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All files (zipped) |
12.8MB |
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Title |
Size |
Author(s) |
Affiliation |
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meeting minutes |
kB |
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|
|
Agenda and General Information |
193kB |
Howard Frazier |
Broadcom |
|
Cable System Overview |
1.2MB |
Matt Schmitt |
CableLabs |
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MSO Topology Scenarios |
862kB |
Edwin Mallette |
Bright House Networks |
|
Operating conditions under which EPoC is expected to work |
749kB |
Kevin Noll |
Time Warner Cable |
|
China NG HFC Key Requirements |
626kB |
Yanbin Huang |
Broadcom |
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IEEE P1904.1 SIEPON Overview |
816kB |
Alan Brown |
Aurora |
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DPoE Overview |
674kB |
Matt Schmitt |
CableLabs |
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DPoE MEF Services |
2109kB |
Hesham ElBakoury |
Huawei |
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Overview of IEEE 802.3bf |
727kB |
Marek Hajduczenia |
ZTE |
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EPoC Architecture, MPCP and DBA |
850kB |
Biswanath Mukherjee |
UC Davis |
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EPoC Architecture with the "Transparency Wish" |
528kB |
Marek Hajduczenia |
ZTE |
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System Vendor's View on EPoC |
192kB |
Meiyan Zang |
ZTE |
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Functional Assumptions, Part Two |
320kB |
Mark Laubach |
Broadcom |
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Feasibility issues of EPoC |
191kB |
Eugene Dai |
Cox |
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Limitations of EPON Protocol for EPoC |
1037kB |
Steve Shellhammer |
Qualcomm |
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Desirable Features for EPoC |
2.1MB |
Juan Montojo |
Qualcomm |
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EPoC TDMA Slot Mapping |
126kB |
Ed Boyd |
Broadcom |
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Technical Feasibility |
717kB |
Ed Boyd |
Broadcom |
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Comparitive Economics of HFC and EPoC networks |
148kB |
Alex Liu |
Qualcomm |
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5 Criteria responses |
284kB |
Jorge Salinger |
Comcast |
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Recommended EPoC Objectives |
357kB |
Steve Shellhammer |
Qualcomm |
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Proposed Objectives |
79kB |
Kevin Noll |
Time Warner Cable |