Effective Utilization Of M-ABR (Multicast Assisted ABR) Using Big
By Sridhar Kunisetty, Jeffrey Tyre, and Robert Myers,
ARRIS
|
2016 |
Considerations For the Delivery of Latency-Sensitive, Compute-Intensive Experiences Over a Communication Network
By Dhananjay Lal, Adeia
|
2022 |
Using ODM 3.0 to Fix Customer Impairments
By Andrew Hennebury, Rogers Communications; Ray Stevens, Rogers Communications; Iqra Syed, Rogers Communications
|
2023 |
PNM Approaches For In-Premise WiFi Networks – Applying Lessons Learned From DOCSIS Proactive Maintenance Practices
By Scott Helms, ZCorum
|
2015 |
Address From Clay T. Whitehead, Director Of The Office Of Telecommunications Policy
By Clay T. Whitehead, Office Of Telecommunications Policy
|
1973 |
A Statistical-analytics Approach To Making Video Bandwidth And QOE Decisions With Confidence
By Sean T. McCarthy, Ph.D., ARRIS
|
2016 |
When Does the DOCSIS 3.1 TaFD Feature Increase the Capacity of My Network?
By Ayham Al-Banna, Ph.D. & Tom Cloonan, Ph.D., ARRIS
|
2017 |
The Intersection of HFC and 5G
By Keith R. Hayes, Broadband Advisors Group, LLC
|
2017 |
A New Model for Power Plant and Health Estimation
By Kang Lin, PhD, Michael Nispel; Comcast
|
2022 |
Don’t Be Passive About Passives
By Kyle Hohman, Shaw Communications
|
2022 |
Rural 5G Fixed Wireless Access. Economics Analysis and Methodology.
By Sanjay Patel, Dorin Viorel, Ruoyu Sun; CableLabs
|
2022 |
The Full Duplex DOCSIS Amplifier – Why, How, and When
By Richard S. Prodan, Ph.D., Comcast Cable
|
2022 |
Multi Layered Unsupervised Machine Learning for Detection of Real Time Network Service Impairment
By Eric Frishman, Comcast; Devangna Kaushish, Comcast; Russell Harlin, Comcast; Aditya Vallabhajosyula, Comcast; Eswaramoorthy Subramaniam, Comcast
|
2023 |
Reliable Power Monitoring is Critical to Successful 10G Deployment
By Tim Cooke, Amphenol Broadband Solutions
|
2021 |
xGitGuard: ML-based Secret Scanner for GitHub
By Bahman Rashidi, Comcast Cable
|
2021 |
