Remote PHY: Enabling Immediate Access to Extra Bandwidth Capacity in Existing Networks
By Oleh Sniezko, Oleh-Lightcom Consulting, LLC and Rei Brockett, Dave Baran, Michael Field, Steve Hopkins, Aurora Networks
|
2014 |
A Roadmap for Virtualization in HFC Networks
By Andrew Bender, VMware
|
2019 |
Methods for Picture Quality Improvement : Aspects on Co-channel, Random, and Impulse Noise Cancellation
By Peter Deierlein and Aravanan Gurusami, Philips Broadband Networks Inc.
|
1993 |
Next Gen 10G Networks and 1.8 GHz HFC Design Challenges
By G. Keith Auzenne, Charter Communications; Esteban Sandino, Charter Communications; Diana Linton, Charter Communications
|
2023 |
Exploiting HFC Bandwidth Capacity To Compete With FTTH
By Tony Werner, Liberty Global, Inc. and Oleh J. Sniezko, Aurora Networks, Inc.
|
2006 |
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 |
Evaluation of virtualizing DOCSIS MAC by software in data center
By Li Zhang, Xin Yang, and Lifan Xu, Huawei Technologies Co.,Ltd.
|
2016 |
Competitive Advantages Of HFC Networks for Wireless Convergence
By John Chamberlain & Mark Alrutz, CommScope
|
2017 |
Effects Of Crosstalk On Bi-Directional And Hybrid QAM/Digital DWDM Systems
By Sudhesh Mysore, Ph.D., Director, DWDM Systems Engineering and Oleh Sniezko, Vice President, Engineering
AT&T Broadband
|
2001 |
Can Future Networks Survive Without Artificial Intelligence?
By Dr. Claudio Righetti, Emilia Gibellini, Carlos Germán Carreño Romano & Gabriel Carro; Telecom Argentina S.A.
|
2019 |
Considerations For Development Of Existing CATV Networks For Future Telecommunications Services
By Don Gall and Paul D. Brooks, TWC
|
1995 |
Using Profile Management to operationalize the roll-off region in DOCSIS 3.1 HFC networks
By Diana Linton, Justin Stiles, Esteban Sandino, Roger Stafford, Vinod Dani, Jay Liew, Keith Auzenne; Charter Communications
|
2022 |
A Migration Strategy to High Capacity Return on HFC Networks
By Jim Chiddix and Donald Gall, Time Warner Cable
Gerry Shimirak, Raychem
|
1996 |
Overlaying Mid-Band Spectrum Backhaul/Fronthaul onto HFC
By John Ulm, Dr. Martin Zimmerman, PhD, Stuart Eastman & Zoran Maricevic, PhD, CommScope
|
2021 |
Tackling Upstream Ingress and CPD Issues in High Split Cable Networks
By Claus Lassen, HFC Networks; Steve Condra, Teleste Intercept; Arttu Purmonen, Teleste Corporation; Pekka Hilke, Teleste Corporation; Niko Suo-Heikki, Teleste Corporation; Henri Aittomaa, Teleste Corporation
|
2023 |
Detection of Passive Intermodulation in Drop Wiring by Burst Transmission Analysis - Diodes are common, but the network resists
By Tom Williams, Cable Television Laboratories Inc.; Cable Television Laboratories Inc., Cable Television Laboratories Inc; Larry Wolcott, Comcast; Jason Rupe, Ph.D., CableLabs
|
2022 |
Distributed Digital HFC Architecture Expands Bi-Directional Capacity
By Oleh Sniezko, Doug Combs, Rei Brockett, Aurora Networks, Inc.
|
2013 |
Proposal of RF/IP Adaptive Video Distribution Scheme over Cable Television Access Networks
By Yoshitaka Kidani, Hiroyuki Yamashita & Shuichi Matsumoto, Japanese Cable Laboratories
|
2020 |
Sub-band Division Multiplexing (SDM) Increases Bandwidth Efficiency And Provides Higher Tolerance Of Composite Distortions
By Mark E. Laubach, Yi Ling, William J. Miller, Tracy R. Hall
|
2005 |
A Theoretical Examination Of The Effect Of A Nonlinear Device Located At A Tap
By Thomas N. Lovern II, Comm/Scope Company & and Chalmers M. Butler, University of Mississippi
|
1983 |
