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P8023.bn EPoC PHY Task Force
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September, 2012 Meeting Material
September 27-28 ITU, Geneva, Switzerland
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All files (zipped) 21.6MB
Title Size Author(s) Affiliation
27-28 September TF meeting minutes (approved)
Previous: 27-28 September TF meeting minutes (unconfirmed) (228kB - PDF)
246kB
17-18 July SG meeting minutes (confirmed)
Previous: (rev2 - pdf 246kB) (rev1 - pdf 222kB)		 711kB
Agenda and General Information
Previous: (rev2 - pdf 504kB), (rev1 - pdf 504kB) 		850kB Mark Laubach Broadcom
Baseline Proposals for EPoC TF - the WHAT and the WHY 164kB Marek Hajduczenia ZTE
Baseline Proposals for EPoC TF 205kB Marek Hajduczenia ZTE
Baseline support file: definitions
Baseline support file: clause outlines
Baseline support file: PMD outline 		219kB
166kB 		Marek Hajduczenia
(et al.)		 ZTE
(et al.)
Developing the EPoC System and Device Specifications
as a CL/MSO effort
Previous: (01 - pdf 69kB)		 70kB Jorge Salinger Comcast
Bandwidth Assignment method for EPOC 1455kB Eugene Dai Cox
EPoC Discover & Registration 765kB Duane Remein Huawei
EPoC PHY Link and Auto-Negotiation 277kB Ed Boyd,
Avi Kliger.		 Broadcom
EPoC Downstream Bonding 881kB Ed Boyd
(et al.)		 Broadcom
(et al.)
OFDMA PHY for EPoC: a Baseline Proposal 948kB Andrea Garavaglia,
Christian Pietsch		 Qualcomm
Solutions for a flexible dual-mode TDD/FDD
physical layer in EPoC (TDD feasibility Part II)		 756kB Nicola Varanese,
Andrea Garavaglia		 Qualcomm
EPoC Performance Model – Delay and Efficiency (PDF) 418kB Andrea Garavaglia
(et al.)		 Qualcomm
(et al.)
Excel Spreadsheet for EPoC Performance Model
– Delay and Efficiency (zip file under tools)		 30kB Andrea Garavaglia Qualcomm
EPoC RF Bandwidth Task Force Choices 639kB Steve Shellhammer,
Hesham ElBakoury		 Qualcomm,
Huawei
EPoC FDD Downstream RF Bandwidth – A Baseline Proposal
Previous: (02 - pdf 574kB) 		568kB Steve Shellhammer,
Juan Montojo		 Qualcomm
Forward Error Correction – A Baseline Proposal
Previous: (01 pdf - 344kB)		 793kB Christian Pietsch,
David Barr		 Qualcomm,
Entropic
Analysis on estimated SNR values on a generic cable plant
Previous: (01 - pdf 163kB)		 163kB Nicola Varanese,
Andrea Garavaglia 		Qualcomm
Power Saving for EPoC
Previous: (01 pdf - 326kB)		 327kB Marek Hajduczenia
(et al.)		 ZTE
Basline Proposal for EPoC PHY Layer
Previous: (01 pdf - 628kB)
 673kB Avi Kliger,
Leo Montreuil		 Broadcom
FEC for EPoC PHY
Previous: (01b pdf - 924kB), (01a pdf - 1459kB), (01 pdf - 1461kB)		 1257kB Rich Prodan,
(et al.)		 Broadcom
OFDM Symbol size considerations for EPoC
Previous: (02a pdf - 427kB),(02 pdf - 293kB)		 447kB Avi Kliger
(et al.) 		Broadcom
MPCP Extensions for EPoC
Previous: (01 - pdf 617kB) 		766kB Lup Ng Cortina
Adaptive Bit Loading 548kB Hesham Elbakoury Huawei
Efficiency Considerations for EPoC PHY Design 453kB Hesham Elbakoury Huawei
Best Effort / Late Submission
(Major) challenges ahead for EPoC 573kB Marek Hajduczenia ZTE


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Last Update: 19-September-2012

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