DOCSIS 3.1 Overdrive: Dynamic Optimization Using A Programmable Physical Layer
By Saifur Rahman and Joe Solomon,
Comcast, Jason Schnizter and Dr. David Early,
Applied Broadband
|
2016 |
Capacity Planning, Traffic Engineering, and HFC Plant Evolution for the Next 25 Years
By Tom Cloonan, Ayham Al-Banna, Frank O’Keeffe & John Ulm, CommScope; Ruth Cloonan, BlueOpus
|
2019 |
Distributed Digital HFC Architecture Expands Bi-Directional Capacity
By Oleh Sniezko, Doug Combs, Rei Brockett, Aurora Networks, Inc.
|
2013 |
Operational Considerations & Configurations for FDX & Soft-FDX
By Ayham Al-Banna, Ph.D., Frank O’Keeffe, Ph.D. & Tom Cloonan, Ph.D., Commscope
|
2019 |
Quality Of Service - It Is What It Is, And It Ain't What It Ain't
By Doug Jones, YAS Broadband Ventures, LLC.
|
2002 |
Predictions On The Evolution Of Access Networks To The Year 2030 & Beyond
By Tom Cloonan (CTO-Network Solutions), Mike Emmendorfer (Sr. Director),
John Ulm (Engineering Fellow), Ayham Al-Banna (Distinguished System Engineer),
Santhana Chari (Sr. Director) , ARRIS
|
2014 |
Navigating the XGSPON Journey From an MSO Perspective
By Derek Lee, Rogers Communications Inc.; Giancarlo Urbani, Rogers Communications Inc.
|
2023 |
Discussion of DOCSIS 3.1 Deployment Migration
By Carol Ansley, Jeff Howe, ARRIS Group, Inc.
|
2014 |
A Practical Approach to Virtualizing DOCSIS 3.1 Network Functions
By David S. Early, Applied Broadband, Inc.; Paul E. Schauer, Comcast; Jason K. Schnitzer, Applied Broadband, Inc
|
2017 |
Measurement-Based EOL Stochastic Analysis And DOCSIS 3.1 Spectral Gain
By Ayham Al-Banna, David Bowler, and Xinfa Ma, ARRIS Group, Inc.
|
2015 |
Overlaying Mid-Band Spectrum Backhaul/Fronthaul onto HFC
By John Ulm, Dr. Martin Zimmerman, PhD, Stuart Eastman & Zoran Maricevic, PhD, CommScope
|
2021 |
Exploring Programmatically Generated HFC Plant Topology
By Lin Cheng, CableLabs; L. Alberto Campos, CableLabs; Justin Riggert, Comcast Corporation; Larry Wolcott, Comcast Corporation
|
2023 |
Mobile Backhaul over DOCSIS
By John T. Chapman, Cisco; Jennifer Andreoli-Fang, CableLabs
|
2017 |
DOCSIS® Time Protocol Proof of Concept Phase II Results
By Ruoyu (Roy) Sun Ph.D., CableLabs; Aaron Quinto, Mark Poletti, CableLabs, Inc; Charles Cook, Vikas Sarawat, Praveen Srivastava, Lei Zhou, Charter Communications, Inc.; Elias Chavarria Reyes, Ph.D., Hitron Technologies, Inc.
|
2022 |
4096-OFDM Implementation on the HFC Plant with Fiber Deep and Distributed Access Architecture
By Maxwell Huang, Cisco Systems
|
2016 |
Next Generation Cmts Characteristics Including IP Multicast
By Doug Jones, YAS Broadband Ventures
|
2001 |
DOCSIS Time Protocol Proof of Concept
By Ruoyu (Roy) Sun, Jennifer Andreoli-Fang, Aaron Quinto & Mark Poletti, CableLabs, Inc.; Charles Cook, Ryan Tucker, Vikas Sarawat & Praveen Srivastava, Charter Communications, Inc.; John Chapman & Eric Houby, Cisco Systems, Inc.; Elias Chavarria Reyes, Wen Chun Wei & Vincent Cho, Hitron Technologies, Inc.
|
2021 |
Constructing a Convergence Lab: Lessons Learned From Building a Converged Network at CableLabs
By Matthew Schmitt, CableLabs
|
2020 |
Proactive Network Maintenance Evolution to the Optical Domain in Coherent Optics
By L. Alberto Campos, Ph.D. & Zhensheng (Steve) Jia, Ph.D., CableLabs & Larry Wolcott, Comcast
|
2018 |
How Will Proactive Network Maintenance Change Under DOCSIS® 4.0?
By Ron Hranac; Jason Rupe, Ph.D. CableLabs®; Dan Torbet, CommScope; Brady Volpe, The Volpe Firm
|
2022 |
