Integrated Wireless PCS - Hybrid Fiber Coax Network Architecture
By Douglas E. Hohulin, Robert W. Hammond, Motorola, Pan American Wireless Infrastructure Division
|
1996 |
Synchronizing Deep Fiber Baseband Access Network Design With Traditional HFC Infastructure
By Donald Sorenson,Scientific-Atlanta, Inc
|
2001 |
Open Architecture for Multi-Vendor Compatibility of Element Management and Status Monitoring
By Kiran Babu, Philips Broadband Networks Inc
|
1996 |
Fiber Deep Networks and The Lessons Learned From The Field
By Todd Loeffelholz, Alpha Technologies Inc.
|
2017 |
DOCSIS® Time Protocol Proof of Concept Phase II Results
By Ruoyu (Roy) Sun Ph.D., CableLabs; Aaron Quinto, Mark Poletti, CableLabs, Inc; Charles Cook, Vikas Sarawat, Praveen Srivastava, Lei Zhou, Charter Communications, Inc.; Elias Chavarria Reyes, Ph.D., Hitron Technologies, Inc.
|
2022 |
HFC Architecture In The Making
By Oleh Sniezko, Tony Werner, Doug Combs and Esteban Sandino, AT&T Broadband & Internet Services and Xiaolin Lu, Ted Darcie, Alan Gnauck, Sheryl Woodward, Bhavesh Desai and Xiaoxin Qiu, AT&T Labs , Rob Mclaughlin
AT&T Broadband Services Engineering
|
1999 |
Exploiting HFC Bandwidth Capacity To Compete With FTTH
By Tony Werner, Liberty Global, Inc. and Oleh J. Sniezko, Aurora Networks, Inc.
|
2006 |
Exploring Multi-Access Edge Compute in Converging Access Networks
By Andrii Vladyka, Asaf Matatyaou & Howard Abramson, Harmonic Inc.
|
2021 |
CATV Distribution in A Fiber-in-the-Loop System Utilizing External Modulation
By Charles A. Merk, John Caezza, Philips Broadband Networks, Inc.
|
1993 |
A Technical Analysis Of A Hybrid Fiber/Coaxial Cable Television System
By Perry Rogan, Raleigh B. Stelle Ill, Louis Williamson, American Television and Communications
|
1988 |
DOCSIS Time Protocol Proof of Concept
By Ruoyu (Roy) Sun, Jennifer Andreoli-Fang, Aaron Quinto & Mark Poletti, CableLabs, Inc.; Charles Cook, Ryan Tucker, Vikas Sarawat & Praveen Srivastava, Charter Communications, Inc.; John Chapman & Eric Houby, Cisco Systems, Inc.; Elias Chavarria Reyes, Wen Chun Wei & Vincent Cho, Hitron Technologies, Inc.
|
2021 |
Network Availability Consumer Expectations, Plant Requirements and Capabilities of HFC Networks
By Tony E. Werner, Pete M. Gatseos, Ph.D., TCI Communications, Inc.
|
1996 |
Digitized Return Path: Extending the Applicability of Hybrid-Fiber Coax Architectures for Full-Service Networks
By Farr Farhan, Scientific-Atlanta, Inc.
|
1999 |
From Manual to Automated: AI-Driven Network Engineering and Operations
By Nader Foroughi, Technetix Inc.; Chris Beem, Technetix Inc.; Diego Royo Moros, Technetix Inc.
|
2023 |
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 |
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 |
Unified Headend Technical Management Of Digital Services
By Ran Oz and Amir Bassan-Eskenazi, BigBand Networks, Inc. and David Large, Media Connections Group
|
2000 |
The Smart and Seamless Evolution of the HFC Network – Today and Beyond
By Gustavo Colly, ATX Networks
|
2023 |
Tackling Upstream Ingress and CPD Issues in High Split Cable Networks
By Claus Lassen, HFC Networks; Steve Condra, Teleste Intercept; Arttu Purmonen, Teleste Corporation; Pekka Hilke, Teleste Corporation; Niko Suo-Heikki, Teleste Corporation; Henri Aittomaa, Teleste Corporation
|
2023 |
Can EMTC IoT Be Supported over the HFC Network
By Shengbo Ge, Cable HFC/CRDC CHG/ Cisco Systems (China) Research and Development Co., Ltd
|
2017 |
