Cable And The Consumer Electronics Industry
By Claude T. Baggett,
Cable Television Laboratories, Inc.
|
1991 |
Cable Headend Interfaces For Digital Television
By Mukta Kar, Ph.D., Majid Chelehmal, Ph.D., and Richard S. Prodan, Ph.D., Cable Television Laboratories
|
1998 |
From Millions to Billions: SCTE Standards Evolve the Smart Grid at Scale
By Robert Cruickshank, GRIDIoT Power Networks; Derek DiGiacomo, Society of Cable Telecommunications Engineers; David Fellows, Fellows Associates; Francis Sandoval, Pajarito Technologies; Tony Werner, Comcast Cable
|
2022 |
Diagnosing Cable System Faults
By Kenneth L. Foster, NYS Commission On Cable Television
|
1978 |
Interfacing Cable Television And Broadcast Subscription Television
By Early D. Monroe, Jr., Federal Communications Commission
|
1978 |
Right-sizing Cable Modem Buffers For Maximum Application Performance
By Greg White, CableLabs and Richard Woundy, Yiu Lee, Carl Williams, Comcast
|
2011 |
The Rockford Two-Way Cable Project: Existing And Projected Technology
By James B. Wright, Rockford Cablevision, Inc. & Martin P. Block and Robert E. Yadon, Michigan State University
|
1978 |
Coaxial Cable Performance for CATV
By Allen Kushner, Times Wire and Cable
|
1965 |
RF Modem Specifications - Testing Between The Lines
By Kenneth c. Crandall, Zeta Laboratories, Inc.
|
1984 |
High Definition Television - Defining The Standard
By Brian James, Cable Television Laboratories, Inc.
|
1994 |
The Cost Of Fair Bandwidth: Business Case On The Rise Of Online Video, P2P, And Over-The-Top; Proactive Steps Operators Can Take Today To Meet Bandwidth Demands In The Near Future
By Michael Eagles, UPC Broadband and Robert F. Cruickshank III, C-COR
|
2007 |
Cable Modem Bandwidth Provisioning and Quality of Service
By Shlomo Rakib, Terayon Communication Systems
|
1998 |
Local Area Networks And Cable Television
By Robert V .C. Dickinson, AM Cable TV Industries, Inc.
|
1986 |
Gridmetrics Data Provide Insights and Improve Situational Awareness of the Electric Power Grid
By Robert Cruickshank, Ph.D. & Nicolas Metts, Cable Television Laboratories; Paul Schauer, Comcast Cable Communications; Curtis Snyder
|
2020 |
Next Generation Cable Network Architecture
By Stephen D. Dukes, Cable Television Laboratories, Inc.
|
1993 |
The Design, Construction, Cost And Performance The First 400 MHz Cable Television System
By Gerald Bahr, Jeff Blowers, Ed Dice, and Dan Doorn, Cox Cable Communications, Inc.
|
1981 |
Cable System Transient Impairment Characterization
By Richards. Prodan, Majid Chelehmal, Thomas H. William, Craig M. Chamberlain, Cable Television Laboratories, Inc.
|
1994 |
Performance of a 256-QAM Demodulator/Equalizer in a Cable Environment
By K. Laudel, E. Tsui, J. Harp, A. Chun, and J. Robinson, Applied Signal Technology, Inc.
|
1994 |
Cable Modem Transmit Headroom Resiliency Management
By Ron Hranac, SCTE Network Operations Subcommittee; Roger Fish, Broadcom; Tom Kolze, Broadcom; Satish Mudugere, MaxLinear; Alexander Podarevsky, Promptlink Communications; Jason Rupe, CableLabs; Foad Towfiq, Promptlink Communications; Sheldon Webster, CableLabs; Larry Wolcott, Comcast;
Lei Zhou, Charter
|
2023 |
High Data Rate VSB Modem For Cable Applications Including HDTV: Description And Performance
By Ronald B. Lee, Zenith Electronics Corporation
|
1994 |
