Back To 1310 Nm --With Semiconductor Optical Amplifiers
By Venkatesh G. Mutalik, Philips Broadband Networks Inc. and Luuk F. Tiemeijer, Philips Optoelectronics Centre
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1996 |
Estimating Downstream Performance And DOCSIS 3.1 Capacity In CAA and DAA Systems
By Michael Emmendorfer, Brent Arnold, Zoran Maricevic, Frank O'Keeffe, and Venk Mutalik,
ARRIS
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2015 |
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.
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1987 |
HDTV MUSE Signals on Cables and Optical Fibers
By Yozo Utsumi, Hiroo Arata, and Mikio Maeda, Japan Broadcasting Corporation
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1990 |
A PNM System Using Artificial Intelligence, HFC Network Impairment, Atmospheric and Weather Data to Predict HFC Network Degradation and Avert Customer Impact
By Larry Wolcott, Michael O'Dell, Peter Kuykendall, Vishnu Gopal, Jason Woodrich & Nick Pinckernell, Comcast
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2018 |
Optical Amplifier Basic Properties And System Modeling: A Simple Tutorial
By Rezin E. Pidgeon and Don E. Frymyer,
Scientific-Atlanta, Inc.
|
1992 |
Proactive Network and Technical Facilities Monitoring Using Standardized Scorecards
By Dr. Franklin Lartey, Cox Communications
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2017 |
FIBER-OPTIC PASSIVE COMPONENTS FOR FUTURE SYSTEMS
By Scott A. Esty and
James E. Matthews III,
Corning Incorporated
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1990 |
The Use Of Dispersion-shifted Fiber For Cable TV Applications
By Douglas E. Wolfe, Corning Incorporated & Don Frymyer, Scientific-Atlanta, Inc.
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1992 |
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 |
Issues In Handling Cable Signals Within Digital Optical Interconnect Networks
By James O. Farmer, Electronic System Products and Edward J. Callahan, Antec Corporation
|
1994 |
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
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1985 |
A Passive Optical/Coax Hybrid Network Architecture for Delivery of CATV, Telephony and Data Services
By Dr. M. Farooque Mesiya, American Lightwave Systems, Inc.
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1993 |
A Proposed End-to-End SDN Architecture for MSO
By Mohcene Mezhoudi, Benjamin Y. Tang, Jean-Philippe Joseph & Enrique Hernandez-Valencia, Bell Labs Consulting
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2017 |
Communications Applications Of Fiber Optics
By Dr. W. M. Caton, TRW Defense and Space Systems & Dr. D. J. Albares, Naval Electronics Laboratory Center
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1976 |
A Comparison Of PON Architectures
By James O. Farmer, Wave7 Optics, Inc.
|
2008 |
Communications For Improved Quality Of Life
By Dr. Peter C. Goldmark, Goldmark Communications Corp.
|
1972 |
Linearity Characteristics Of DFB Laser Diodes At High Output Optical Powers
By Ernest M. Kim, S. Lee Cummings, and Mark E. Tucker, TACAN Corporation
Thomas J. Gibbs, Raynet Corporation
|
1989 |
Hybrid AM/16-VSB Lightwave Transmission System in Presence of Optical Reflections
By Shlomo Ovadia, Chinlon Lin, and William T. Anderson
|
1995 |
New Generation Data Governance for Charter Network:1
By Jay Liew, Mark Teflian, Bruce Bacon, Jay Brophy & Randy Pettus, Charter Communications
|
2019 |