Cable Edge Compute: Transforming Cable Hubs into Application-Centric Cloud
By Rajiv Asati & Alon Bernstein, Cisco Systems
|
2019 |
Will Cable Ever Be Ready To Deliver Data?
By Lee R. Greenhouse,
E.F. Hutton & Company, Inc.
|
1984 |
How An MSO Can Leverage SD-WAN To Grow Its Enterprise Revenue
By Narayan Raman, Yadhav Krishnan, Miguel Hernandez & Furquan Ansari, Bell Labs Computing/Nokia
|
2018 |
The Evolution of Cable Network Security
By Matt Tooley, NCTA, Matt Carothers, Cox Communications, Michael Glenn, CableLabs, Michael O’Reirdan, Comcast, Chris Roosenraad, Time-Warner Cable, and Bill Sweeney, Comcast
|
2015 |
Cell Backhaul – Building The 5G-Ready Network of The Future, Today
By Jon Baldry, Infinera
|
2017 |
Blended Technologies Operating in the World of HFC, Wireless, DSL, and Other Transport Technologies
By Jeff Tokar, High Speed Access Corp.
|
1999 |
Remote PHY: Why and How
By Jorge D. Salinger, VP, Access Architecture,
Comcast Cable
|
2014 |
Future Directions In Cable Broadband Bandwidth Capacity
By John M. Ulm, Motorola, Home & Networks Mobility Technology Office
|
2008 |
Introducing Intermodulation - Its Role in Cable Modems And Reverse Path Operation
By Martin Lee & Keith Mothersdale, Channell Corporation
|
2000 |
Operational Practices for Energy Conservation/Sustainability Measures in the Cable Outside Plant
By Daniel Howard, Enunciant, LLC; Chris Day, Analog Devices; Kevin Gantt, CommScope; John Holobinko, Cisco; Rob Howald & Dan Marut, Comcast; Dick Kirsche, ConsultKirsche; Todd Loeffelholz, Alpha; Kathleen Miles, PG&E; Rene Spee, Coppervale; Dean Stoneback, SCTE•ISBE; John Ulm, Arris; Lamar West & Dan Whitehouse, Hitachi Consulting
|
2018 |
Next Generation - Cable Access Network
By M. Emmendorfer, S. Shupe, D. Cummings, T. Cloonan Contributors: Z. Maricevic, M.
Schemmann, B. Dawson, V. Mutalik, J.Howe, A. Al-Banna,and F. O'Keeffe, ARRIS
|
2011 |
Energy Conservation Measure Recommendations for Cable Edge Facilities
By Daniel Marut & Michael Baselice, Comcast; Daniel Howard, George Gosko, Supriya Dharkar, Riebeeck van Niekerk & Tanner McManus, Hitachi; Gregory Baron, US Air Force (formerly with Hitachi)
|
2017 |
An Overview of the DOCSIS Two Way Physical Layer
By Bill Kostka
|
1998 |
Cable Headend Architecture for Delivery of Multimedia Services
By Mukta Kar, Majid Chelehmal, and Richard S. Prodan
Cable Television Laboratories, Chezhian Renganathan , HCL Technologies Private India Pvt. Ltd.
|
1999 |
Delivering Economical IP-video Over DOCSIS By Bypassing The M-CMTS With DIBA
By Michael Patrick, Motorola Connected Home Solutions
|
2007 |
Performance Of Cable Modem Systems
By Thomas E. Moore, Kenneth R. Martin, Robert S. Cruickshank III, Cable Television Laboratories, Inc
|
1997 |
Guidelines for Cable Facility Climate Technology Optimization
By John Dolan, Rogers Communications Inc.; Daniel Howard, Hitachi Consulting; Arnold Murphy, SCTi; Ken Nickel, Quest Controls, Inc.; Dave Smargon, AIRSYS North America
|
2017 |
Proactive Network and Technical Facilities Monitoring Using Standardized Scorecards
By Dr. Franklin Lartey, Cox Communications
|
2017 |
How Integrated Photonics Enhances Capacity and Scalability for Fiber Deep Networks
By Wayne Hickey & Joseph Shapiro, Ciena Corporation
|
2017 |
New Generation Non-Compressed Digital Transport Technologies Are Changing The Scope Of Today's Broadband Networks
By John Decker, Product Line Manager- Fiber Optics, Philips Broadband Networks
|
1999 |
