HFC- The Gift That Keeps on Giving?
By L. Alberto Campos, Ph.D., Cable Television Laboratories Inc.; Lin Cheng, Ph.D., Cable Television Laboratories Inc.; Dorin Viorel, Cable Television Laboratories Inc.; Eric Nachtigall, Cable Television Laboratories Inc.; Todd Bryan, Cable Television Laboratories Inc.; Chris Stengrim, Cable Television Laboratories Inc.
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2024 |
Leveraging DOCSIS® 4.0 CM Backward Compatibility on DOCSIS 3.1 Networks
By Karthik Sundaresan, Cable Television Laboratories Inc.; Doug Jones, Cable Television Laboratories Inc.
|
2023 |
The Intersection of HFC and 5G
By Keith R. Hayes, Broadband Advisors Group, LLC
|
2017 |
SCTE Smart Amplifier Project - Extend Proactive Network Maintenance to the Outside Plant
By Doug Jones, CableLabs
|
2022 |
Examining The Future Evolution Of The Access Network
By Michael J. Emmendorfer and Tom Cloonan, ARRIS
|
2013 |
What Gets Measured Gets Done / What Gets Analyzed Gets Transformed: Analytics for a Wider/Deeper Network View
By Venk Mutalik, Dan Rice, Karthik Subramanya & Jon-en Wang, Comcast
|
2018 |
Blueprint for Mobile Xhaul over DOCSIS
By Jennifer Andreoli-Fang, PhD, CableLabs; John T. Chapman & Tong Liu, PhD, Cisco; Damian Poltz, Shaw Communications
|
2019 |
Exploring Programmatically Generated HFC Plant Topology
By Lin Cheng, CableLabs; L. Alberto Campos, CableLabs; Justin Riggert, Comcast Corporation; Larry Wolcott, Comcast Corporation
|
2023 |
Impact of CCAP to CM Distance in a Remote PHY Architecture
By John T. Chapman, Gerry White, and Hang Jin, Cisco
|
2015 |
Smart Amplifier Ingress Noise Localization: Leveraging PNM UTSC, Available Headroom Calculations, Network Topology, and Smart Amplifier Ingress Switch
By James Medlock, Akleza, Inc.; Robin Lavoie, Cogeco Communications; Bernie Cadieux, Electroline Equipment Inc.; Frédérick Plante, Electroline Equipment Inc.
|
2024 |
Building the RPHY Upstream Scheduler with YANG
By Tong Liu, PhD & John T Chapman, Cisco Systems Inc
|
2020 |
The Power of YANG Configuration Templates
By Pawel Sowinski, Falcon V Systems
|
2022 |
A PNM System Using Artificial Intelligence, HFC Network Impairment, Atmospheric and Weather Data to Predict HFC Network Degradation and Avert Customer Impact
By Larry Wolcott, Michael O'Dell, Peter Kuykendall, Vishnu Gopal, Jason Woodrich & Nick Pinckernell, Comcast
|
2018 |
Operationalizing the Grey Optics Architecture
By Venk Mutalik, Dan Rice, Bob Gaydos, Doug Combs & Pat Wike, Comcast
|
2020 |
Exploring the Benefits of Network Intelligence Applications to Optimize HFC Networks Using a Data-Driven Design Approach
By Diana Linton, Charter Communications; Esteban Sandino, Charter Communications; Nader Foroughi, Technetix Inc.; Keith Auzenne, Charter Communications; Premton Bogaj, Technetix Inc.
|
2023 |
Accounting For Techies: Taking It To The Ultra
By Dr. Robert L. Howald, Dr. Sean T. McCarthy, ARRIS
|
2013 |
Nonlinear Distortions Distribution in HFC Networks
By T.C. Tsao, Arthur Yang, AT&T Taiwan Telecommunications, Co. Ltd.
|
1996 |
Leveraging DAA Investments to Accelerate FTTP
By Brian Soloducha, P.Eng, Rogers Communications Inc
|
2023 |
Next Generation Access Architecture Options For Additional Upstream And Downstream Transmission On HFC
By Jorge D. Salinger, Comcast Cable
|
2011 |
Pluggable Optics For HFC
By Fernando Villarruel, Fred Hirt, and Kuang-Yi Wu, Cisco
|
2011 |
