|
| List of Delayed Contributions (Meeting: 12-23 October 1998) | |
| [COM15-D276] Brazil (Q11/15): Proposed enhancements to G.780 | |
| [COM15-D277] Bosch, Quante Ag, Siemens AG, Germany (Q16/15): Unequally-spaced channel frequency allocations for 8 and 16 channel systems avoiding four wave mixing in dispersion shifted fibres applications | |
| [COM15-D278] United Kingdom (Q11/15): Connection of cable screens at receive interfaces in G.703 | |
| [COM15-D279] United Kingdom (Q4/15): United Kingdom position regarding future work in Q.4/15 on VDSL | |
| [COM15-D280] United Kingdom (Q2/15): Proposed revised title for draft Recommendation G.983 (EX. G.PONB) | |
| [COM15-D281] Belgium (Q4/15): G.lite: Bit Swap | |
| [COM15-D282] 3COM Corporation (Q4/15): G.gen: Quiescent mode | |
| [COM15-D283] Siemens AG (Q9/15, Q11/15, Q16/15): Limitations and deficiencies of sub-carrier modulation for OCH overhead transport | |
| [COM15-D284] France Telecom (Q4/15): Interworking between ANSI.T1.41312, G.DMT and G.Lite France Telecom requirements | |
| [COM15-D285] Siemens AG (Q11/15): Proposal for new concatenation text in G.707 | |
| [COM15-D286] Siemens AG (Q9/15): Enhanced text for G.798 | |
| [COM15-D287] Siemens AG (Q9/15, Q11/15): VC-4 virtual concatenation and interworking with contiguous concatenation | |
| [COM15-D288] Siemens AG (Q11/15): Annex for G.707 on the interworking between virtual and contiguous concatenation | |
| [COM15-D289] Siemens AG (Q9/15, Q11/15, Q16/15, Q20/15): OAM and supervision for the OTN | |
| [COM15-D290] Siemens AG (Q11/15): Two proposals for the OTN overhead | |
| [COM15-D291] Ministero delle Communicazioni and Pirelli Cavi e Sistemi S.p.A (Q16/15): Definition of new application codes for a future revision of G.692 draft Recommendation | |
| [COM15-D292] Nippon Telegraph and Telephone Corporation (NTT), (Q11/15): Information of 64 KHz and 6.3 MHz clock interfaces | |
| [COM15-D293] Nippon Telegraph and Telephone Corporation (NTT), Matsushita, NEC, OKI Electric Industry, Mitsubishi Electric, Fujitsu, and Sumitomo Electric (Q4/15): G.HS: Propose of adding G.HS frequency for G.DMT-C and G.lite-TCM | |
| [COM15-D294] Nippon Telegraph and Telephone Corporation (NTT), (Q9/15, 11/15): Maintenance signal transport for the OCH layer using the optical supervisory channel (OSC) | |
| [COM15-D295] Nippon Telegraph and Telephone Corporation (NTT), (Q9/15, Q11/15): OCH overhead transport using the pilot-tone modulation | |
| [COM15-D296] NTT: AndanCLPAJ (Q9/15, Q11/15): Modification of proposed revisions in glass geometry test methods, COM15-112 proposed by USA | |
| [COM15-D297] France Telecom/CNET, Pirelli Cavi e Sistemi, Telefonica I+D, Fondazione Ugo Bordoni, Ministero delle Comunicazioni (ISCTI), (Q16/15): Soliton transmission. The experience gained with the ESTHER project | |
| [COM15-D298] Alcatel Italia and Italian Ministry of Communication (Q11/15, Q20/15): Terms and definition in G.ons | |
| [COM15-D299] Alcatel Italia and Italian Ministry of Communication (Q16/15, Q20/15): G.872 Rec. and G.873 draft Rec. : Physical aspects still under discussion at SG15 Q16/15 | |
| [COM15-D300] Alcatel Italia and Italian Ministry of Communication (Q9/15): Optical transmission section layer in draft rec. G.798 (ex G.oef) | |
| [COM15-D301] Alcatel Italia and Italian Ministry of Communication (Q11/15): Multiplexing method of the optical transport module | |
| [COM15-D302] Alcatel Italia and Italian Ministry of Communication (Q16/15, Q9/15): Maintenance and signal quality supervision at SDH/Optical transport network boundaries | |
| [COM15-D303] Alcatel Italia and Italian Ministry of Communication (Q16/15, Q9/15): Transport of monitoring and management information in the OTN-rates and formats (for use in draft G.709, ex G.onx) | |
| [COM15-D304] Alcatel Italia and Italian Ministry of Communication (Q16/15): Transport of monitoring and management information in the OTN: Physical implementation (for use in draft Rec. G.959, ex G.onp | |
| [COM15-D305] Italy (Q18/15): Comments on draft Rec. G.977 (ex. G.OASS) | |
| [COM15-D306] Ministero delle Communicazioni and Pirelli Cavi e Sistemi S.p.A (Q15/16, Q16/15): Extension of the nominal central frequencies grid included in annex A of the present G.692 draft Rec. for a future version of G.692 Rec | |
| [COM15-D307] Ministero delle Communicazioni and Pirelli Cavi e Sistemi S.p.A (Q15/16, Q16/15): Future version of G.692 Rec. : Application code for WDM systems with up to 128 channels and minimum set of parameters using G.652 fibres | |
| [COM15-D308] Ministero delle Communicazioni and Pirelli Cavi e Sistemi S.p.A (Q16/15): Future Version of G.692 Rec. : Application code for WDM bi-directional systems with up to 16 STM-64 channels and minimum set of parameters using G.652 fibres | |
| [COM15-D309] Italy (Q16/15): Proposal for the G.saf draft Recommendation | |
| [COM15-D310] Pirelli cavi e Sistemi S.p.A (Q9/15, Q16/15, Q17/15): Optical ADD/Drop multiplexer functional description (for use in draft Rec. G.798, ex G-oef) | |
| [COM15-D311] Italy (Q4/15): G.lite: Bit swap | |
| [COM15-D312] Alcatel (Q9/15, Q16/15): Dispersion Accommodation (DA) processes within the OMS/OCH_A atomic function | |
| [COM15-D313] Alcatel (Q18/15): Modifications for G.OASS draft | |
| [COM15-D314] AMD, Intel, Aware, Compaq, Texas Instruments INC. (Q4/15): G.test: Pots QOS test procedure | |
| [COM15-D315] L.M Ericsson (Q11/15): Wrong figure in G.775 | |
| [COM15-D316] Centillium Technology, 3COM, Nortel (USA), (Q4/15): G.lite: Considerations for a 1-Bit constellation | |
| [COM15-D317] Centillium Technology, 3COM, Pairgain technologies, Level One communications, Vocal Technologies, Intel, Compaq, AMD, Rockwell (Q4/15): G.lite: a proposal for latency requirements for G.lite | |
| [COM15-D318] Centillium Technology, 3COM, Nortel (USA), (Q4/15): G.lite: Considerations for increased framing efficiency for the G.lite modems in extended reach cases | |
| [COM15-D319] Tellabs OY (Q7/15): Proposed wording for appendix 2 - G.168 compliance test criteria | |
| [COM15-D320] Tellabs OY (Q7/15): Proposed values for test 8 in G.168 | |
| [COM15-D321] Tellabs OY (Q7/15): Proposed text for note to Fig.4 of G.168 regarding the measurement method | |
| [COM15-D322] Tellabs OY (Q7/15): Proposed values for test 6 in G.168 | |
| [COM15-D323] Tellabs OY (Q7/15): Proposed values for test 5 in G.168 | |
| [COM15-D324] Tellabs OY (Q7/15): Maximum gain for ALC device in draft Recommendation G.169 | |
| [COM15-D325] Compaq Computer Corporation, Aware, Lucent, Texas Instrument, AMD, CISCO, Intel, Pairgain, NEC-USA (Q4/15): G.lite: Performance requirements for G.lite with in-home wiring | |
| [COM15-D326] Deutsche Telekom AG (Q4/15): Position of some ETSI members on the proposal to start studies on VDSL systems under question 4/15 | |
| [COM15-D327] Deutsche Telekom AG (Q4/15): G. lite: Majority opinion of ETSI TM6 on BIT swap | |
| [COM15-D328] Deutsche Telekom AG (Q4/15): Position of some ETSI members on the proposal to start studies on SDSL systems under question 4/15 | |
| [COM15-D329] United States of America (Q4/15): G.HS interworking with ANSI T1.413 | |
| [COM15-D330] United States of America (Q4/15): G.gen: ITU SG 15 work plan for VDSL and HDSL2 | |
| [COM15-D331] United States of America (Q4/15): G.lite: Bit swap | |
| [COM15-D332] United States of America (Q4/15): G.lite: Closing open items | |
| [COM15-D333] United States of America (Q4/15): G.lite: Continuation of work on G.lite and its related Recommendations, and G.dmt | |
| [COM15-D333C1] United States of America (Q4/15): G.lite: Continuation of work on G.lite and its related Recommendations, and G.dmt | |
| [COM15-D334] United States of America (Q4/15): Determination of xDSL Recommendations | |
| [COM15-D335] Ericsson (Q15/15, Q16/15): Dispersion ranges in Rec. G.655 | |
| [COM15-D336] France Telecom (Q19/15): Reliability data handbook for information on network reliability | |
| [COM15-D337] France (Q4/15): G.lite: Bit swap | |
| [COM15-D338] Sweden (Q4/15): Bitswapping madatory for G.lite | |
| [COM15-D339] Sweden (Q4/15): Delay parameter for performance measurement for G.DMT and G.lite | |
| [COM15-D340] Sweden (Q4/15): Echo cancellation option for G.lite | |
| [COM15-D341] Sweden (Q4/15): Requirement for interoperability from T1.413 - 1998 with G.DMT | |
| [COM15-D342] Sweden (Q4/15): Trellis option for G.lite | |
| [COM15-D343] Sweden (Q4/15): Future work of ITU Q4/15 on VDSL | |
| [COM15-D344] British Telecom (Q9/15, Q11/15): Structure of the optical transport network node interface | |
| [COM15-D345] British Telecom (Q11/15): Content and format of the OTS-SU | |
| [COM15-D346] British Telecom (Q16715): Comments on G.SAF | |
| [COM15-D347] British Telecom (Q13/15, Q14/15, Q20/15): OTN management network | |
| [COM15-D348] British Telecom (Q10/15, Q13/15): The division of work and responsability for defect correlation | |
| [COM15-D349] British Telecom (Q7/15): Proposed addition to G.168 (2000) test 10 - fax test | |
| [COM15-D350] British Telecom (Q7/15): Proposed requirements for the delay performance of ALC devices | |
| [COM15-D351] British Telecom (Q7/15): Proposed modifications to the introductory text of G.168 (2000) test 10 (fax test) | |
| [COM15-D352] British Telecom (Q7/15): Proposed modifications to the convergence time specified in G.168 (2000) test 10 (fax test) | |
| [COM15-D353 ] British Telecom (Q7/15): Proposed deletion of the NLP enabled requirement of G.168 (2000) test 10 (fax test) | |
| [COM15-D354] United States of America (Q11/15): Comments on Recommendation G.704, draft | |
| [COM15-D355] United States of America (Q9/15): Proposals for input to G.synce for option II networks | |
| [COM15-D356] United States of America (Q9/15, Q11/15, Q16/15): Advantages of implementing channel-associated OCH overhead | |
| [COM15-D357] Tektronix (Q16/15): STM-64 optical reference receiver specification defined in Recommendation G.691 | |
| [COM15-D358] Lucent Technologies Nederland (Q9/15): Editorial correction in table 7-4/G.841 | |
| [COM15-D359] Lucent Technologies Nederland (Q11/15): Editorial correction to G.707 | |
| [COM15-D360] Lucent Technologies Nederland (Q9/15): Inclusion of G.958 text into G.783 | |
| [COM15-D361] Lucent Technologies Nederland (Q11/15): Extension of AUG structure in STM-N signals | |
| [COM15-D362] Lucent Technologies Nederland (Q9/15, Q13/15): Proposal to ADD PSC specifications in G.783 and G.784 | |
| [COM15-D363] Lucent Technologies Nederland (Q13/15): Proposal to resolve for futher study item regarding use of DCCm in 3.1/G.784 | |
| [COM15-D364] Lucent Technologies Nederland (Q9/15, Q13/15, Q16/15): Considerations on Transmit Degraded defect | |
| [COM15-D365] France Telecom (Q18/15): Characteristics of optically amplified optical fibre submarine cable systems | |
| [COM15-D366] Alcatel Bell (Q4/15): G.gen: Receiver timing recovery and modem performance | |
| [COM15-D367] Alcatel (Q10/15): Treatment of consequent actions and defect reporting in I.732 | |
| [COM15-D368] Texas Instruments (Q4/15): G.Lite - Corrections to fast retrain (R line code and others) | |
| [COM15-D369] Deutsche Telekom (Q16/15, Q20/15): Normalised sections in Optical Transport Networks | |
| [COM15-D370] Nortel USA (Q16/15): Application codes for new G.692 applications | |
| [COM15-D371] Nortel USA (Q9/15, Q11/15, Q16/15): Subcarrier modulation of client signals - Implementation issues | |
| [COM15-D372] Pirelli Telecom Systems Division - North America (Q9/15, Q11/15, Q16/15): Optical channel header in the optical transport network | |
| [COM15-D373] United States of America (Q9/15, Q11/15, Q16/15, Q20/15): Optical network performance management proposal | |
| [COM15-D373c1] United States of America (Q9/15, Q11/15, Q16/15, Q20/15): Optical network performance management proposal | |
| [COM15-D374] Telia (Q16/15, Q20/15): Terms of reference for optical networking recommendations | |
| [COM15-D375] Telia (Q16/15, Q20/15): Proposal to clarify interface terminology | |
| [COM15-D376] VoCal Technologies Ltd (Q4/15): Text to include an optional Serial Concatenated Convolutional Codes in the next version of G.dmt | |
| [COM15-D377] Tellabs OY (Q7/15): Proposed Appendix to G.168 on minimum criteria for compliance to G.168 | |
| [COM15-D378] Siemens AG Germany (Q9/15): Functional model (atomic functions) for virtual concatenation | |
| [COM15-D379] Siemens AG Germany (Q9/15): Atomic function for contiguous/virtual concatenation interworking | |
| [COM15-D380] Siemens AG Germany (Q4/15): G.gen - Quiescent mode | |
| [COM15-D380c1] Siemens AG Germany (Q4/15): G.gen - Quiescent mode | |
| [COM15-D381r1] Alcatel Sel. (Q16/15): Editorial correction of Draft Rec. G.691 in COM15-R21 (April 1998) | |
| [COM15-D382] Leader of correspondence group 'Optical Crosstalk' (Q16/15, Q17/15): Definitions of 'Optical Isolation' in WDM components and of 'Optical Crosstalk' in WDM systems for Revision of Rec. G.671 | |
| [COM15-D382c1] Leader of correspondence group 'Optical Crosstalk' (Q16/15, Q17/15): Definitions of 'Optical Isolation' in WDM components and of 'Optical Crosstalk' in WDM systems for Revision of Rec. G.671 | |
| [COM15-D383] Lucent Technologies NL (Q16/15, Q20/15): Methodology for defining attenuation ranges in Optical Networking Recommendations | |
| [COM15-D384] United States of America (Q16/15): Optical channel central frequency options | |
| [COM15-D385] United States of America (Q16/15): Interconnection of Optical Network Administrative Domains | |
| [COM15-D386] Mitsubishi Electric Corporation (Q6/15): Proposal on the outline specifications for G.768 DCME (8kDCME) | |
| [COM15-D387] Mitsubishi Electric Corporation (Q6/15): Proposal on the outline specifications for I.733 VAME (formerly known as VCLAD) | |
| [COM15-D388] Silicon Automation Systems India (Q4/15): Low complexity, receiver transparent PAR reduction techniques for G.lite | |
| [COM15-D389] Silicon Automation Systems India (Q4/15): Is it required to make provisions for PAR reduction in G.lite? | |
| [COM15-D390] Silicon Automation Systems India (Q4/15): G.lite - Quiescent mode | |
| [COM15-D391] Silicon Automation Systems (Q4/15): G.lite: Specification of modem latency requirements | |
| [COM15-D392] Silicon Automation Systems (Q4/15): G.gen: One bit constellations | |
| [COM15-D393] NTT (Q16/15): Asynchronous sampling technique for the Q-factor measurement in transparent optical networks | |
| [COM15-D394] NTT (Q16/15): High-bit rate TDM systems exceeding 10 Gb/s and their WDM | |
| [COM15-D395] Lucent Technologies - Germany (Q15/15, Q16/15, Q17/15): System operation in the 1600 NM region | |
| [COM15-D396] Israel (Q4/15): One bit constellation in G-lite | |
| [COM15-D397] Israel (Q4/15): Payload transfer delay formula in G.lite | |
| [COM15-D398] Israel (Q4/15): Efficient framing mode in G.lite | |
| [COM15-D399] Israel (Q4/15): Power constraint formula in G.lite and G.dmt | |
| [COM15-D400] Israel (Q4/15): Trellis coding G.lite | |
| [COM15-D401] Ericsson (Q16/15, Q20/15): Novel, hybrid protection schemes | |
| [COM15-D402] CSELT (Q11/15, Q16/15): Optical supervisory channel structure | |
| [COM15-D403] CSELT (Q11/15, Q16/15): Examples of fault in an optical transport network | |
| [COM15-D404] Matsushita Electric Industrial Co. LTD. (Japan), (Q4/15): G.HS: Refinements | |
| [COM15-D406] Matsushita, Sumitomo Electric, Mitsubishi Electric, NEC, Fujitsu, Oki Electric Industry (Q4/15): G.gen: Progressing VDSL and HDSL2/SDSL in SG15 | |
| [COM15-D407] Matsushita, Sumitomo Electric, Mitsubishi Electric, NEC, Fujitsu, Oki Electric Industry (Q4/15): G.gen: Completing and determining G.lite/G.dmt and related draft Recommendations | |
| [COM15-D408] Matsushita, Sumitomo Electric, Mitsubishi Electric, NEC, Fujitsu, Oki Electric Industry (Q4/15): G.DMT: Continuation of work on G.dmt annex C | |
| [COM15-D409] Italtel S.p.a (Q13/15): Sub STM-0 DCC Protocol stack - IP mapping over LAPD | |
| [COM15-D410] Kokusai Denshin Denwa Co., Ltd (KDD): Baseline text for I.733 | |
| [COM15-D411] Kokusai Denshin Co., Ltd (KDD), (Q6/15, Q8/15, Q10/15): Proposed ATM adaptation and multiplexing methods of the VAME | |
| [COM15-D412] Alcatel (Q16/15): Proposal of future point-to-point WDM systems in optical networks with smaller channel spacing and new wavelength range | |
| [COM15-D413] Alcatel (Q14/15): Behaviour refinement of portModePkg | |
| [COM15-D414] Alcatel Bell (Q4/15): G.hs: Comments and proposals for improvement of the G.hs interoperability | |
| [COM15-D415c1] Alcatel Bell (Q4/15): G.gen: Quiescent mode | |
| [COM15-D415] Alcatel Bell (Q4/15): G.gen: Quiescent mode | |
| [COM15-D416] Alcatel Bell (Q4/15): G.test: Further alignment with T1.413 issue 2 | |
| [COM15-D417] Alcatel Bell (Q4/15): G.ploam: Comments and proposals | |
| [COM15-D418] Alcatel Bell (Q4/15): G.lite: Addition of ATU-C initiated power management | |
| [COM15-D419] Alcatel Bell (Q4/15): G.gen: Comments on G.dmt and G.lite and further alignment with T1.413 Issue 2 | |
| [COM15-D420] Alcatel Bell (Q4/15): G.gen: Codepoints for the identification field and the standard information field | |
| [COM15-D421] Alcatel Bell (Q4/15): G.lite: Proposed procedures for the L3-LO transitions | |
| [COM15-D422] Alcatel Bell, British Telecommunications plc. (BT), Deutsche Telekom AG (Q4/15): G.lite: Proposal for performance requirements on European loops for inclusion in the required performance section G.lite | |
| [COM15-D423] Alcatel Bell (Q4/15): G.lite: Fast retrain procedure: C-PILOT-FR1 and R-RECOV | |
| [COM15-D424] Alcatel Bell, British Telecommunications plc. (BT): G.dmt: Proposal for performance requirements on European loops for inclusion in the performance section of annex A of G.dmt | |
| [COM15-D425] France Telecom (Q10/15): Traffics (2/2): Representation of the LMIs | |
| [COM15-D426] France Telecom (Q10/15): Traffic (1/2): Refinement of the definition of the Coordination Function (CoF) | |
| [COM15-D427] Italy (Q15/15): Integration of new requirements in existing fibre Recommendations | |
| [COM15-D428] Italy (Q15/15, Q16/15): Proposal for a new study activity between Q.15 and Q16/15 on fibre requirements and corresponding advanced system performances | |
| [COM15-D429] France Telecom (Q10/15): RDI & AIS process description | |
| [COM15-D430] Bosch Telecom GmbH (Q4/15): G.lite, Bit Swap | |
| [COM15-D431] Silicon Automation Systems (Q4/15): Bit swap for G.lite | |
| [COM15-D432] Deutsche Telekom (Q11/15): TCM, option 2 for VC-4-Xc | |
| [COM15-D433] Deutsche Telekom (Q11/15): Supervision of contiguous concatenated VC-4s, VC-4-16c and higher | |
| [COM15-D434] Deutsche Telekom (Q9/15, Q11/15, Q16/15): OAM for different transport methods of VC-4-Xc | |
| [COM15-D434c1] Deutsche Telekom (Q9/15, Q11/15, Q16/15): OAM for different transport methods of VC-4-Xc | |
| [COM15-D435] Deutsche Telekom (Q11/15, Q16/15): OAM for the transport of STM-N signals | |
| [COM15-D435c1] Deutsche Telekom (Q11/15, Q16/15): OAM for the transport of STM-N signals | |
| [COM15-D436] Deutsche Telekom (Q11/15): Application of linear MSP in draft G.708 (ex G.ssi) | |
| [COM15-D437] Deutsche Telekom (Q11/15, Q16/15): OTN transport capability, interworking with other networks | |
| [COM15-D437c1] Deutsche Telekom (Q11/15, Q16/15): OTN transport capability, interworking with other networks | |
| [COM15-D438] Deutsche Telekom (Q11/15, Q16/15): Optical channel central frequency allocation for inter-domain interfaces (IrDI) | |
| [COM15-D438c1] Deutsche Telekom (Q11/15, Q16/15): Optical channel central frequency allocation for inter-domain interfaces (IrDI) | |
| [COM15-D439] Deutsche Telecom (Q11/15, Q16/15): Objectives for inter-domain interfaces (IrDI) | |
| [COM15-D439c1] Deutsche Telecom (Q11/15, Q16/15): Objectives for inter-domain interfaces (IrDI) | |
| [COM15-D440] Deutsche Telecom (Q11/15, Q16/15): Application of 3R | |
| [COM15-D440c1] Deutsche Telecom (Q11/15, Q16/15): Application of 3R | |
| [COM15-D441] Deutsche Telecom (Q11/15): Mapping of SDH signals into OCh | |
| [COM15-D442] NTT (Q17/15): List of parameters of tunable filters and OADM subsystems for G.671 discussions | |
| [COM15-D443] NTT (Q4/15): G.test: Revised in-home wiring related test conditions of G.test for G.lite in an environment co-existing with TCM ISDN | |
| [COM15-D444] NTT (Q4/15): G.test: Off-Hook and On-Hook telephone models | |
| [COM15-D445] United States of America (Q4/15): G.gen: Courtesy copy - Draft proposed ANSI T1.413 issue 2 | |
| [COM15-D446] Ministero delle Communicazioni and Pirelli Cavi e Sistemi S.p.A | |
| [COM15-D447] Proposed amendment to G.169 draft 7 (Q7/15): This contribution proposes an amendment to G.169 draft 7 | |
| [COM15-D448] Mitsubishi Electric Corporation (Q4/15): G.DMT: Proposal of low payload transfer delay method for annex C of G.DMT | |
| [COM15-D449] Kokusai Denshin Denwa Co., LTD. (KDD), (Q15/15): Test method for effective area (AEFF) of sigle mode optical fibres | |
| [COM15-D450] Kokusai Denshin Denwa Co., LTD. (KDD), (Q15/15): Proposal for appendix III nonlinear attributes; (wavelength dependence of correctionfactor K of effective area (AEFF) and MFD, and nonlinear coefficient (N2/AEFF) and nonlinear refractive index N2 ...etc. | |
| [COM15-D451r1] Kokusai Denshin Denwa Co., LTD. (KDD), (Q15/15): Proposal for planning of effective area (AEFF) and fibre nonlinear coefficient (N2/AEFF) ITU-T Round Robin Measurements | |
| [COM15-D452] Kokusai Denshin Denwa Co., LTD. (KDD), (Q15/15): Proposal for reference test method of polarisation mode dispersion (PMD) | |
| [COM15-D453] Kokusai Denshin Denwa Co., LTD. (KDD), (Q18/15): Definitions of LTE (Line Terminating Equipment) and TTE (Transmission Terminal Equipment) | |
| [COM15-D454] Kokusai Denshin Denwa Co., LTD. (KDD), (Q15/15): Proposal for PMD tolerance test of 10 Gbit/s WDM optical signal transmission performance | |
| [COM15-D455] Nortel Canada (Q7/15): Dispersion time and characteristics of echo-path | |
| [COM15-D456] Nortel Canada (Q7/15): Realistic digital echo-path models | |
| [COM15-D457] NTT (Q2/15): Proposed ONT/NT Management and Control Interface specifications for a new draft Recommendation G.983.omci | |
| [COM15-D458] Lucent Technologies (Q16/15): Proposal for an 80 channel application code in the next revision of G.692 | |
| [COM15-D459] Lucent Technologies (Q16/15): Proposed parameter specification for a short-haul (<40 km) 16-channel point-to-point WDM application in G.959.1 | |
| [COM15-D460] Editor, draft Rec. G.871 (Q9/15, Q11/15, Q13/15, Q14/15, Q16/15, Q17/15, Q20/15): Draft Rec. G.871, version 1.3 | |
| [COM15-D461] Editor, draft Rec. G.871 (ex G.onf): Optical networking living list version 1.1 | |
| [COM15-D462] United States of America (Q14/15): Proposed modifications to draft G.774-10 | |
| [COM15-D463] United States of America (Q14/15): Proposed information model for synchronous digital hierachy (SDH) configuration of multiplex section (MS) shared protection ring (SPR) for the network element (NE) view | |
| [COM15-D464] Bell Atlantic, Bellcore, Ciena, Lucent Technologies (Q14/15): Proposed optical transport network (OTN) management information model for the network element (NE) view | |
| [COM15-D465] United States of America (Q9/15): Proposed changes of draft new Recommendation G.798 (ex G.oef) | |
| [COM15-D466] Lucent Technologies Inc., Intel Corp., Compaq Computer Corp. (Q4/15): G.lite power management - L1 issues | |
| [COM15-D467] United States of America (Q4/15): G.lite determination | |
| [COM15-D468] Lucent Technologies and Corning, Inc. (Q15/15, Q16/15): Raising the maximum wavelengh to 1625 NM | |
| [COM15-D469] Alcatel and Italian Ministry of Communication (ISCTI) (Q16/15): Short-haul span (<40km) WDM system to be used in linear configuration in Metropolitan Network | |
| [COM15-D469c1] Alcatel and Italian Ministry of Communication (ISCTI) (Q16/15): Short-haul span (<40km) WDM system to be used in linear configuration in Metropolitan Network | |
| [COM15-D470] Alcatel and Italian Ministry of Communication (ISCTI) (Q16/15): Short-haul span (<40km) WDM system to be used in ring configuration in Metropolitan Network | |
