew
Email: sdshew[at]nortel.com  
 
G.7713.1/Y.1704.1   Distributed Call and Connection Management (DCM) - PNNI Implementation  
Q.14/15
 
Alan McGuire
Email: alan.mcguire[at]bt.com  
 
G.7713.3/Y.1704.3   Distributed Call and Connection Management (DCM) - CR-LDP Implementation  
Q.14/15
 
Stephen Shew
Email: sdshew[at]nortel.com  
 
G.7714.1/Y.1705.1   Protocol for Automatic Discovery in SDH and OTN Networks  
Q.14/15
 
Rajender Razdan
Email: rrazdan[at]ciena.com  
 
G.7715/Y.1706   Architecture and Requirements for Routing in the Automatic Switched Optical Networks  
Q.14/15
 
Jonathan Sadler
Email: Jonathan.Sadler[at]tellabs.com  
 
G.7715.1/Y.1706.1   Requirements for Link State Routing Protocol  
Q.14/15
 
Dieter Beller
Email: d.beller[at]alcatel-lucent.de  
 
      Eve Varma
(Co-Editor)
Email: evarma[at]alcatel-lucent.com  
 
G.7715.2/Y.1706.2   ASON routing architecture and requirements for remote path query  
Q.14/15
 
Dean Cheng
Email: dcheng[at]cisco.com  
 
G.7716/Y.1707   Control Plane Initial Establishment, Reconfiguration and Recovery  
Q.14/15
 
Jonathan Sadler
Email: Jonathan.Sadler[at]tellabs.com  
 
      Dan Li
(Co-Editor)
Email: danli[at]huawei.com  
 
G.7718/Y.1709   Framework for ASON Management  
Q.14/15
 
Tobey Trygar
Email: ttrygar[at]telcordia.com  
 
G.7718.1/Y.1709.1   Protocol-neutral management information model for the control plane review  
Q.14/15
 
George Newsome
Email: gnewsome[at]ieee.org  
 
      Bernd Zeuner
(Co-Editor)
Email: bernd.zeuner[at]t-systems.com  
 
G.8051/Y.1345   Management aspects of the Ethernet-over-Transport (EoT) capable network element  
Q.14/15
 
Hing-Kam Lam
Email: hklam[at]alcatel-lucent.com  
 
G.8151/Y.1374   Management aspects of the T-MPLS network element  
Q.14/15
 
Hing-Kam Lam
Email: hklam[at]alcatel-lucent.com  
 
G.8152/Y.1375   Protocol-neutral management information model for the T-MPLS network element  
Q.14/15
 
Bernd Zeuner
Email: bernd.zeuner[at]t-systems.com  
 
      Qiaogang Chen
(Co-Editor)
Email: chen.qiaogang[at]zte.com  
 
G.eot-mgmt-info   Protocol-neutral management information model for the Ethernet -over -Transport (EoT) capable network element  
Q.14/15
 
Hing-Kam Lam
Email: hklam[at]alcatel-lucent.com  
 
G.vcm   Virtual Concatenation (LCAS) Management  
Q.14/15
 
George Newsome
Email: gnewsome[at]ieee.org  
 
O.172 Amd. 2   Jitter and wander measuring equipment for digital systems which are based on the Synchronous Digital Hierarchy (SDH)  
Q.15/15
 
Tadanori Nishikobara
Email: Tadanori.Nishikobara[at]anritsu.com  
 
O.173 (2007) Amd.1   Jitter measuring equipment for digital systems which are based on the Optical Transport Network (OTN)  
Q.15/15
 
Kazuhiko Ishibe
Email: Kazuhiko.Ishibe[at]anritsu.com  
 
G.984.re   Gigabit rate Passive Optical Network reach extension  
Q.2/15
 
Frank Effenberger
Email: frank.effenberger[at]ties.itu.int  
 
      Michael Rasztovits-Wiech
(Co-Editor)
Email: michael.rasztovits-wiech[at]siemens.com  
 
G.8101/Y.1355 (2006) Amd.1   Terms and definitions for Transport MPLS  
Q.3/15
 
Ken Biholar
Email: ken.biholar[at]alcatel-lucent.com  
 
G.991.2 (2003) Amd.4   Single-pair high-speed digital subscriber line (SHDSL) transceivers  
Q.4/15
 
Massimo Sorbara
Email: massimo.sorbara[at]conexant.com  
 
G.994.1 (2003) Amd.1   Handshake procedures for digital subscriber line (DSL) transceivers  
Q.4/15
 
Les Brown
Email: les.brown[at]infineon.com  
 
G.995.1   Overview of digital subscriber line (DSL) Recommendations  
Q.4/15
 
Miguel Peeters
Email: Miguel.Peeters[at]broadcom.com  
 
G.996.1   Test procedures for digital subscriber line (DSL) transceivers  
Q.4/15
 
Marcos Tzannes
Email: marcos[at]aware.com  
 
G.996.2   Single-Ended Line Testing for Digital Subscriber Lines (DSL)  
Q.4/15
 
Marcos Tzannes
Email: marcos[at]aware.com  
 
G.hn   Next generation home networking transceivers  
Q.4/15
 
Les Brown
Email: les.brown[at]infineon.com  
 
G.inp   Impulse Noise protection  
Q.4/15
 
Les Brown
Email: les.brown[at]infineon.com  
 
G.lt   Line Testing for Digital Subscriber Lines (DSL)  
Q.4/15
 
Marcos Tzannes
Email: marcos[at]aware.com  
 
G.nm   DSL Network Management  
Q.4/15
 
Frank Van Der Putten
Email: frank.van_der_putten[at]alcatel-lucent.be  
 
G.vector   Self FEXT cancellation  
Q.4/15
 
Frank Van Der Putten
Email: frank.van_der_putten[at]alcatel-lucent.be  
 
G.650.1   Definition and test methods for linear, deterministic attributes of single mode fibre and cable  
Q.5/15
 
Gerard Kuyt
Email: gerard.kuyt[at]draka.com  
 
G.651.1   Characteristics of a 50/125 µm multimode graded index optical fibre cable for the optical access network  
Q.5/15
 
Gerard Kuyt
Email: gerard.kuyt[at]draka.com  
 
G.652   Characteristics of a single-mode optical fibre and cable  
Q.5/15
 
Thomas Hanson
Email: hansonta[at]corning.com  
 
G.653   Characteristics of dispersion-shifted single-mode optical fibre and cable  
Q.5/15
 
Keiichi Aiso
Email: aiso[at]ch.furukawa.co.jp  
 
G.654   Characteristics of a cut-off shifted single-mode optical fibre and cable  
Q.5/15
 
Hiroki Ishikawa
Email: ishikawa-hiroki[at]sei.co.jp  
 
G.655   Characteristics of a non-zero dispersion shifted single-mode optical fibre and cable  
Q.5/15
 
Thomas Hanson
Email: hansonta[at]corning.com  
 
G.656   Characteristics of a fibre and cable with non-zero dispersion for wideband transport  
Q.5/15
 
Shoji Tanigawa
Email: tanigawa[at]lab.fujikura.co.jp  
 
G.657   Characteristics of a Bending Loss Insensitive Single Mode Optical Fibre and Cable for the Access Network  
Q.5/15
 
Gerard Kuyt
Email: gerard.kuyt[at]draka.com  
 
G Suppl. 40   Optical Fibre and Cable Recommendations and Standards Guideline  
Q.5/15
 
Masaharu Ohashi
Email: ohashi[at]ansl.ntt.co.jp  
 
G.640   Co-location longitudinally compatible interfaces for free space optical systems  
Q.6/15
 
Ashwani Kumar
Email: dirt[at]bol.net.in  
 
G.664   Optical safety procedures and requirements for optical transport systems  
Q.6/15
 
Peter Stassar
Email: peter.stassar[at]ties.itu.int  
 
G.693   Optical interfaces for intra-office applications  
Q.6/15
 
Peter Stassar
Email: peter.stassar[at]ties.itu.int  
 
G.694.1   Spectral Grids for WDM Applications: DWDM Frequency Grid  
Q.6/15
 
Pete Anslow
Email: pja[at]nortel.com  
 
G.694.2   Spectral Grids for WDM Applications: CWDM Wavelength Grid  
Q.6/15
 
Yu Wang
Email: yu.wang[at]swisscom.com  
 
G.695   Optical interfaces for Coarse WDM multiplexing applications  
Q.6/15
 
Peter Stassar
Email: peter.stassar[at]ties.itu.int  
 
G.696.1   Longitudinally Compatible Intra Domain DWDM applications  
Q.6/15
 
Arnold Mattheus
Email: arnold.mattheus[at]t-systems.com  
 
G.697   Optical Monitoring for DWDM systems  
Q.6/15
 
Stefano Beccia
Email: stefano.beccia[at]huawei.com  
 
G.698.1   Multichannel DWDM applications with single channel optical interfaces  
Q.6/15
 
Ernst-Dieter Schmidt
Email: ernst-dieter.schmidt[at]nsn.com  
 
G Suppl. 39   Optical system design and engineering considerations  
Q.6/15
 
Thomas Hanson
Email: hansonta[at]corning.com  
 
G.661   Definitions and test methods for the relevant generic parameters of optical amplifier devices and subsystems  
Q.7/15
 
Ernst-Dieter Schmidt
Email: ernst-dieter.schmidt[at]nsn.com  
 
G.662   Generic characteristics of optical amplifier devices and subsystems  
Q.7/15
 
Shaohua Yu
Email: shyu[at]fhn.com.cn  
 
G.663   Application related aspects of optical amplifier devices and sub-systems  
Q.7/15
 
T. Hoshida
Email: hoshida[at]jp.fujitsu.com  
 
G.665   Generic characteristics of Raman amplifiers and Raman amplified subsystems  
Q.7/15
 
Jiaying Wang
Email: wang.jiaying[at]zte.com.cn  
 
G.667   Characteristics of Adaptive Chromatic Dispersion Compensators  
Q.7/15
 
Huade Shu
Email: shu.huade[at]zte.com.cn  
 
G.671   Transmission characteristics of optical components and subsystems  
Q.7/15
 
Bernd Teichmann
Email: bteichmann[at]alcatel-lucent.com  
 
G.971   General features of optical fibre submarine cable systems  
Q.7/15
 
Kazuhide Nakajima
Email: nakaji[at]ansl.ntt.co.jp  
 
G.973   Characteristics of repeaterless optical fibre submarine cable systems  
Q.7/15
 
Nicolas Brochier
Email: nicolas.brochier[at]orange-ftgroup-com  
 
G.974   Characteristics of regenerative optical fibre submarine cable systems  
Q.7/15
 
Kazuyuki Shiraki
Email: shiraki[at]ansl.ntt.co.jp  
 
G.975.1   Forward error correction for high bit rate DWDM submarine systems  
Q.7/15
 
Tsutomu Tajima
Email: tajima[at]ax.jp.nec.com  
 
G.976   Test methods applicable to optical fibre submarine cable systems  
Q.7/15
 
Hiroki Ishikawa
Email: ishikawa-hiroki[at]sei.co.jp  
 
G.977   Characteristics of optically amplified optical fibre submarine cable systems  
Q.7/15
 
Nicolas Brochier
Email: nicolas.brochier[at]orange-ftgroup-com  
 
G.978   Characteristics of optical fibre submarine cables  
Q.7/15
 
Kazuhide Nakajima
Email: nakaji[at]ansl.ntt.co.jp  
 
G.lcasub   Longitudinal compatible DWDM applications for repeaterless optical fibre submarine cables  
Q.7/15
 
Wang Junhua
Email: wangjunhua[at]263.net  
 
G.madsub   Multichannel DWDM applications with single channel optical interfaces for repeaterless optical fibre submarine cables  
Q.7/15
 
Omar Ait Sab
Email: omar.ait_sab[at]alcatel-lucent.fr  
 
G Suppl. 41   Design guidelines for optical fibre submarine cable systems  
Q.7/15
 
Nicolas Brochier
Email: nicolas.brochier[at]orange-ftgroup-com  
 
G.783   Characteristics of Synchronous Digital Hierarchy (SDH) Equipment Functional Blocks  
Q.9/15
 
Juergen Rahn
Email: krahn[at]alcatel-lucent.com  
 
G.798   Functional characteristics of optical networking equipment  
Q.9/15
 
Juergen Rahn
Email: krahn[at]alcatel-lucent.com  
 
G.806   Characteristics of Transport Equipment - Description Methodology and Generic Functionality  
Q.9/15
 
Angel Molina
Email: angel.molina[at]huawei.com  
 
G.808.1   Generic Protection Switching - Linear Trail and Subnetwork Protection  
Q.9/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
G.808.1 (2006) Amd.1   Generic protection switching - Linear trail and subnetwork protection  
Q.9/15
 
Günter Grüell
Email: G.Grueell[at]alcatel-lucent.de  
 
G.808.2   Generic Protection Switching - Ring Protection  
Q.9/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
G.829   Error performance events for SDH multiplex and regenerator sections  
Q.9/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
G.873.1   Optical Transport Network (OTN) - Linear Protection  
Q.9/15
 
Juergen Rahn
Email: krahn[at]alcatel-lucent.com  
 
G.873.2   Optical Transport Network (OTN) - Ring Protection  
Q.9/15
 
Juergen Rahn
Email: krahn[at]alcatel-lucent.com  
 
G.8021/Y.1341 Amd.1   Characteristics of Ethernet Transport Network Equipment Functional Blocks  
Q.9/15
 
Arjan Heer
Email: arieheer[at]alcatel-lucent.com  
 
      Huub Van Helvoort
(Co-Editor)
Email: hhelvoort[at]huawei.com  
 
G.8031/Y.1342   Ethernet protection switching  
Q.9/15
 
Nevin Jones
Email: nevin.jones[at]lsi.com  
 
      Kouji Sato
(Co-Editor)
Email: Sato.Koji[at]db.MitsubishiElectric.co.jp  
 
G.8131/Y.1382   T-MPLS linear Protection  
Q.9/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
      Yonggang Cheng
(Co-Editor)
Email: yg_cheng[at]huawei.com  
 
G.8132/Y.1383   T-MPLS Ring Protection Switching  
Q.9/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
      Igor Umanski
(Co-Editor)
Email: igor.umanski[at]nativenetworks.com  
 
X.87/Y.1324   Multiple services ring based on RPR  
Q.9/15
 
Shaohua Yu
Email: shyu[at]fhn.com.cn  
 
G.hnta   Generic Home Network Transport Architecture  
Q.1/15
 
Tatsuhiko Yoshida
Email: tyoshida[at]trans.ntt-at.co.jp  
 
      Massimo Sorbara
(Co-Editor)
Email: massimo.sorbara[at]conexant.com  
 
      Tetsuya Yokotani
(Co-Editor)
Email: yokotani.tetsuya[at]eb.mitsubishielectric.co.jp  
 
G.984.re   Gigabit rate Passive Optical Network reach extension  
Q.2/15
 
Frank Effenberger
Email: frank.effenberger[at]ties.itu.int  
 
      Michael Rasztovits-Wiech
(Co-Editor)
Email: michael.rasztovits-wiech[at]siemens.com  
 
G.991.2 (2003) Amd.4   Single-pair high-speed digital subscriber line (SHDSL) transceivers  
Q.4/15
 
Massimo Sorbara
Email: massimo.sorbara[at]conexant.com  
 
G.994.1 (2003) Amd.1   Handshake procedures for digital subscriber line (DSL) transceivers  
Q.4/15
 
Les Brown
Email: les.brown[at]infineon.com  
 
G.995.1   Overview of digital subscriber line (DSL) Recommendations  
Q.4/15
 
Miguel Peeters
Email: Miguel.Peeters[at]broadcom.com  
 
G.996.1   Test procedures for digital subscriber line (DSL) transceivers  
Q.4/15
 
Marcos Tzannes
Email: marcos[at]aware.com  
 
G.996.2   Single-Ended Line Testing for Digital Subscriber Lines (DSL)  
Q.4/15
 
Marcos Tzannes
Email: marcos[at]aware.com  
 
G.hn   Next generation home networking transceivers  
Q.4/15
 
Les Brown
Email: les.brown[at]infineon.com  
 
G.inp   Impulse Noise protection  
Q.4/15
 
Les Brown
Email: les.brown[at]infineon.com  
 
G.lt   Line Testing for Digital Subscriber Lines (DSL)  
Q.4/15
 
Marcos Tzannes
Email: marcos[at]aware.com  
 
G.nm   DSL Network Management  
Q.4/15
 
Frank Van Der Putten
Email: frank.van_der_putten[at]alcatel-lucent.be  
 
G.vector   Self FEXT cancellation  
Q.4/15
 
Frank Van Der Putten
Email: frank.van_der_putten[at]alcatel-lucent.be  
 
G.651.1   Characteristics of a 50/125 µm multimode graded index optical fibre cable for the optical access network  
Q.10/15
 
Gerard Kuyt
Email: gerard.kuyt[at]draka.com  
 
G.657   Characteristics of a Bending Loss Insensitive Single Mode Optical Fibre and Cable for the Access Network  
Q.10/15
 
Gerard Kuyt
Email: gerard.kuyt[at]draka.com  
 
G.650.1   Definition and test methods for linear, deterministic attributes of single mode fibre and cable  
Q.5/15
 
Gerard Kuyt
Email: gerard.kuyt[at]draka.com  
 
G.652   Characteristics of a single-mode optical fibre and cable  
Q.5/15
 
Thomas Hanson
Email: hansonta[at]corning.com  
 
G.653   Characteristics of dispersion-shifted single-mode optical fibre and cable  
Q.5/15
 
Keiichi Aiso
Email: aiso[at]ch.furukawa.co.jp  
 
G.654   Characteristics of a cut-off shifted single-mode optical fibre and cable  
Q.5/15
 
Hiroki Ishikawa
Email: ishikawa-hiroki[at]sei.co.jp  
 
G.655   Characteristics of a non-zero dispersion shifted single-mode optical fibre and cable  
Q.5/15
 
Thomas Hanson
Email: hansonta[at]corning.com  
 
G.656   Characteristics of a fibre and cable with non-zero dispersion for wideband transport  
Q.5/15
 
Shoji Tanigawa
Email: tanigawa[at]lab.fujikura.co.jp  
 
G Suppl. 40   Optical Fibre and Cable Recommendations and Standards Guideline  
Q.5/15
 
Masaharu Ohashi
Email: ohashi[at]ansl.ntt.co.jp  
 
G.640   Co-location longitudinally compatible interfaces for free space optical systems  
Q.6/15
 
Ashwani Kumar
Email: dirt[at]bol.net.in  
 
G.664   Optical safety procedures and requirements for optical transport systems  
Q.6/15
 
Peter Stassar
Email: peter.stassar[at]ties.itu.int  
 
G.693   Optical interfaces for intra-office applications  
Q.6/15
 
Peter Stassar
Email: peter.stassar[at]ties.itu.int  
 
G.694.1   Spectral Grids for WDM Applications: DWDM Frequency Grid  
Q.6/15
 
Pete Anslow
Email: pja[at]nortel.com  
 
G.694.2   Spectral Grids for WDM Applications: CWDM Wavelength Grid  
Q.6/15
 
Yu Wang
Email: yu.wang[at]swisscom.com  
 
G.695   Optical interfaces for Coarse WDM multiplexing applications  
Q.6/15
 
Peter Stassar
Email: peter.stassar[at]ties.itu.int  
 
G.696.1   Longitudinally Compatible Intra Domain DWDM applications  
Q.6/15
 
Arnold Mattheus
Email: arnold.mattheus[at]t-systems.com  
 
G.697   Optical Monitoring for DWDM systems  
Q.6/15
 
Stefano Beccia
Email: stefano.beccia[at]huawei.com  
 
G.698.1   Multichannel DWDM applications with single channel optical interfaces  
Q.6/15
 
Ernst-Dieter Schmidt
Email: ernst-dieter.schmidt[at]nsn.com  
 
G Suppl. 39   Optical system design and engineering considerations  
Q.6/15
 
Thomas Hanson
Email: hansonta[at]corning.com  
 
G.661   Definitions and test methods for the relevant generic parameters of optical amplifier devices and subsystems  
Q.7/15
 
Ernst-Dieter Schmidt
Email: ernst-dieter.schmidt[at]nsn.com  
 
G.662   Generic characteristics of optical amplifier devices and subsystems  
Q.7/15
 
Shaohua Yu
Email: shyu[at]fhn.com.cn  
 
G.663   Application related aspects of optical amplifier devices and sub-systems  
Q.7/15
 
T. Hoshida
Email: hoshida[at]jp.fujitsu.com  
 
G.665   Generic characteristics of Raman amplifiers and Raman amplified subsystems  
Q.7/15
 
Jiaying Wang
Email: wang.jiaying[at]zte.com.cn  
 
G.667   Characteristics of Adaptive Chromatic Dispersion Compensators  
Q.7/15
 
Huade Shu
Email: shu.huade[at]zte.com.cn  
 
G.671   Transmission characteristics of optical components and subsystems  
Q.7/15
 
Bernd Teichmann
Email: bteichmann[at]alcatel-lucent.com  
 
G.971   General features of optical fibre submarine cable systems  
Q.8/15
 
Kazuhide Nakajima
Email: nakaji[at]ansl.ntt.co.jp  
 
G.973   Characteristics of repeaterless optical fibre submarine cable systems  
Q.8/15
 
Nicolas Brochier
Email: nicolas.brochier[at]orange-ftgroup-com  
 
G.974   Characteristics of regenerative optical fibre submarine cable systems  
Q.8/15
 
Kazuyuki Shiraki
Email: shiraki[at]ansl.ntt.co.jp  
 
G.975.1   Forward error correction for high bit rate DWDM submarine systems  
Q.8/15
 
Tsutomu Tajima
Email: tajima[at]ax.jp.nec.com  
 
G.976   Test methods applicable to optical fibre submarine cable systems  
Q.8/15
 
Hiroki Ishikawa
Email: ishikawa-hiroki[at]sei.co.jp  
 
G.977   Characteristics of optically amplified optical fibre submarine cable systems  
Q.8/15
 
Nicolas Brochier
Email: nicolas.brochier[at]orange-ftgroup-com  
 
G.978   Characteristics of optical fibre submarine cables  
Q.8/15
 
Kazuhide Nakajima
Email: nakaji[at]ansl.ntt.co.jp  
 
G.lcasub   Longitudinal compatible DWDM applications for repeaterless optical fibre submarine cables  
Q.8/15
 
Wang Junhua
Email: wangjunhua[at]263.net  
 
G.madsub   Multichannel DWDM applications with single channel optical interfaces for repeaterless optical fibre submarine cables  
Q.8/15
 
Omar Ait Sab
Email: omar.ait_sab[at]alcatel-lucent.fr  
 
G Suppl. 41   Design guidelines for optical fibre submarine cable systems  
Q.8/15
 
Nicolas Brochier
Email: nicolas.brochier[at]orange-ftgroup-com  
 
G.707/Y.1322   Network node interface for the synchronous digital hierarchy (SDH)  
Q.11/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
G.709/Y.1331   Interfaces for the Optical Transport Network (OTN)  
Q.11/15
 
Maarten Vissers
Email: maarten.vissers[at]huawei.com  
 
G.7041/Y.1303 (2005) Amd.2   Generic framing procedure (GFP)  
Q.11/15
 
Steve Gorshe
Email: Steve_Gorshe[at]pmc-sierra.com  
 
G.7042/Y.1305   Link capacity adjustment scheme (LCAS) for virtual concatenated signals  
Q.11/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
G.7043/Y.1343   Virtual concatenation of plesiochronous digital hierarchy (PDH) signals  
Q.11/15
 
Steve Gorshe
Email: Steve_Gorshe[at]pmc-sierra.com  
 
G.8011/Y.1307   Ethernet over Transport – Ethernet Service Characteristics  
Q.11/15
 
Glenn Parsons
Email: gparsons[at]nortel.com  
 
G.8011/Y.1307 (2004) Amd.2   Ethernet over Transport – Ethernet Service Characteristics  
Q.11/15
 
Glenn Parsons
Email: gparsons[at]nortel.com  
 
G.8011.1/Y.1307.1   Ethernet Private Line Service  
Q.11/15
 
Steve Gorshe
Email: Steve_Gorshe[at]pmc-sierra.com  
 
G.8011.1/Y.1307.1 (2004) Amd.1   Ethernet Private Line Service  
Q.11/15
 
Steve Gorshe
Email: Steve_Gorshe[at]pmc-sierra.com  
 
G.8011.2/Y.1307.2   Ethernet Virtual Private Line Service  
Q.11/15
 
Glenn Parsons
Email: gparsons[at]nortel.com  
 
G.8011.2/Y.1307.2 (2005) Amd.1   Ethernet Virtual Private Line Service  
Q.11/15
 
Glenn Parsons
Email: gparsons[at]nortel.com  
 
G.8011.4/Y.1307.4   Ethernet TREE Service  
Q.11/15
 
Nevin Jones
Email: nevin.jones[at]lsi.com  
 
      Feng Huang
(Co-Editor)
Email: feng.f.huang[at]alcatel-sbell.com.cn  
 
G.8012/Y.1308   Ethernet UNI and Ethernet over Transport NNI  
Q.11/15
 
Josef Roese
Email: Josef.Roese[at]t-systems.com  
 
G.8021/Y.1341IG   Characteristics of Ethernet Transport Network Equipment Functional Blocks  
Q.11/15
 
Ken Biholar
Email: ken.biholar[at]alcatel-lucent.com  
 
G.8112/Y.1371   Interfaces for the Transport MPLS Hierarchy  
Q.11/15
 
Maarten Vissers
Email: maarten.vissers[at]huawei.com  
 
G.8112/Y.1371 (2006) Amd.1   Interfaces for the Transport MPLS Hierarchy  
Q.11/15
 
Maarten Vissers
Email: maarten.vissers[at]huawei.com  
 
G.ptnni   Packet Transport Network Node Interface  
Q.11/15
 
Josef Roese
Email: Josef.Roese[at]t-systems.com  
 
G.872   Architecture of Optical Transport Networks  
Q.12/15
 
Günter Grüell
Email: G.Grueell[at]alcatel-lucent.de  
 
G.8010/Y.1306   Ethernet Layer Network Architecture  
Q.12/15
 
Maarten Vissers
Email: maarten.vissers[at]huawei.com  
 
G.8080/Y.1304   Automatic Switched Optical Networks  
Q.12/15
 
Michael Mayer
Email: mgm[at]nortel.com  
 
G.8110/Y.1370   MPLS Layer Network Architecture  
Q.12/15
 
Alan McGuire
Email: alan.mcguire[at]bt.com  
 
G.8110.1/Y.1370.1 (2006) Amd.2   Application of MPLS in the Transport Network  
Q.12/15
 
Italo Busi
Email: italo.busi[at]alcatel-lucent.it  
 
G.8601/Y.1391   Architecture of Service Management in Multi-Bearer, Multi-Carrier Environment  
Q.12/15
 
Trevor Wilson
Email: wilsont[at]nortel.com  
 
G.pbb-te   Architecture of PBB-TE networks  
Q.12/15
 
Alan McGuire
Email: alan.mcguire[at]bt.com  
 
G.8261/Y.1361 (2006) Amd.1   Timing and Synchronization Aspects of Packet Networks  
Q.13/15
 
Stefano Ruffini
Email: stefano.ruffini[at]ericsson.com  
 
G.8263/Y.1363   Timing characteristics of packet based equipment clocks (PEC) and packet based service clocks (PSC)  
Q.13/15
 
Silvana Rodrigues
Email: silvana.rodrigues[at]zarlink.com  
 
G.875   OTN Management Information Model - CMIP Implementation  
Q.14/15
 
Tobey Trygar
Email: ttrygar[at]telcordia.com  
 
G.7710/Y.1701   Common equipment management function requirements  
Q.14/15
 
Bernd Zeuner
Email: bernd.zeuner[at]t-systems.com  
 
G.7713/Y.1704   Distributed Call and Connection Management (DCM)  
Q.14/15
 
Stephen Shew
Email: sdshew[at]nortel.com  
 
G.7713.1/Y.1704.1   Distributed Call and Connection Management (DCM) - PNNI Implementation  
Q.14/15
 
Alan McGuire
Email: alan.mcguire[at]bt.com  
 
G.7713.3/Y.1704.3   Distributed Call and Connection Management (DCM) - CR-LDP Implementation  
Q.14/15
 
Stephen Shew
Email: sdshew[at]nortel.com  
 
G.7714.1/Y.1705.1   Protocol for Automatic Discovery in SDH and OTN Networks  
Q.14/15
 
Rajender Razdan
Email: rrazdan[at]ciena.com  
 
G.7715/Y.1706   Architecture and Requirements for Routing in the Automatic Switched Optical Networks  
Q.14/15
 
Jonathan Sadler
Email: Jonathan.Sadler[at]tellabs.com  
 
G.7715.1/Y.1706.1   Requirements for Link State Routing Protocol  
Q.14/15
 
Dieter Beller
Email: d.beller[at]alcatel-lucent.de  
 
      Eve Varma
(Co-Editor)
Email: evarma[at]alcatel-lucent.com  
 
G.7715.2/Y.1706.2   ASON routing architecture and requirements for remote path query  
Q.14/15
 
Dean Cheng
Email: dcheng[at]cisco.com  
 
G.7716/Y.1707   Control Plane Initial Establishment, Reconfiguration and Recovery  
Q.14/15
 
Jonathan Sadler
Email: Jonathan.Sadler[at]tellabs.com  
 
      Dan Li
(Co-Editor)
Email: danli[at]huawei.com  
 
G.7718/Y.1709   Framework for ASON Management  
Q.14/15
 
Tobey Trygar
Email: ttrygar[at]telcordia.com  
 
G.7718.1/Y.1709.1   Protocol-neutral management information model for the control plane review  
Q.14/15
 
George Newsome
Email: gnewsome[at]ieee.org  
 
      Bernd Zeuner
(Co-Editor)
Email: bernd.zeuner[at]t-systems.com  
 
G.8051/Y.1345   Management aspects of the Ethernet-over-Transport (EoT) capable network element  
Q.14/15
 
Hing-Kam Lam
Email: hklam[at]alcatel-lucent.com  
 
G.8151/Y.1374   Management aspects of the T-MPLS network element  
Q.14/15
 
Hing-Kam Lam
Email: hklam[at]alcatel-lucent.com  
 
G.8152/Y.1375   Protocol-neutral management information model for the T-MPLS network element  
Q.14/15
 
Bernd Zeuner
Email: bernd.zeuner[at]t-systems.com  
 
      Qiaogang Chen
(Co-Editor)
Email: chen.qiaogang[at]zte.com  
 
G.eot-mgmt-info   Protocol-neutral management information model for the Ethernet -over -Transport (EoT) capable network element  
Q.14/15
 
Hing-Kam Lam
Email: hklam[at]alcatel-lucent.com  
 
G.vcm   Virtual Concatenation (LCAS) Management  
Q.14/15
 
George Newsome
Email: gnewsome[at]ieee.org  
 
G.8101/Y.1355 (2006) Amd.1   Terms and definitions for Transport MPLS  
Q.3/15
 
Ken Biholar
Email: ken.biholar[at]alcatel-lucent.com  
 
G.783   Characteristics of Synchronous Digital Hierarchy (SDH) Equipment Functional Blocks  
Q.9/15
 
Juergen Rahn
Email: krahn[at]alcatel-lucent.com  
 
G.798   Functional characteristics of optical networking equipment  
Q.9/15
 
Juergen Rahn
Email: krahn[at]alcatel-lucent.com  
 
G.806   Characteristics of Transport Equipment - Description Methodology and Generic Functionality  
Q.9/15
 
Angel Molina
Email: angel.molina[at]huawei.com  
 
G.808.1   Generic Protection Switching - Linear Trail and Subnetwork Protection  
Q.9/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
G.808.1 (2006) Amd.1   Generic protection switching - Linear trail and subnetwork protection  
Q.9/15
 
Günter Grüell
Email: G.Grueell[at]alcatel-lucent.de  
 
G.808.2   Generic Protection Switching - Ring Protection  
Q.9/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
G.829   Error performance events for SDH multiplex and regenerator sections  
Q.9/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
G.873.1   Optical Transport Network (OTN) - Linear Protection  
Q.9/15
 
Juergen Rahn
Email: krahn[at]alcatel-lucent.com  
 
G.873.2   Optical Transport Network (OTN) - Ring Protection  
Q.9/15
 
Juergen Rahn
Email: krahn[at]alcatel-lucent.com  
 
G.8021/Y.1341 Amd.1   Characteristics of Ethernet Transport Network Equipment Functional Blocks  
Q.9/15
 
Arjan Heer
Email: arieheer[at]alcatel-lucent.com  
 
      Huub Van Helvoort
(Co-Editor)
Email: hhelvoort[at]huawei.com  
 
G.8031/Y.1342   Ethernet protection switching  
Q.9/15
 
Nevin Jones
Email: nevin.jones[at]lsi.com  
 
      Kouji Sato
(Co-Editor)
Email: Sato.Koji[at]db.MitsubishiElectric.co.jp  
 
G.8131/Y.1382   T-MPLS linear Protection  
Q.9/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
      Yonggang Cheng
(Co-Editor)
Email: yg_cheng[at]huawei.com  
 
G.8132/Y.1383   T-MPLS Ring Protection Switching  
Q.9/15
 
Huub Van Helvoort
Email: hhelvoort[at]huawei.com  
 
      Igor Umanski
(Co-Editor)
Email: igor.umanski[at]nativenetworks.com  
 
X.87/Y.1324   Multiple services ring based on RPR  
Q.9/15
 
Shaohua Yu
Email: shyu[at]fhn.com.cn  
 

 

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