Implementing Nanogrid Into the Critical Facility
By Rahul Khandekar, Ph.D., EnerSys; Ron Slutter, EnerSys; Francisco Paz, Ph.D., EnerSys; Dan Cooper, Greenside LLC; Greg Laughlin, EnerSys
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2023 |
Are Your Critical Facilities Ready To Be Managed With Big Data?
By Dustin Boyette, EnerSys
|
2022 |
Focusing (Stored) Energy Where It Matters Most: Optimizing the Impact of Energy Storage in the Access Network
By Toby Peck, EnerSys; Creighton Brown, EnerSys; Mark Vodopest, EnerSys; Greg Laughlin, EnerSys
|
2023 |
Small Cell Deployment Strategies for Cable Broadband
By Toby Peck & Greg Laughlin, EnerSys
|
2021 |
Keeping The Lights On - Protecting Your Remote Active Fiber Elements Against Unplanned Outages
By Rob Anderson, EnerSys
|
2022 |
Powering the Near Future 10G Access Network: Considerations for Assuring Sufficient and Reliable Power
By Rob Anderson, EnerSys Energy Systems
|
2020 |
With Great Power Comes Great Electricity Bills - Reducing grid dependance of the Access Network as it evolves toward 10G and beyond
By Tobias Peck, EnerSys
|
2022 |
Distributed Access Architecture Is Now Widely Distributed
By Dr. Robert Howald, Frank Eichenlaub & Adi Bonen, Comcast; Tobias Peck, EnerSys
|
2021 |
The Benefits and Challenges of Deploying 5G Small Cells on the HFC Strand Network
By Cameron Gillis, Samsung Electronics America; Riley Lehecka, Enersys; Charles Chapman, EnerSys
|
2023 |
Ensuring HFC Network Resiliency During Extended Utility Outages
By Toby Peck & Jay Frankhouser, EnerSys
|
2021 |
How HFC-based Industrial IOT Gateways Improve Performance of Remote IOT Sensors
By Charles Chapman, Alpha Technologies an EnerSys Company
|
2019 |
Critical Facility Cooling Energy Optimization
By Thomas Hurley, Comcast Cable Corporation; John Dolan, Rogers Communications Inc.; Arnold Murphy, Strategic Clean Technology; Mike Glaser, Cox Communications Inc.; John Teague, Worldwide Environmental Services; Ken Nickel, Quest Controls, Inc.
|
2020 |
Requirements for the IoT Infrastructure in the Customer Premises
By Rajesh Abbi, Duke Tech Solutions, Inc.; Charles Chapman, Enersys; Sudheer Dharanikota, Duke Tech Solutions, Inc.; Kyle Haefner, CableLabs; Clarke Stevens, Shaw Communications, Inc.
|
2022 |
Towards Predictable Low Latency DOCSIS Services
By Dan Rice, Comcast; Sebnem Ozer, Ph.D., Comcast; James Martin, Ph.D., Clemson University
|
2022 |
How Will Proactive Network Maintenance Change Under DOCSIS® 4.0?
By Ron Hranac; Jason Rupe, Ph.D. CableLabs®; Dan Torbet, CommScope; Brady Volpe, The Volpe Firm
|
2022 |
Creating Logical Channels And Implementing Advanced Spectrum Management
By Jack Moran and Michael Cooper, Motorola Connected Home Solutions
|
2007 |
Adaptive Power Management for Node Clusters
By Fernando X. Villarruel, Michael Mobley & Curt Dalton, Cisco Systems, Inc.; Lamar West, Ph.D., LEW Consulting, LLC
|
2018 |
Guidelines for Cable Facility Climate Technology Optimization
By John Dolan, Rogers Communications Inc.; Daniel Howard, Hitachi Consulting; Arnold Murphy, SCTi; Ken Nickel, Quest Controls, Inc.; Dave Smargon, AIRSYS North America
|
2017 |
Leakage in a High Split World: Detecting and Measuring Upstream Leakage Levels in a One Gpbs Symmetrical High Split Hybrid Fiber Coax Network
By John Chrostowski, Benny Lewandowski & Dan Rice, Comcast; Greg Tresness, Arcom Digital, LLC.
|
2020 |
Digital Broadband Descrambling Technology -A Compatidle Access Control Solution To The Ever-growing Consumer Electronics Interface Problem.
By Ron D. Katznelson, Ph.D., Multichannel Communication Sciences, Inc.
|
1993 |
