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 |
CableHome : A Home Network Architecture
By Steven Saunders, David Reed, Kevin Luehrs, Stuart Hoggan, Cable Television Laboratories, Inc.
|
2001 |
FTTx PON Architecture Considerations: Distributed Optical Taps
By Brian Yarbrough, Cox Communications, Inc
|
2021 |
Optical Amplifiers For Video Distribution
By J.B. Glaab and D.R. Huber,
Jerrold Communications
|
1990 |
Separation of Video Processing and Multiplexing: The Key to Network Scaling of HD-VOD and other Bandwidth Intensive PersonalizedTV® Services
By Ron Gutman, Imagine Communications, Inc.
|
2009 |
Strategies for Implementing Edge Services in the 10G Cable Network
By Eric Heaton, Intel Corporation – Network Platforms Group
|
2020 |
The Evolution of Network Virtualization In The Home
By Patrick Goemaere, Technicolor
|
2019 |
How Next-Generation Broadband Network Architectures Will Deliver Integrated Services To Business Customers
By Vikram Saksena, Narad Networks
|
2001 |
Network Capacity and Machine Learning
By Dr. Claudio Righetti, Emilia Gibellini, Florencia De Arca, Carlos Germán Carreño Romano, Mariela Fiorenzo, Gabriel Carro & Fernando Rodrigo Ochoa, Cablevisión S.A.
|
2017 |
Packet Network Topologies For Next Generation Video On Demand And Switched Broadcast Service Delivery
By John Amaral and Paul Pilotte, Artel Video Systems
|
2003 |
Insight-Driven Network Performance Management and Protection in the Cloud/IoT Era
By Tony Kourlas, Nokia
|
2017 |
Preparing the Metro Core Network for Disruptive Technologies Like DAA and 5G
By Fady Masoud, M. Eng., Infinera
|
2019 |
An Extensible QoS Architecture For A Heterogeneous Network Infrastructure To Support Business Services
By Srividya Iyer, Dr. Nagesh Nandiraju, Dr. Sebnem Zorlu-Ozer, Motorola – Access Networks
|
2010 |
Non-Invasive Network Management
By Bruce F. Bahlmann, Alopa Networks
|
2001 |
Remote PHY: Enabling Immediate Access to Extra Bandwidth Capacity in Existing Networks
By Oleh Sniezko, Oleh-Lightcom Consulting, LLC and Rei Brockett, Dave Baran, Michael Field, Steve Hopkins, Aurora Networks
|
2014 |
Reducing Capex And Opex Through Converged Optical Infrastructures
By Duane Webber, Cisco Systems, Inc.
|
2004 |
Automation of Virtual CCAP to Reduce OpEx and Enable New Revenue Streams in the Access Network
By Michael O’Hanlon & Eric Heaton, Intel Corporation – Network Platforms Group
|
2018 |
Per-Flow QoS Enables Transactional Bandwidth Management
By Gerry White, Motorola Broadband Communications Sector
|
2002 |
Telecom Argentina: Transport Network Evolution For Future Services
By Javier Ger, Esteban Poggio & Miguel Masache Ojeda, Telecom Argentina; Furquan Ansari & Ben Tang, Bell Labs Consulting
|
2019 |
Access Network Operations Savings Through Extending Automation
By John Holobinko & Todd Greene, Cisco Systems, Inc.; Ron Zimmerman, Cox Communications, Inc.
|
2017 |
