Installation And Field Operation Of An 8 KM Fiber-Optic CATV Supertrunk System
By Donald G. Monteith, Cablesystems Engineering & Joseph W. Proctor, Canstar Communications
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1979 |
A 4.5 KM Operational Fiber Optic Communications System
By Frederic N. Wilkenloh,
Comm/Scope Company & Dr. Marshall C. Hudson,
Valtec Corporation
|
1978 |
Tradeoffs In Multichannel Microwave System Design
By Dr. Thomas M. Straus, Hughes Aircraft Company
|
1985 |
Cost Effective Point to Point AM Fiber Links Using High Power Optical Receivers
By H. Blauvelt, J. Paslaski, and J. Lipson, Ortel Corporation
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1996 |
Fiber Backbone: A Proposal For An Evolutionary CATV Network Architecture
By James A. Chiddix, David M. Pangrac, American Television and Communications Corporation
|
1988 |
CATV System Design and Operation
By C. Bailey Neal, Archer S. Taylor, Donald W. Levenson, Orville D, Page, J.D. Cauldwell, P. Knight and E. R. Mertz, John Campbell and Joseph P. Gleason
|
1969 |
Hybrid AM/16-VSB Lightwave Transmission System in Presence of Optical Reflections
By Shlomo Ovadia, Chinlon Lin, and William T. Anderson
|
1995 |
Field Testing Of Fiber Optic Cable Systems
By K. Charles Mogray, Jr.,
Comm/Scope, Inc.
|
1991 |
Fiber Optic Technology For CATV Supertrunk Applications
By James A. Chiddix, Oceanic Cablevision, Inc.
|
1985 |
Broadband Capacity Growth Models - Will the end of Exponential Growth eliminate the need for DOCSIS 4.0?
By John Ulm, Zoran Maricevic, Ph.D., Ram Ranganathan; CommScope
|
2022 |
Full Duplex DOCSIS PHY Layer Design and Analysis for the Fiber Deep Architecture
By Richard S. Prodan, Ph.D., Broadcom Limited
|
2017 |
FM Induced Noise in Analog Fiber Optic CATV Links
By Yaron Siinler, Moshe Nazarathy and Yishai Kagan, Harmonic Lightwaves, Inc.
|
1994 |
Fiber Optics Broadband Systems Present and Future
By Mircho A. Davidov, Catel Telecommunications Inc.
|
1987 |
Fiber-Optic Delivery Of Advanced Television
By Donald Raskin, Hoechst Celanese Advanced Photonics
|
1988 |
The Use Of Dispersion-shifted Fiber For Cable TV Applications
By Douglas E. Wolfe, Corning Incorporated & Don Frymyer, Scientific-Atlanta, Inc.
|
1992 |
Sub-band Division Multiplexing (SDM) Increases Bandwidth Efficiency And Provides Higher Tolerance Of Composite Distortions
By Mark E. Laubach, Yi Ling, William J. Miller, Tracy R. Hall
|
2005 |
Applications Of Optical Fiber To CATV Systems
By Dr. T. M. Straus, Theta-Com & Dr. F. L. Thiel, Corning Glass Works & Dr. M. Barnoski, Hughes Aircraft
|
1975 |
A Fiber Optic Design Study
By Robert C. Loveless & John A. Mattson
|
1989 |
Distortion Beat Characterization and the Impact on QAM BER Performance
By D. Stoneback, R. Howald and T. Brophy, GE
and O. Sniezko , AT&T Broadband & Internet Services
|
1999 |
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 |
