Deploying PMA-Enabled OFDMA in Mid-Split and High-Split
By Maher Harb, Dan Rice, Kevin Dugan, Jude Ferreira, Robert Lund; Comcast
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2022 |
How Network Topology Impacts Rf Performance: A Study Powered By Graph Representation Of The Access Network
By Maher Harb, Karthik Subramanya, Ramya Narayanaswamy, Sanket Walavalkar & Dan Rice, Comcast
|
2021 |
Weaving Real-Time Fiber Data Analysis Into a Reliable Network
By Matthew Wichman, Comcast; Venk Mutalik, Comcast; Errol D’Souza, Comcast; Josh Cook, Comcast
|
2023 |
Graph Algorithms and Real-Time Telemetry for Intelligent Plant Operations
By Bob Lutz, Comcast; Matthew Stehman, Comcast
|
2023 |
Towards Fully Automated HFC Spectrum Management
By Jay Zhu, Comcast; Maher Harb, Comcast; Jeff Howe, Comcast; Chad Humble, Comcast; Dan Rice, Comcast
|
2023 |
Accounting for Every MHz of Bandwidth: Data & Algorithms for Artifact Discovery and Close-Packing of QAMs in Support of Spectrum Activation
By Maher Harb, Comcast; Wenlong Shen, Comcast; Matt Stehman, Comcast; Sanket Walavalkar, Comcast; Dan Rice, Comcast
|
2023 |
Towards Predictable Low Latency DOCSIS Services
By Dan Rice, Comcast; Sebnem Ozer, Ph.D., Comcast; James Martin, Ph.D., Clemson University
|
2022 |
Multi-Wavelength Access Networks: A Practical Guide To Implementation
By Ray Thomas, Time Warner Cable and Venk Mutalik, C-COR
|
2007 |
Rapid and Automated Production Scale Activation of Expanded Upstream Bandwidth
By Rob Thompson, Rob Howald, John Chrostowski, Dan Rice, Amarildo Vieira, Rohini Vugumudi & Zhen Lu, Comcast Cable
|
2021 |
Convolutional Neural Networks for Proactive Network Management
By Jude Ferreira, Maher Harb, Karthik Subramanya, Bryan Santangelo & Dan Rice, Comcast
|
2020 |
Unified Optical Architecture to Support Wavelength and High Bandwidth Ethernet Services
By Stephen Ruppa, Comcast
|
2022 |
Optimizing DOCSIS 3.0 Configuration in the Upstream through Applied Reinforcement Learning
By Kevin Dugan, Maher Harb, Dan Rice & Robert Lund, Comcast
|
2021 |
Operationalizing Streaming Telemetry and Machine Learning Model Serving: Customer Experience Automation
By Nick Pinckernell & Scott Rome, Comcast
|
2020 |
Distributed Digital HFC Architecture Expands Bi-Directional Capacity
By Oleh Sniezko, Doug Combs, Rei Brockett, Aurora Networks, Inc.
|
2013 |
The Yin And The Yang Of A Move To All Fiber: Transforming HFC To An All Fiber Network While Leveraging The Deployed HFC Assets
By Venk Mutalik, Marcel Schemmann, Zoran Maricevic, and John Ulm, ARRIS Group
|
2015 |
HFC Architecture In The Making
By Oleh Sniezko, Tony Werner, Doug Combs and Esteban Sandino, AT&T Broadband & Internet Services and Xiaolin Lu, Ted Darcie, Alan Gnauck, Sheryl Woodward, Bhavesh Desai and Xiaoxin Qiu, AT&T Labs , Rob Mclaughlin
AT&T Broadband Services Engineering
|
1999 |
Pluggable Optics For HFC
By Fernando Villarruel, Fred Hirt, and Kuang-Yi Wu, Cisco
|
2011 |
Unleashing Fiber Capacity by Jointly Optimizing D3.1 and RFoG Parameters
By Venk Mutalik & Brent Arnold Benny Lewandowski, ARRIS; Phil Miguelez, Comcast; Mike Cooper, Cox
|
2017 |
Approaches to Latency Management: Combining Hopby-Hop and End-to-End Networking
By Sebnem Ozer, Ph.D., Carl Klatsky, Dan Rice & John Chrostowski, Comcast
|
2020 |
Distributed Access Architecture Is Now Widely Distributed
By Dr. Robert Howald, Frank Eichenlaub & Adi Bonen, Comcast; Tobias Peck, EnerSys
|
2021 |
