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| List of Delayed Contributions. Meeting: 20-24 September 1999 | |
| [COM6-D60] Telkom-Indonesia (Q6/6): Optical fiber cable operation and maintenance support system | |
| [COM6-D61] Korea Telecom (Q5/6): A new method of mid-span branching of optical fiber cable not required a slack loop | |
| [COM6-D62] LM Ericsson and Telia AB (Sweden) (Q1/6): Environmental issues for the outside plant - A "cradle to the grave" approach for environmental impact from a transmission line based on LCA | |
| [COM6-D63] Telecommunication Administration of Ukraine (Q8/6): Test method and acceptance criteria for optical fibre cables | |
| [COM6-D64] Telecommunication Administration of Ukraine (Q3/6): Telecommunication fibre optic cable lines along the railways - General requirements | |
| [COM6-D65] NTT (JAPAN) (Q6/6): Comments on COM 6-52 related to optical cable networks | |
| [COM6-D66] NTT (Japan) (Q4/6, Q10/6, Q13/6): Proposed revisions to draft new Recommendation: COM 6-53 | |
| [COM6-D67] NTT (Japan) (Q5/6, Q10/6): Proposed revisions to draft new Recommendation: COM 6-55 | |
| [COM6-D68] Brazil (Q4/6, Q13/6): Transmission requirements for HDSL and ADSL systems | |
| [COM6-D69] Brazil (Q4/6, Q13/6): Transmission requirements for ISDN basic access - narrow band | |
| [COM6-D70] PLLB Elettronica SpA (Q6/6): Draft contents on new Recommendation "Optical fibre cable maintenance support system" | |
| [COM6-D71] Brazil (Q7/6): Aerial optical fiber cables - Application and Technology - Brazilian experience | |
| [COM6-D72] Brazil (Q7/6, Q8/6): Creep in aerial optical fiber cables | |
| [COM6-D73] Korea (Q12/6): Case study of buried objects detection by GPR | |
