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SG 05
ITU-T Study Group 05
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Environment and climate change
List of Editors (Study Period 2013-2016)
ITEM
TITLE
EDITOR
Guide to the K & relevant L-series Recommendations
Extension of the Guide to cover relevant L-series Recommendations
Q12/5
Michael J
Maytum
Email:
maytummichael3[at]gmail.com
Mitigation Handbook - Additional case studies
Additional case studies to be added
Q12/5
Masao
Masugi
Email:
m.masugi[at]lab.ntt.co.jp
Terminology Handbook
Extension of the Terminology Handbook to cover relevant L-series terminologies
Q12/5
Michael J
Maytum
Email:
maytummichael3[at]gmail.com
Terminology Handbook - web version
Web version of the Terminology Handbook
Q12/5
Michael J
Maytum
Email:
maytummichael3[at]gmail.com
Directives Volume VIII
Protective devices
Q2/5
Peter
Bobert
Email:
peter.bobert[at]epcos.com
K.117
Primary protector parameters for the surge protection of equipment Ethernet ports
Q2/5
Michael J
Maytum
Email:
maytummichael3[at]gmail.com
K.appl2
Surge protective component application guide - Metal oxide varistors
Q2/5
Michael J
Maytum
Email:
maytummichael3[at]gmail.com
K.appl4
Surge protective component application guide - Lightning isolation transformers
Q2/5
Michael J
Maytum
Email:
maytummichael3[at]gmail.com
K.appl5
Surge protective component application guide - Fuses
Q2/5
Michael J
Maytum
Email:
maytummichael3[at]gmail.com
K.appl6
Surge protective component application guide - Self-restoring current limiters
Q2/5
Michael J
Maytum
Email:
maytummichael3[at]gmail.com
K.appmspd
Multiservice surge protective device application guide
Q2/5
Michael J
Maytum
Email:
maytummichael3[at]gmail.com
K.pnj
Characteristics and ratings of silicon PN junction components for the protection of telecommunications installations and/or Parameters of silicon PN junction clamping components for the protection of telecommunications installations
Q2/5
Michael J
Maytum
Email:
maytummichael3[at]gmail.com
K.rcd
Technical requirements for Residual Current operated Device (RCD) with automatic re-closing device
Q2/5
Liu
Yucheng
Email:
liuyc[at]gsta.com
Huagang
Wang
(Editor)
Email:
wanghuag[at]chinatelecom.cn
K.sod
Surge and over-current protection parameters of external disconnector for surge protective devices used in telecommunication equipment
Q2/5
Qiang
Chen
Email:
chqg007[at]dimpt.com
Jike
Liu
(Editor)
Email:
liujike[at]sina.com
Directives Volume V
Inducing currents and voltages in power transmission and distribution systems
Q3/5
György
Varju
Email:
varju.gyorgy[at]vet.bme.hu
K.26.Suppl.
Supplement to ITU-T K.26 - Mitigation techniques for induction problems on fibre optical cables
Q3/5
Jean-Luc
Garcia
Email:
jeanluc.garcia[at]orange.com
K.108.Suppl.
Supplement to ITU-T K.5 - Mitigation techniques for ITU-T K.108 and K.104
Q3/5
Jean-Luc
Garcia
Email:
jeanluc.garcia[at]orange.com
K.idc
Dangerous effects and protective measures against electromagnetic disturbances when internet data centre is co-sited with high-voltage substation
Q3/5
Chuanyou
Dai
Email:
daichuanyou[at]huawei.com
K.int
Limits of interference on telecommunication transmissions on copper other than speech
Q3/5
György
Varju
Email:
varju.gyorgy[at]vet.bme.hu
Jean-Luc
Garcia
(Editor)
Email:
jeanluc.garcia[at]orange.com
K.20
Resistibility of telecommunication equipment installed in a telecommunication centre to overvoltages and overcurrents
Q4/5
Phillip
Havens
Email:
phavens[at]littelfuse.com
K.21
Resistibility of telecommunication equipment installed in customer premises to overvoltages and overcurrents
Q4/5
Phillip
Havens
Email:
phavens[at]littelfuse.com
K.44
Resistibility tests for telecommunication equipment exposed to overvoltages and overcurrents - Basic Recommendation
Q4/5
Phillip
Havens
Email:
phavens[at]littelfuse.com
K.45
Resistibility of telecommunication equipment installed in the access and trunk networks to overvoltages and overcurrents
Q4/5
Phillip
Havens
Email:
phavens[at]littelfuse.com
K.50
Safe limits for operating voltages and currents in telecommunication systems powered over the network
Q4/5
Phillip
Havens
Email:
phavens[at]littelfuse.com
K.64safe
Review K.64 in light of new IEC 62368-1 terms/definitions and body model safety conditions
Q4/5
Phillip
Havens
Email:
phavens[at]littelfuse.com
K.118
Requirements for Lightning Protection of Fibre To The distribution point (FTTdp) Equipment
Q4/5
Phillip
Havens
Email:
phavens[at]littelfuse.com
K.hnwptp
Study the issue of surge coupling port to port in home network applications.
Q4/5
Phillip
Havens
Email:
phavens[at]littelfuse.com
K.35
Bonding configurations and earthing at remote electronic sites
Q5/5
Ying
Xiong
Email:
xiongying[at]huawei.com
K.39
Risk assessment of damages to telecommunication sites due to lightning discharges
Q5/5
Ying
Xiong
Email:
xiongying[at]huawei.com
K.40
Protection against LEMP in telecommunication centres
Q5/5
Ying
Xiong
Email:
xiongying[at]huawei.com
K.66
Protection of customer premises from overvoltages
Q5/5
Ying
Xiong
Email:
xiongying[at]huawei.com
K.73
Shielding and bonding for cables between buildings
Q5/5
Ying
Xiong
Email:
xiongying[at]huawei.com
K.119
Conformance Assessment of Radio Base Stations Regarding Lightning Protection and Earthing
Q5/5
Qiang
Chen
Email:
chqg007[at]dimpt.com
Brice Landry
Dally
(Editor)
Email:
brice.dally[at]valsch-consulting.ci
K.120
Lightning Protection and Earthing of Miniature Base Station
Q5/5
Chuanyou
Dai
Email:
daichuanyou[at]huawei.com
Jike
Liu
(Editor)
Email:
liujike[at]sina.com
Senwen
Luo
(Editor)
Email:
luosenw[at]chinatelecom.cn
K.lp
Using data of lightning positioning system for network protection
Q5/5
Célio Fonseca
Barbosa
Email:
grcelio[at]cpqd.com.br
K.psp
Protection of small-size telecommunication installation with poor earthing condition
Q5/5
Chuanyou
Dai
Email:
daichuanyou[at]huawei.com
Huagang
Wang
(Editor)
Email:
wanghuag[at]chinatelecom.cn
Qiang
Chen
(Editor)
Email:
chqg007[at]dimpt.com
Jun
Kato
(Editor)
Email:
kato.j[at]lab.ntt.co.jp
K.vss
Lightning protection and earthing of video surveillance system
Q5/5
Huagang
Wang
Email:
wanghuag[at]chinatelecom.cn
K.124
Overview of particle radiation effects on telecommunications systems
Q10/5
Hidenori
Iwashita
Email:
iwashita.hidenori[at]lab.ntt.co.jp
Gentaro
Funatsu
(Editor)
Email:
funatsu.gentaro[at]lab.ntt.co.jp
K.soft_des
Design methodologies telecommunication systems applying soft error measures
Q10/5
Hidenori
Iwashita
Email:
iwashita.hidenori[at]lab.ntt.co.jp
Gentaro
Funatsu
(Editor)
Email:
funatsu.gentaro[at]lab.ntt.co.jp
K.soft_mes
Quality estimation method and application guidelines for countermeasures based on particle radiation tests
Q10/5
Hidenori
Iwashita
Email:
iwashita.hidenori[at]lab.ntt.co.jp
Kenichi
Aoyagi
(Editor)
Email:
aoyagi.kenichi[at]lab.ntt.co.jp
K.soft_test
Test methods for particle radiation effects on telecommunications equipment
Q10/5
Hidenori
Iwashita
Email:
iwashita.hidenori[at]lab.ntt.co.jp
Hiroki
Mori
(Editor)
Email:
mori.h[at]lab.ntt.co.jp
K.bwenv
Electromagnetic (EM) environment of body worn equipment in the 2.4 GHz industrial, scientific and medical (ISM) band
Q11/5
Yu
Zhong
Email:
yu.zhongxa[at]zte.com.cn
Huan
Wang
(Editor)
Email:
wanghuan[at]catr.cn
Xia
Zhang
(Editor)
Email:
zhangxia[at]caict.ac.cn
Ying
Zhang
(Editor)
Email:
zhangying1[at]caict.ac.cn
K.52
Guidance on complying with limits for human exposure to electromagnetic fields
Q7/5
Fryderyk
Lewicki
Email:
fryderyk.lewicki[at]orange.com
K.61
Guidance to measurement and numerical prediction of electromagnetic fields for compliance with human exposure limits for telecommunication installation
Q7/5
Fryderyk
Lewicki
Email:
fryderyk.lewicki[at]orange.com
K.100
Measurement of radio frequency electromagnetic fields to determine compliance with human exposure limits when a base station is put into service
Q7/5
Davide
Colombi
Email:
davide.colombi[at]ericsson.com
Byung Chan
Kim
(Editor)
Email:
bckima[at]etri.re.kr
Christophe
Grangeat
(Editor)
Email:
christophe.grangeat[at]nokia.com
K.121
Guidance on the Environmental Management for Compliance with Radio Frequency EMF Limits for Radiocommunication Base Stations
Q7/5
Fryderyk
Lewicki
Email:
fryderyk.lewicki[at]orange.com
Rumeng
Tan
(Editor)
Email:
tanrum[at]chinatelecom.cn
K.122
Exposure levels in the close proximity of the radiocommunication antennas
Q7/5
Fryderyk
Lewicki
Email:
fryderyk.lewicki[at]orange.com
K.BPrac
Best Practices of the use of mobile devices for exposure reduction
Q7/5
Fryderyk
Lewicki
Email:
fryderyk.lewicki[at]orange.com
K.93
Immunity of home network devices to electromagnetic disturbance
Q8/5
Ryuichi
Kobayashi
Email:
ryuichi.kobayashi[at]ntt-at.co.jp
K.123
EMC requirements for electrical equipment in telecommunication facilities
Q9/5
Xinghai
Zhang
Email:
zhangxinghai[at]huawei.com
Yuichiro
Okugawa
(Editor)
Email:
yuichiro.okugawa.wy[at]hco.ntt.co.jp
K.IPE
Electromagnetic Compatibility requirements and measurement methods for Information Perception Equipment
Q9/5
Rumeng
Tan
Email:
tanrum[at]chinatelecom.cn
Xinghai
Zhang
(Editor)
Email:
zhangxinghai[at]huawei.com
Ziqin
Sang
(Editor)
Email:
zqsang[at]wri.com.cn
Feng
Gao
(Editor)
Email:
gaofeng149[at]chinaunicom.cn
Yang
Lu
(Editor)
Email:
yanglu[at]caict.ac.cn
K.light
EMC requirements for lighting equipment installed in the telecommunication facilities
Q9/5
Kazuhiro
Takaya
Email:
kazuhiro.takaya[at]ntt.com
K.prox
Immunity requirements for telecommunication equipment in close proximity use of wireless devices
Q9/5
Yuichiro
Okugawa
Email:
yuichiro.okugawa.wy[at]hco.ntt.co.jp
K.radio_emc
EMC requirements for radio telecommunication equipment
Q9/5
Xinghai
Zhang
Email:
zhangxinghai[at]huawei.com
K.wire-line_emc
Electromagnetic compatibility requirements and measurement methods for wire-line telecommunication network equipment
Q9/5
Xinghai
Zhang
Email:
zhangxinghai[at]huawei.com
L.1006
Test suites for assessment of the External universal power adapter solutions for stationary information and communication technology devices
Q13/5
Flavio
Cucchietti
Email:
flavio.cucchietti[at]telecomitalia.it
Paolo
Gemma
(Editor)
Email:
paolo.gemma[at]huawei.com
L.1007
Test suites for assessment of the External universal power adapter solutions for portable information and communication technology devices
Q13/5
Paolo
Gemma
Email:
paolo.gemma[at]huawei.com
Xia
Zhang
(Editor)
Email:
zhangxia[at]caict.ac.cn
Flavio
Cucchietti
(Editor)
Email:
flavio.cucchietti[at]telecomitalia.it
L.BP
Best practices on e-waste management
Q13/5
Helen Cynthia
Nakiguli
Email:
hnakiguli[at]ucc.co.ug
L.CE
Circular Economy. Definitions and concepts for material efficiency for ICT network infrastructure goods
Q13/5
Anders
Andrae
Email:
anders.andrae[at]huawei.com
L.EW2020frame
Connect 2020 agenda E-Waste reduction framework
Q13/5
Paolo
Gemma
Email:
paolo.gemma[at]huawei.com
Nevine
Tewfik
(Editor)
Email:
ntewfik[at]mcit.gov.eg
L.EW2020metrics
Connect 2020 agenda E-Waste reduction metrics
Q13/5
Anders
Andrae
Email:
anders.andrae[at]huawei.com
L.EW2020scen
Connect 2020 agenda E-Waste reduction scenario
Q13/5
Anders
Andrae
Email:
anders.andrae[at]huawei.com
Suppl._EWQ
Supplement on Assessment of quantity of E-waste in developing countries
Q13/5
Alex
Kuik
Email:
tskuek[at]digi.com.my
Sampa
Saha
(Editor)
Email:
director.term.ne1[at]gmail.com
Hoda
Salah Eldin Shakra
(Editor)
Email:
hshakra[at]mcit.gov.eg
Nevine
Tewfik
(Editor)
Email:
ntewfik[at]mcit.gov.eg
Adeline
Chee Mei Lan
(Editor)
Email:
adeline[at]mdec.com.my
Suppl._Extended Producer
EPR Guidelines for Sustainable E-waste Management in developing countries
Q13/5
Hoda
Salah Eldin Shakra
Email:
hshakra[at]mcit.gov.eg
Nevine
Tewfik
(Editor)
Email:
ntewfik[at]mcit.gov.eg
Suppl._L.BM
Supplement on Collection of sustainable models for e-waste management by private corporations
Q13/5
Alex
Kuik
Email:
tskuek[at]digi.com.my
Sampa
Saha
(Editor)
Email:
director.term.ne1[at]gmail.com
Adeline
Chee Mei Lan
(Editor)
Email:
adeline[at]mdec.com.my
L.1504
ICT and adaptation of agriculture to the effects of climate change
Q15/5
Hiroko
Ioka
Email:
ioka.hiroko[at]jp.fujitsu.com
Asit
Kadayan
(Editor)
Email:
asit.kadayan[at]gmail.com
Henry
Basheija
(Editor)
Email:
hbasheija[at]gmail.com
Mohammad
Reza
(Editor)
Email:
mrezab[at]maxis.com.my
Sugiura
Junnosuke
(Editor)
Email:
sugiura.junnosu[at]jp.fujitsu.com
L.CCRisk
Framework of climate change risk assessment for telecommunication and electrical facilities
Q15/5
Sangjin
Jeong
Email:
sjjeong[at]etri.re.kr
L.ICT and FA
Use of ICT in the adaptation of the Fisheries Sector to the Effects of Climate Change
Q15/5
Mona
Darwish
Email:
mdarwish[at]mcit.gov.eg
Patrick
Zeboua
(Editor)
Email:
zeboua.patrick[at]artci.ci
L.SES
Use of ICT sites to support environmental sensing
Q15/5
Flavio
Cucchietti
Email:
flavio.cucchietti[at]telecomitalia.it
Sangjin
Jeong
(Editor)
Email:
sjjeong[at]etri.re.kr
Derick Simiyu
Khamali
(Editor)
Email:
khamali[at]ca.go.ke
L.1310
Energy efficiency metrics and measurement methods for telecommunication equipment
Q17/5
Leonid
Rabinovich
Email:
lrabinov[at]cisco.com
L.1315
Standardization terms and trends in energy efficiency
Q17/5
Paolo
Gemma
Email:
paolo.gemma[at]huawei.com
Leonid
Rabinovich
(Editor)
Email:
lrabinov[at]cisco.com
L.1325
Green ICT solutions for telecom network facilities
Q17/5
Alex
Kuik
Email:
tskuek[at]digi.com.my
Paolo
Gemma
(Editor)
Email:
paolo.gemma[at]huawei.com
Shuguang
Qi
(Editor)
Email:
qishuguang[at]caict.ac.cn
L.1331
Assessment of mobile network energy efficiency
Q17/5
Mauro Renato
Boldi
Email:
mauro.boldi[at]telecomitalia.it
Claudio
Bianco
(Editor)
Email:
claudio1.bianco[at]telecomitalia.it
L.1360
Energy control of SDN architecture
Q17/5
Joel
Penhoat
Email:
joel.penhoat[at]orange.com
L.BMM
Base station site energy parameter measurement methodology
Q17/5
Fantao
Meng
Email:
mengfantao[at]huawei.com
L.EE_5G
Energy efficiency Metrcis and measurement methodology for 5G solutions
Q17/5
Paolo
Gemma
Email:
paolo.gemma[at]huawei.com
L.EEframe
Energy efficiency framework
Q17/5
Paolo
Gemma
Email:
paolo.gemma[at]huawei.com
L.GAL2
Interface for power management in NFV environments "Green Abstraction Layer2"
Q17/5
Raffaele
Bolla
Email:
raffaele.bolla[at]unige.it
L.green_mgm_DC
Functionality requirements and framework of green data center energy-saving management system
Q17/5
Wenjie
Li
Email:
liwj149[at]chinaunicom.cn
Xiuying
Tan
(Editor)
Yiheng
Liu
(Editor)
Email:
liuyiheng[at]catr.cn
Jung Yul
Choi
(Editor)
Email:
passjay[at]sungkyul.ac.kr
L.mmNFV
Measurement method for energy efficiency of Network Function Virtualization
Q17/5
Raffaele
Bolla
Email:
raffaele.bolla[at]unige.it
L.NET Infra assessment
Energy efficiency metrics and measurement methodology of total network considering infrastructure and maintenance phase impact
Q17/5
Paolo
Gemma
Email:
paolo.gemma[at]huawei.com
Suppl.EE for Smart Grid
Analysis of the energy efficiency of telecommunication services used for the needs of smart grid applications
Q17/5
Raffaele
Bolla
Email:
raffaele.bolla[at]unige.it
Suppl.Green ICT SLQ
Green ICT standards landscape questionnaires
Q17/5
Raffaele
Bolla
Email:
raffaele.bolla[at]unige.it
Suppl.RBSbest prac
Supplement to L.RBS Radio base station site best practices
Q17/5
Fantao
Meng
Email:
mengfantao[at]huawei.com
Suppl.MM_5G
Study on methods and metrics to evaluate energy efficiency for future 5G systems
Q17/5
Mauro Renato
Boldi
Email:
mauro.boldi[at]telecomitalia.it
L.Connect2020 framework
Connect 2020 GHG emissions target, guidelines
Q18/5
Jean-Manuel
Canet
Email:
jean-manuel.canet[at]orange.com
L.methodology RM
Methodology for helping ICT organizations to assess the impact on rare metals from their operation
Q18/5
Jean-Manuel
Canet
Email:
jean-manuel.canet[at]orange.com
L.400migration
Progressive migration of Telecom/ICT site to 400VDC sources and distribution
Q19/5
Claudio
Bianco
Email:
claudio1.bianco[at]telecomitalia.it
Didier
Marquet
(Editor)
Email:
didier.marquet[at]orange.com
Andreas
Stiedl
(Editor)
Email:
andreas.stiedl[at]huawei.com
L.1205
Interfacing of renewable energy or distributed power sources to up to 400 VDC power feeding systems
Q19/5
Yoshihiro
Kondo
Email:
y.kondo[at]ntt-at.co.jp
Didier
Marquet
(Editor)
Email:
didier.marquet[at]orange.com
Shuguang
Qi
(Editor)
Email:
qishuguang[at]caict.ac.cn
Yasuyuki
Kanai
(Editor)
Email:
yasuyuki.kanai[at]lab.ntt.co.jp
Jung Yul
Choi
(Editor)
Email:
passjay[at]sungkyul.ac.kr
Andreas
Stiedl
(Editor)
Email:
andreas.stiedl[at]huawei.com
L.dualpowerinput
Impact on ICT equipment architecture of multiple AC or up to 400 VDC power
Q19/5
Didier
Marquet
Email:
didier.marquet[at]orange.com
Shuguang
Qi
(Editor)
Email:
qishuguang[at]caict.ac.cn
Andreas
Stiedl
(Editor)
Email:
andreas.stiedl[at]huawei.com
L.ENST1overview
Innovative energy storage technology for stationary use - Part 1: Overview of energy storage
Q19/5
Didier
Marquet
Email:
didier.marquet[at]orange.com
Shuguang
Qi
(Editor)
Email:
qishuguang[at]caict.ac.cn
Claudio
Bianco
(Editor)
Email:
claudio1.bianco[at]telecomitalia.it
L.ENST2battery
Innovative energy storage technology for stationary use - Part 2: Battery
Q19/5
Didier
Marquet
Email:
didier.marquet[at]orange.com
Shuguang
Qi
(Editor)
Email:
qishuguang[at]caict.ac.cn
L.ENST3supercap
Innovative energy storage technology for stationary use - Part 3: Supercapacitor technology
Q19/5
Didier
Marquet
Email:
didier.marquet[at]orange.com
Claudio
Bianco
(Editor)
Email:
claudio1.bianco[at]telecomitalia.it
Shuguang
Qi
(Editor)
Email:
qishuguang[at]caict.ac.cn
»
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