Impact Of Dispersion On Analog Video Transmission
By Louis D. Williamson,
American Television and Communications Corporation
|
1991 |
Fiber Trunk And Feeder -- The Continuing Evolution
By David M. Pangrac and Louis D. Williamson, American Television and Communications Corporation
|
1990 |
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 |
Fiber Backbone- Multi-channel Am Video Trunking
By James A. Chiddix, American Television and Communications Corporation
|
1989 |
Multiwavelength Analog Video Transport Network
By Dogan A. Atlas, John J. Kenny, ANTEC Corporation
|
1998 |
CATV Via Satellite
By Frederick W. Ford,
G. Norman Penwell,
Louis B. Early,
Robert D. Briskman,
Irving A. Kahn,
Frank W. Norwood,
Nathaniel E. Feldman,
|
1969 |
The Use Of Dispersion-shifted Fiber For Cable TV Applications
By Douglas E. Wolfe, Corning Incorporated & Don Frymyer, Scientific-Atlanta, Inc.
|
1992 |
Testing And Link Analysis Of Multichannel Television Sound
By Russell A. Skinner, American Television and Communications Corporation
|
1986 |
Advances In Optical Fiber Technology For Analog Transport-Technical Advantages And Recent Deployment Experience
By Andy Woodfin, Jim Painter*, Boh Ruffin,
Corning Incorporated, *Comcast Corporation
|
2003 |
Properties And Systems Calculations Of Optical Supertrunks For Multichannel TV Transmission, Using Analog Intensity Modulation, Single Mode Fibers And High Deviation FM
By Hermann Gysel, Synchronous Communications Inc.
|
1987 |
Optimum Laser Chirp Range for AM Video Transmission
By Henry A. Blauvelt, P. C. Chen, Norman Kwong, and Israel Ury,
Ortel Corporation
|
1992 |
Digital Data In Analog Signals
By WalterS. Ciciora, Ph.D.
|
1997 |
4.5 Mbps Data Compatibly Transmitted in 6 MHz Analog Television
By Walter S. Ciciora, Ph.D.
|
1998 |
Field Testing Of A Digital Audio System
By Richard Scheuerer, William L. Thomas, and Louis Williamson, American Television and Communications Research and Development
|
1986 |
The Evolution Of Audio/Video System Facilities At Warner Amex Metropolitan Cable Television Systems
By Neil Neubert, Warner Amex Cable Communications Inc.
|
1984 |
Performance Of Digital Transmission Techniques For Cable Television Systems
By Richard S. Prodan, Ph.D.,
Cable Television Laboratories, Inc
|
1992 |
An FM/FDM/IM/WDM Fiber Optic Supertrunk For Repeaterless Transmission Of 10 Video Channels Up To 45 Km
By Pieter J.M. Kerstens, Subhash Chandra, Charles Breverman, And Kevin W. Haberern, North American Philips Laboratories
|
1985 |
Domestic Satellite Communications - The Impact Of Recent Advances
By Dom Stasi, Warner Amex Satellite Entertainment Company
|
1984 |
Fiber Backbone: A Proposal For An Evolutionary CATV Network Architecture
By James A. Chiddix, David M. Pangrac, American Television and Communications Corporation
|
1988 |
Lower Cost Alternatives to On-Demand Network Architecture
By Louis D. Williamson,
Time Warner Cable
|
1997 |
