Managing the Data Firehose to Put Out Network Fires
By Jingjie Zhu, CableLabs
|
2022 |
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 |
Understanding Latency across PON systems (With few comparisons to DOCSIS systems)
By Karthik Sundaresan, CableLabs; Evariste Some, CableLabs, & University of Colorado, Boulder
|
2022 |
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 |
Cable Network Management Infrastructure Evolution
By L. Alberto Campos, Jennifer Andreoli-Fang and Vivek Ganti, Cable Television Laboratories
|
2014 |
Improving Operational Intelligence for Maintaining Cable Networks
By Mike Spaulding, Comcast Corporation; Larry Wolcott, Comcast Corporation; Jason Rupe, CableLabs
|
2022 |
Access Network Data Analytics
By Karthik Sundaresan & Jay Zhu, CableLabs
|
2017 |
Towards Fully Automated HFC Spectrum Management
By Jay Zhu, Comcast; Maher Harb, Comcast; Jeff Howe, Comcast; Chad Humble, Comcast; Dan Rice, Comcast
|
2023 |
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 General-Purpose Operations Cost Model to Support Proactive Network Maintenance and More
By Jason Rupe, Ph.D., CableLabs
|
2019 |
CableLabs' Ghost Canceller Testing Project
By Tom Williams,
Cable Television Laboratories, Inc.
|
1992 |
Analysis Of Two-Way Cable System Transient Impairments
By Richard S. Prodan, Ph.D. , Majid Chelehmal, Ph.D., Tom Williams, CableLabs
|
1996 |
Application of 4K-QAM, LDPC and OFDM for Gbps Data Rates over HFC Plant
By David John Urban, Comcast
|
2013 |
A New Model for Power Plant and Health Estimation
By Kang Lin, PhD, Michael Nispel; Comcast
|
2022 |
Digital Video Transmission System with Pilot Aided C-OFDM
By Yasuo Harada, Hiroshi Hayashino, Yasuhiro Uno, Tomohiro Kimura, Hitoshi Mori, Manager of
Information & Communications Technology Laboratory, Matsushita Electric Industrial Co. Ltd.
|
1995 |
Deploying PMA-Enabled OFDMA in Mid-Split and High-Split
By Maher Harb, Dan Rice, Kevin Dugan, Jude Ferreira, Robert Lund; Comcast
|
2022 |
Revolutionizing Access Networks: How TFDM Coherent PON Combines the Best of TDM and WDM PONs
By Zhensheng (Steve) Jia, Ph.D., CableLabs; Haipeng Zhang, Ph.D., CableLabs; L. Alberto Campos, Ph.D., CableLabs
|
2023 |
Proactive Network Maintenance (PNM) Paves the Way for More Upstream Bandwidth
By Takashi Hayakawa, Mike O’Dell, Paul Schauer, Larry Wolcott; Comcast
|
2022 |
Time is Ripe for D3.0 Farming: Achieving Optimal Spectral Efficiency by Allocating D3.0 Spectrum to OFDM
By Maher Harb, Chad Humble, Sebnem Ozer, Dan Rice; Comcast
|
2022 |
Method For Including CTBR, CSO, And Channel Addition Coefficient In Multichannel Am Fiber Optic System Models
By Ernest M. Kim, Mark E. Tucker, and S. Lee Cummings
|
1989 |
