An Analysis Of The TDMA And S-CDMA Technologies Of DOCSIS 2.0
By Fabien Buda, Emmanuel Lemois, and Hikmet Sari
Juniper Networks
|
2002 |
Technical Analysis Of DOCSIS 2.0
By Hal Roberts, Benoit Legault, Mike Rude, ADC
|
2002 |
Design And Performance Of A Fully-Digital DOCSIS CMTS Receiver
By F. Buda, E. Lemois, A. Popper, J. Boutros, G. Karam, and H. Sari, Pacific Broadband Communications
|
2001 |
Upstream 3.0: Cable’s Response To Web 2.0
By Dr. Robert Howald and Phil Miguelez, Motorola Mobility
|
2011 |
Optimizing Transmission Parameters In DOCSIS 2.0 With A Digital Upstream Channel Analyzer (DUCA)
By Noam Geri, Itay Lusky,Texas Instruments, Broadband Communications Group
|
2002 |
Moving Beyond The Standard: Creating Additional Bandwidth Through Extending DOCSIS 2.0
By Jack Moran, Motorola Broadband Communications Sector
|
2004 |
Methods To Increase Bandwidth Utilization In DOCSIS 2.0 Systems
By Daniel Howard, Laura Hall, Keith Brawner, and Hans Hsu, Broadcom Corporation
and Nick Hamilton-Piercy, Reynold Ramroop, and Sheng Liu, Rogers Cablesystems
|
2003 |
Traffic Engineering, Traffic Control, Performance Analysis And Node Combining In DOCSIS-Based Cable Networks
By Gagan L. Choudhury and Moshe Segal, AT&T Labs
|
2001 |
Practical Video Over DOCSIS® Implementations Without Forklifts
By Doug Jones, Roger Slyk, BigBand Networks
|
2007 |
Detection And Classification Of RF Impairments For Higher Capacity Upstreams Using Advanced TDMA
By Daniel Howard, Broadcom Corporation
|
2001 |
Deploying IP Video Services, Architectures and Technologies
By Eduardo M. Panciera Molanes, Adrian Grimaldi, Norberto Harmath, Gaston Diaz & Marcos Aberastury, Telecom S.A.
|
2018 |
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 |
Leveraging DOCSIS® 4.0 CM Backward Compatibility on DOCSIS 3.1 Networks
By Karthik Sundaresan, Cable Television Laboratories Inc.; Doug Jones, Cable Television Laboratories Inc.
|
2023 |
Remote PHY 2.0: The Next Steps For Remote PHY Technology
By Pawel Sowinski, Andy Smith & Tong Liu, Cisco Systems Inc.
|
2019 |
Enhancing DOCSIS Services Through Network Functions Virtualization
By Andrew Smith, Colby Barth, Juniper Networks and Saif Rahman, Comcast
|
2013 |
RFoG: Overcoming The Forward And Reverse Capacity Constraints
By Oleh J. Sniezko, Aurora Networks, Inc
|
2011 |
Examining The Future Evolution Of The Access Network
By Michael J. Emmendorfer and Tom Cloonan, ARRIS
|
2013 |
Service Theft in DOCSIS Networks
By Egbert Westervelt, Edward Florendo & Dave Belt, Irdeto
|
2017 |
Leveraging Openflow In DOCSIS® Networks
By Chris Donley, CableLabs
|
2013 |
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 |
