Cathleen Thomas Quigley
`1165 Alta Avenue, NE
`Atlanta, Georgia 30307
`T 828-332-0296
`cathleenquigley@gmail.com
`
`PROFILE
`DOCSIS Cable Pioneer, Broadband data consulting engineer, expert witness and executive technologist
`spanning systems architecture, software, hardware and integrated circuit development. Experienced in
`building and leading large technology focused organizations. Named inventor on 96 U.S. patents in
`Broadband, Wireless, Mesh Networking, Digital Video and Mobile Devices. Extensive experience in
`DOCSIS Hybrid Fiber Cable communications including numerous product firsts and key standards
`development in the delivery of voice, video and high-speed data. Built the world’s first MCNS/DOCSIS
`cable modem and headend integrated circuits and reference designs including systems and software.
`Author of MCNS/DOCSIS 1.0, 1.1 and Baseline Privacy and drove development of DOCSIS 2.0 and 3.0.
`Built the first 100BaseTX PCI, ISA and Repeater Integrated Circuits for National Semiconductor. Key
`contributor to the IEEE 802.3u specification. Named a Cable TV Pioneer in 2019, a Broadcom Fellow in
`2005 and a Distinguished Engineering Alumna of the Georgia Institute of Technology in 2014.
`KEY POINTS
`• Proven Technology Innovator and Architect in Broadband Data Communications including
`systems, security, hardware and software.
`Strong Technical Evangelist: Ability to communicate technical issues to non-engineers via
`speaking, writing and presenting or one on one.
`• High Emotional Intelligence with the ability to put people first. See “The Digital Cable
`Revolution – The Transition from Analog to Data Everywhere”, WICT Tech It Out, November 8,
`2018.
`• Extensive experience leading multi-site, multi-country development teams.
`• Proven leader in building and leading teams through technology change and product
`challenges, developing in house talent, and leading by example.
`EXPERIENCE
`Broadband Consultant, Swiftwater Consulting LLC 2009 – present
`Independent consultant for numerous broadband, semiconductor and systems companies in system
`architecture, intellectual property and expert witness roles. Cable TV Pioneer Class of 2019.
`• Multiple engagements with Winston & Strawn, LLP including Chanbond vs. Atlantic
`Partners, LLC submitting expert reports, source code review and sitting for deposition as a
`
`•
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`Fact and Expert Witness. Topics included cable modem, settop, gateway and headend
`technologies, full band capture, MoCA, multimedia delivery and display, and others.
`• Expert Witness for case (under NDA) involving DVR and advanced settops with Winston &
`Strawn and Davis Polk and Wardwell including extensive source code review in HTML/Java,
`
`C/C++, JSON, Haxe, Python and IDL assembler.
`• Expert Witness/consultant for case (under NDA) with Winston & Strawn involving
`multi-party negotiations on industry standards in IOT including Zigbee/802.15.x and
`related standards.
`
`• Next Generation Cable Home Gateway Architecture via Digiforge, LLC for large MSO.
`• Patent portfolio reviews for multiple semiconductor and data communications companies
`Senior Director and Broadcom Fellow, Advanced Broadband Architectures, Broadcom
`Corporation; Irvine, CA 2001 - 2008
`Worked in the Office of the CTO as the chief architect of Broadcom’s broadband strategy and product
`definitions including DOCSIS 2.0, 3.0, digital video and Packetcable products. Evaluated acquisition
`targets during due diligence for intellectual property, talent and product depth. Key contributor and
`industry speaker on DOCSIS 3.0 issues and solutions. Travelled and spoke extensively worldwide
`building industry consensus around DOCSIS 3.0 and Channel Bonding. Was named a Distinguished
`Engineer in 2000 and a Broadcom Fellow in 2005, the highest technical honor Broadcom bestows, as the
`first non-PhD recipient. Filed dozens of additional patents (still pending) in Broadband: WiMAX, DSL,
`advanced wireless systems, digital video and cable modem technologies. Performed extensive analysis of
`communications architectures via simulation. Led Broadcom’s corporate wide cable architecture efforts
`consisting of thousands of engineers worldwide.
`Director, Residential Broadband, Broadcom Corporation; Irvine, CA. 1996 - 2001
`Started and ran Broadcom’s residential broadband business unit leading development, architecture and
`execution of silicon and reference designs. Built and ran the business from inception to over $200M+ in
`annual revenue and an industry dominating position. Built the world’s first MCNS/DOCSIS
`cable modem (CM) and cable modem termination system (CMTS) silicon and reference designs. Built
`and led teams to develop state of the art analog/digital full custom CMOS integrated circuits including
`MAC, PHY, CPU and peripherals for integrated system-on-chip products totaling almost 200 people in
`multiple development sites in Europe, Asia and both coasts of the US. Contributed key technology
`patents, authored and drove industry standards and drove worldwide technology marketing of DOCSIS
`and DSL solutions in silicon, systems and software. Authored numerous papers, patents and industry
`standards for data, video and voice over cable systems. Key contributions included acting as Broadcom’s
`representative for vendor-author of the MCNS and DOCSIS 1.0, 1.1, 2.0, Baseline Privacy; chairing the
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`MAC and PHY Working Group of the SCTE Data Standard sub-committee; and presenting at the IEEE
`802.14. Worked extensively with customers and industry leaders defining product architectures and
`features.
`Vice President of Development, Arris Interactive and ESP; Suwanee, GA. 1995-1996
`Started Arris as a joint venture of Antec and Northern Telecom to develop circuit switched telephony over
`HFC products (Cornerstone Voice) and combined voice, video and high-speed data architectures (Total
`Access). Built IC development team for hybrid analog/digital chip development of 25 engineers.
`Produced and deployed the world’s first “triple play” solution providing digital voice, data and video over
`HFC in a 50 home trial.
`Senior Manager, National Semiconductor; Norcross, GA 1991 - 1995
`Transitioned an Ethernet networking systems group into a full custom IC design, development and
`applications site for advanced Ethernet chip products of over 30 engineers. Managed teams with
`members around the world in 4 sites concurrently and coordinated database coherency for designs of full
`custom integrated circuits. Pioneered methodologies for concurrent development and simulation for 24
`hour/day development. Developed the world’s first 100BaseTX Ethernet repeater and built ISA and PCI
`MAC/PHY chips for the 100BaseTX standard in primarily 0.8u CMOS. Contributing author to the
`IEEE802.3u specification including the Media Independent Interface (MII) for 100BaseTX. Lead the
`development of numerous full custom PCMCIA, ISA and PCI based Ethernet chips for 10BaseT and
`100BaseTX Ethernet using advanced system simulation techniques and cross functional, multi-site teams.
`Staff Engineer, National Semiconductor, Arlington, TX 1987 - 1991
`Member of the team that designed and developed the Biphase Communications Processor
`(DP8344BV) for 3270 and 5250 protocol emulation applications. Worked extensively developing turnkey
`hardware and software applications for drivers, analog front ends, microcode and software
`implementations. Built system simulation models of systems incorporating these advanced CMOS
`processors and single chip PC chipsets using Verilog HDL. Designed and modeled in Verilog XL and LSI
`Hardware modelers entire PCs capable of booting to DOS in simulation in 1989-90 time frame reducing
`chip errors and improving time to market. Designed and built the world’s first fully integrated PC chipset
`for Intel 80286, 80386 and 80386SX processors.
`Senior Engineer, Digital Communications Associates, Alpharetta, GA 1983 - 1987
`Designed hardware, software and firmware (microcode) for PC add-in cards and standalone protocol
`emulators including IRMA IBM 3270 micro to mainframe link, SmartAlec and Alecprint IBM System 36
`emulators. Extensive IBM system reverse engineering. Developed gate array, standard cell and
`programmable logic devices. Wrote extensive real-time microcode for high speed communications
`protocols using bit-slice, Signetics 8x305, and Intel 80186 CPUs.
`
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`SELECTED PATENTS
`US 6,650,624 Cable modem apparatus and method
`
`US 6,760,316 Method and apparatus for the synchronization of multiple
`cable modem termination system devices
`
`US 8,068,608 Video processing system for scrambling video streams
`with dependent portions and methods for use therewith
`
`US 8,274,957 Method and system for dynamically setting up and tearing
`down connections in mesh networks
`
`US 6,961,314 Burst receiver for cable modem system
`
`US 7,631,242 System, method and computer program product for
`mitigating burst noise in a communications system
`
`
`
`SELECTED PAPERS and PUBLICATIONS
`“The Digital Cable Revolution – The Transition from Analog to Data Everywhere” WICT Tech It Out, Nov.8, 2018
`“Bonding Multiple DOCSIS Channels for Increased Throughput and Enhanced Service Capabilities”,
`SCTE Conference on Emerging Technologies, January 2005
`“Technology Advances in DOCSIS 3.0”, CED Webcast Series, July 2005
`“Multimedia Cable Network System Media Access Control Protocol Performance Simulation”, Cable
`Modems: Current Technologies and Applications, IEEE Press, ISSN 0886-229X, 1999
`“Getting a Grip on the Internet” European Cable Conference, London, UK November 1999
`“Cablemodem Standards for Advancing Quality of Service Deployments” International Conference on
`Consumer Electronics, June 1999
`“Powerplay: Powering for Lifeline Phone Service” Kagan Conference, New York, New York Sep. 1999.
`“Status of International Standards Based Silicon Solutions for Interactive Cable Set-tops and Modems”
`DVB J112 Meeting Geneva, Switzerland, August 1998
`“Performance Analysis of Proposed QoS Extensions for DOCSIS Cablemodems” SCTE DSS #98-11, July 1998
`“A Concurrent Engineering Case Study: The DP83810 Euphrates 10/100Mbps Fast Ethernet Controller”
`First International Technology and Innovation Conference Proceedings, April 1995
`"Management Interface Definition for the Media Independent Interface for 100Mbps Networks", IEEE
`802.3u Higher Speed Study Group Proceedings, November 8, 1993
`"Management Interface Definition Update for the Media Independent Interface for 100Mbps Networks",
`IEEE 802.3u Higher Speed Study Group Proceedings, January 18, 1994
`"'Baby RISCs Speed Communications and I/O", Computer Design, Volume 28, Number 19, October 1,1989.
`"Interfacing the DP8344V to Twinax", Data Communications Products Handbook, Rev. 1, National
`
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`Semiconductor, Santa Clara, California, 1988.
`A Multi-protocol Communications Adapter for the IBM PC", Data Communications Products Handbook,
`Rev. 2, National Semiconductor, Santa Clara, California, 1988.
`EDUCATION
`Bachelor of Electrical Engineering, Computer Certificate, Cooperative Plan - Georgia Institute of
`Technology 1984
`Business, Finance and Management training for Executives, National Semiconductor, 1991 – 1994
`Member, SCTE, IEEE
`AWARDS
`Inducted into the Cable TV Pioneer Class of 2019 for contributions to DOCSIS.
`Named a Broadcom Fellow in 2005 and Distinguished Engineer in 2000.
`Inducted into the Georgia Institute of Technology Council of Outstanding Young Engineering Alumni in 2001.
`Inducted into the Georgia Institute of Technology Academy of Distinguished Engineering Alumni in 2014.
`SKILLS
`Excellent written and verbal communication skills, including public speaking. Comfortable writing and
`presenting to peers, customers, stake holders and industry groups. Experienced in all aspects of technical
`management: Personnel, Finance, Budgeting, Scheduling and Execution. Leads by example.
`COMMUNITY INVOLVEMENT
`Atlanta Symphony Orchestra Board of Trustees, 2019 - present
`President of the Quigley Family Foundation – A nonprofit dedicated to improving the quality of life in
`Western North Carolina and the Southeast. Founded 2005 - present
`Member of the Georgia Institute of Technology School of Electrical and Computer Engineering External
`Advisory Board 2003 - present
`Past member of Georgia Tech President’s Technical Advisory Board 2007-2010
`Past trustee of the Rabun Gap Nacoochee School, Rabun Gap, Georgia. 2001- 2010
`LIST OF GRANTED US PATENTS (PENDING AND EUROPEAN NOT SHOWN)
`Broadband Data Communications
`
`
`
`6,650,624 Cable modem apparatus and method
`
`6,760,316 Method and apparatus for the synchronization of multiple
`cable modem termination system devices
`
`6,763,032 Cable modem system with sample and packet
`synchronization
`
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`6,785,564 Method and apparatus for latency reduction in low power
`two way communications equipment applications in
`hybrid fiber coax plants
`
`6,961,314 Burst receiver for cable modem system
`
`6,965,616 Network data transmission synchronization system and
`method
`
`7,035,251 Method and apparatus for the synchronization of multiple
`cable modem termination system devices
`
`7,103,065 Data packet fragmentation in a cable modem system
`
`7,120,123 Pre-equalization technique for upstream communication
`between cable modem and headend
`
`7,139,283 Robust techniques for optimal upstream communication
`between cable modem subscribers and a headend
`
`7,190,704 Cable modem system with sample and packet
`synchronization
`
`7,450,579 Downstream synchronous multichannels for a
`communications management system
`
`7,930,000
`
`Latency reduction in a communications system
`
`8,130,642 Downstream synchronous multichannels for a
`communications management system
`
`8,351,468 Method and apparatus for downloading content using
`channel bonding
`
`8,483,080 Robust techniques for upstream communication between
`subscriber stations and a base station
`
`8,489,153
`
`Latency reduction in a low power mode
`
`8,667,362 System and method for mitigating burst noise in a
`communications system
`
`8,681,615 Multichannels for a communications management system
`
`Wireless Communications
`
`7,512,154 Data packet fragmentation in a wireless communication
`system
`
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`7,519,082 Data packet fragmentation in a wireless communication
`system
`
`7,631,242 System, method and computer program product for
`mitigating burst noise in a communications system
`
`7,792,034 Hierarchical flow-level multi-channel communication
`
`7,809,011 Method and apparatus for establishing communication
`between entities in a communication system
`
`7,821,954 Methods to compensate for noise in a wireless
`communication system
`
`7,843,847 Compensating for noise in a wireless communication
`system
`
`7,899,034 Methods for the synchronization of multiple base stations
`in a wireless communication system
`
`8,005,072 Synchronization of multiple base stations in a wireless
`communication system
`
`8,041,351 Establishing communication between entities in a wireless
`communication system
`
`8,131,302 Method and system for dynamically splitting jobs across
`multiple agnostic processors in wireless system
`
`8,335,514 Dynamically splitting jobs across multiple agnostic
`processors in wireless system
`
`8,345,591 Method and system for utilizing plurality of physical layers
`to retain quality of service in a wireless device during a
`communication session
`
`8,355,706 Method and system for utilizing context data tags to
`catalog data in wireless system
`
`8,553,623 Method and system for utilizing standardized interface in
`a wireless device to discover and use local and remote
`resources
`
`8,583,092 Method and system for a persistent request generated by
`a wireless device, executed remotely and output to
`configurable local resources
`
`8,869,220 Using program clock references to assist in transport of
`video stream to wireless device
`
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`9,042,329 Method and system for utilizing standardized interface in
`a wireless device to discover and use local and remote
`resources
`
`Mesh Networking
`
`8,274,957 Method and system for dynamically setting up and tearing
`down connections in mesh networks
`
`8,340,068 Method and system for enabling rendering of electronic
`media content via a secure ad hoc network configuration
`utilizing a handheld wireless communication device
`
`8,537,680 Hierarchical flow-level multi-channel communication
`
`8,582,591 Method and system for establishing a queuing system
`inside a mesh network
`
`8,619,730 Method and system for establishing a connection outside
`a mesh by including network connectivity information in
`router configuration messages
`
`8,665,735 Method and system for quality of service management in
`a multi-standard mesh of networks
`
`8,953,445 Hierarchical flow-level multi-channel communication
`
`9,176,782 Dynamically splitting jobs across multiple agnostic
`processors in wireless system
`
`Handheld Communications and Processing Devices
`
`7,953,038 Method and system for environment configuration by a
`device based on auto-discovery of local resources and
`generating preference information for those resources
`
`8,027,668 Method and system for creating a personalized journal
`based on collecting links to information and annotating
`those links for later retrieval
`
`8,085,743 Method and system for enabling rendering of electronic
`media content via a secure ad hoc network configuration
`utilizing a handheld wireless communication device
`
`8,194,756 Using program clock references to assist in transport of
`video stream to wireless device
`
`8,209,733 Edge device that enables efficient delivery of video to
`handheld device
`
`
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`8,214,893 Method and system for configuring local and remote
`resources to accomplish rendering of multimedia content
`on dissimilar format devices based on user biometric data
`
`8,228,885 Method and system for enabling rendering of electronic
`media content via a secure ad hoc network configuration
`utilizing a handheld wireless communication device
`
`8,233,889 Method and system for a persistent request generated by
`a wireless device, executed remotely and output to
`configurable local resources
`
`8,255,962 Edge device reception verification/non-reception
`verification links to differing devices
`
`8,265,638 Channel frequency reuse for narrow beam video
`streaming based upon mobile terminal location
`information
`
`8,331,294 Method and system for managing information among
`personalized and shared resources with a personalized
`portable device
`
`8,331,334 Method and system for a handheld wireless
`communication device for configuring connection to and
`use of local and remote resources
`
`8,442,015 Method and system for an atomizing function of a mobile
`device
`
`8,457,595 Method and system for processing information based on
`detected biometric event data
`
`8,711,824 Method and system for enabling rendering of electronic
`media content via a secure ad hoc network configuration
`utilizing a handheld wireless communication device
`
`8,769,670 Method and system for configuring local and remote
`resources to accomplish rendering of multimedia content
`on dissimilar format devices based on user biometric data
`
`8,781,450 Method and system for creating a personalized journal
`based on collecting links to information and annotating
`those links for later retrieval
`
`8,875,205 Mobile video device having unicast and multicast modes
`and methods for use therewith
`
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`8,934,435 Method and system for managing information among
`personalized and shared resources with a personalized
`portable device
`
`9,047,127 Method and system for an atomizing function of a mobile
`device
`
`9,060,354 Method and system for a handheld wireless
`communication device for configuring connection to and
`use of local and remote resources
`
`9,123,273 Method and system for enabling rendering of electronic
`media content via a secure ad hoc network configuration
`utilizing a handheld wireless communication device
`
`9,143,731 Mobile video device for use with layered video coding and
`methods for use therewith
`
`9,148,679 Modification of delivery of video stream to wireless device
`based upon position/motion of wireless device
`
`Digital Video Processing and Transmission
`
`7,958,536 Video transmission system with timing based on a global
`clock and methods for use therewith
`
`8,040,864 Map indicating quality of service for delivery of video data
`to wireless device
`
`8,068,608 Video processing system for scrambling video streams
`with dependent portions and methods for use therewith
`
`8,130,823 Channel adaptive video transmission system for use with
`layered video coding and methods for use therewith
`
`8,144,781 Video processing system for scrambling layered video
`streams and methods for use therewith
`
`8,179,983 Video processing system with layered video coding for fast
`channel change and methods for use therewith
`
`8,185,927 Video transmission system based on location data and
`methods for use therewith
`
`8,311,098 Channel adaptive video transmission system for use with
`layered video coding and methods for use therewith
`
`8,340,344 Method and system for video transmission and processing
`with customized watermarking delivery
`
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`8,397,268 Video transmission system with timing based on a global
`clock and methods for use therewith
`
`8,406,313 Video processing system with layered video coding for fast
`channel change and methods for use therewith
`
`8,416,848 Device adaptive video transmission system for use with
`layered video coding and methods for use therewith
`
`8,494,440 Channel frequency reuse for narrow beam video
`streaming based upon mobile terminal location
`information
`
`8,514,948 Channel adaptive video transmission system for use with
`layered video coding and methods for use therewith
`
`8,520,737 Video processing system for scrambling layered video
`streams and methods for use therewith
`
`8,594,191 Video processing system and transcoder for use with
`layered video coding and methods for use therewith
`
`8,619,879 Video processing system with layered video coding for fast
`channel change and methods for use therewith
`
`8,625,662 Modification of delivery of video stream to wireless device
`based upon position/motion of wireless device
`
`8,654,837 Device adaptive video transmission system for use with
`layered video coding and methods for use therewith
`
`8,707,379 Video transmission system with timing based on a global
`clock and methods for use therewith
`
`8,885,703 Channel adaptive video transmission system for use with
`layered video coding and methods for use therewith
`
`8,908,762 Video processing system and transcoder for use with
`layered video coding and methods for use therewith
`
`8,908,772 Video processing system for scrambling layered video
`streams and methods for use therewith
`
`8,908,907 Method and system for video transmission and processing
`with customized watermarking delivery
`
`9,015,780 Video transmission system having unicast and multicast
`modes and methods for use therewith
`
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`9,077,995 Video processing system and transcoder for use with
`layered video coding and methods for use therewith
`
`9,078,024 Video processing system with user customized graphics for
`use with layered video coding and methods for use
`therewith
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