Publications
CableLabs has published documents pertaining to certain research and development projects. A list of those publications can be found here. If you have any questions, please contact us.
- Best Practices and Guidelines for Creating AI-Ready Documents for AI Processing – April 2025
- Impacts of WMM on Wi-Fi – March 2024
- Mobile Wi-Fi: Making Wi-Fi Work for Users on the Move – August 2023
- Overview of Coherent PON Protection – February 2023
- Evolution of PON and Coherent Optics Technology in the Access Network – February 2023
- How 3GPP Supports Edge Compute Transformation – February 2023
- The Road to Wireline-Wireless Convergence – November 2022
- Best Practices for Deploying 5G into a Shared Environment – April 2022
- The Modular, Virtualized Edge for the Cable Access Network – July 2020
- Transparent Security Architecture – October 2019
- Inter-Operator Mobility with CBRS – April 2019
- Low Latency DOCSIS: Technology Overview – February 2019
- LTE Wi-Fi Aggregation – Assessing OTT Solutions – February 2019
- Customer Impact from Virtualizing Network Services – March 2016
- Content Delivery with Content-Centric Networking – February 2016
- Shannon’s Limits Applied to Cable Networks Above 1 GHz – October 2014
- Active Queue Management in DOCSIS 3.x Cable Modems
- Premium Cable Content on Any Device, In Any Room Using DLNA CVP-2 (NCTA)
- Network Virtualization In The Home (NCTA)
- Cable Network Management Infrastructure Evolution (NCTA)
- Field Measurements of Nonlinear Distortion in Digital Cable Plants (NCTA)
- Study of Wi-Fi for In-Home Video Streaming (NCTA)
- Testing for Nonlinear Distortion in Cable Networks
- Active Queue Management Algorithms for DOCSIS 3.0
- Digital Transmission Characterization of Cable Television Systems, Cable Television Laboratories, Inc., November 1994
- Analysis of Google SPDY and TCP initcwnd
- Preliminary Study of CODEL AQM in a DOCSIS Network
- Summary OF New NFPA 72® National Requirements for Telephone Lines
- Creating a Robust Market for Residential Energy Management Through an Open Energy Management Architecture
- Proactive Network Maintenance Using Pre-equalization