TIMOTHY J. DRABIK, PH.D.
`
`101 First Street, Suite 3 75
`
`Los Altos, CA 94022
`USA
`
`(707) 789 99 79 ofc
`
`(650) 279 1603 cell
`tim@d.ra.bik . net
`
`SUMMARY
`
`Over thirty years experience in microelectronics and optics research and development in the U.S.
`
`and in Europe. Record of visionary innovation in semiconductor device fabrication, micro-
`
`optics, optoelectronic packaging,
`
`integrated optoelectronic systems, display technology, and
`
`parallel computing architectures, underpinned by command over a wide and interdisciplinary
`
`base of skills. Strong record of scholarly publication and worldwide reputation in technology
`
`community. Leadership roles in high—profile, U.S.— and E.U.—based, govemment— and industry-
`
`funded,
`
`technology program development and implementation. Demonstrated ability in
`
`developing new enabling technologies into competitive product applications.
`
`Extensive
`
`intellectual property development and litigation support experience at the highest levels. Strong,
`
`results—oriented management and leadership skills. Areas of expertise include:
`
`WDM transmission and switching
`
`Optical telecommunication and switching
`
`Microelectronics fabrication processes
`
`Refractive and diffractive micro—optics
`
`Compound semiconductor devices
`
`Advanced packaging
`
`Classical and quantum optics
`
`Digital and analog VLSI design
`
`Signal processing
`
`Neuromorphic computing
`
`Low—cost, wafer—level manufacturing
`
`Display technologies
`
`Optical storage technologies
`
`Computer and memory architectures
`
`Guided-Wave optics technologies
`
`Liquid crystal technology and components
`
`Thermomechanical design
`
`Optoelectronic integration and packaging
`
`Optical high-speed interconnection
`
`Micromachining
`
`00000000000
`
`Microfluidics structures
`
`Communication and information theory
`
`O O O O O O O O O O 9
`
`EMPLOYMENT
`
`PAGE MTLL TECHNOLOGY CORP., Los ALTOS, CA
`
`SEP. 2001 TO PRESENT
`
`Founder and CT0
`
`Technology development: focus on new planar component designs and fabrication technologies
`for displays, optical telecommunications, and biofluidics.
`Innovative design and advanced,
`batch-fabrication techniques enable disruptive improvements
`in functionality and cost.
`Consulting: design, problem-solving, reverse-engineering, due-diligence,
`intellectual property
`counseling, litigation support, translation of highly technical German-language material.
`
`-1-
`
`4
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-1
`
`

`
`Current activities relate to improving liquid crystal display contrast and dynamic range, and
`developing integrated components for optical telecommunications.
`
`SPECTRALANE, INc., SANTA CLARA, CA
`
`OCT. 2001 T0 MAY 2002
`
`Consultant
`
`In an early-stage, long—haul optical networking company fielding a new technology, resolved
`problems with optical system architecture, packaging, and process control; developed optical
`metrology techniques and design automation tools; conducted early-stage project management.
`
`DISPLAYTECH, INC., LONGMONT, CO
`
`JULY 2000 T0 OCT. 2001
`
`Director of Telecommunications
`
`Position reporting to CTO. Responsible for identifying and developing opportunities in optical
`networking for a microdisplay company founded on liquid—crystal—on—silicon (LCOS) core
`technology.
`
`Performed surveys of optical networking markets and evaluated trends in that market. Identified
`attractive long—haul
`and metro—area opportunities matching the company’s
`technology,
`engineering expertise and production environment.
`
`Created novel device and component designs exploiting the unique phenomenology of
`ferroelectric liquid crystals (FLCS). Formulated new, highly integrated embodiments of core
`transparent optical networking functions amenable to FLC/silicon capabilities.
`
`add/drop
`reconfigurable optical
`switches,
`Designed next-generation transparent optical
`multiplexors, and polarization control products to effect disruptive cost—reductions through
`leverage of existing, high-volume manufacturing base and integration of additional low-cost
`technologies.
`
`Directed consultants working in Stanford Nanofabrication Facility (SNF) on the application of
`advanced processes for guided-wave device fabrication and silicon micromachining to the
`exploration of new device configurations.
`
`STANFORD UNIVERSITY
`
`JAN. 1999 T0 SEP. 2009
`
`DEPARTMENT OF ELECTRICAL ENGINEERING
`
`Professor (Consulting) (’06 to ’09)
`
`Associate Professor (Consulting) (’00 to ’06)
`
`Associate Professor (Visiting) (’99 to ’00)
`
`Current research relates to the development of disruptively cheap components for polarization
`control and optical polarization mode dispersion compensation for enhancing signal integrity in
`optical fiber communication.
`
`In connection with the MARCO/DARPA Interconnect Focus Center (IFC), formulated and
`conducted a nationwide survey of microelectronics industry leaders in order to quantify
`interconnect problems, identify opportunities for optical interconnection, and formulate system-
`level requirements for optics in next-generation, hi gh-performance digital systems.
`
`Designed module packaging schemas (passive microoptics and optomechanics) for off—chip and
`on-chip optical interconnection in high-performance digital systems, to support future system-
`
`-2-
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-2
`
`

`
`level performance requirements projected by the International Technology Roadmap for
`Semiconductors (ITRS) of the Semiconductor Industry Association.
`
`Directed research activity in end-to-end optical link design, optoelectronic hybridization, and
`packaging.
`
`Directed a Small Business Technology Transfer Research (STTR) program in wafer-level,
`additive fabrication technology of fluid channels for liquid-crystal, VLSI-based microdisplays.
`Developed joint hardware—algorithm codesigns for efficient, artifact—free,
`full—color, motion
`video on binary microdisplays.
`
`Directed a DARPA program on Optically-lnterconnectea’ Intelligent RAM Multiprocessors:
`global performance modeling, optimal utilization of silicon and optical—interconnect resources,
`minimization of processor—memory latency.
`
`GEORGIA TECH LORRAINE
`
`JAN. 1995 T0 JUNE 1997
`
`TECHNOPOLE METZ, METZ, FRANCE
`
`Research Director
`
`Program development activity at Georgia Tech Lorraine (GTL), the European platform of the
`Georgia Institute of Technology (GIT) in Metz, France, leading to the creation and launch of the
`Centre GTL—CNRS Telecom at GTL as a joint venture between GIT and the French national
`research body Centre National de la Recherche Scientifique (CNRS).
`
`The Center pursues research in telecommunications related areas of optics in cooperation with a
`network of partner laboratories of the Georgia Institute of Technology, the CNRS and other
`university and industrial entities. Research areas include quantum encryption, diffractive optics,
`single-photon detection, electromagnetics, advanced laser technology, and nonlinear optics.
`
`Built international research program consortia from among major European academic research
`institutions and high-technology industry. Program elements included diffractive micro-optics,
`optoelectronic hybrid integration, advanced packaging, vertical-cavity laser (VCL) technology,
`and optical interconnection architectures. Formulated program goals to exploit strengths of
`constituents.
`
`GEORGIA INSTITUTE OF TECHNOLOGY
`
`SEP. 1990 TO JUNE 2000
`
`SCHOOL OF ELECTRICAL ENGINEERING AND MICROELECTRONICS RESEARCH CENTER
`
`Assistant Professor (’90 to ’96)
`
`Associate Professor with tenure (’96 to ’00)
`
`A vertically-oriented program in optoelectronic hybridization and packaging, passive micro-
`optics, and architectures for optoelectronic integrated systems:
`
`0 Demonstrated and commercialized the first silicon-VLSI-based ferroelectric liquid crystal
`(FLC) microdisplays based on DRAM and SRAM active VLSI backplanes.
`
`O Developed new techniques for device-scale, quasi-monolithic hybridization of high-speed,
`optoelectronic devices with silicon VLSI.
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-3
`
`

`
`Investigated interconnect capabilities and limitations of free—space optics for digital systems.
`Created new design automation techniques for optimal joint utilization of wire and optical
`interconnection resources.
`
`Demonstrated optoelectronic neural-analog monolithic arrays implementing vision functions:
`real-time edge/motion enhancement with optical image output, stereo disparity mapping.
`
`Implemented new silicon VLSI driver and photoreceiver backplane designs for 2-D, vertical-
`cavity, surface—emitting laser (VCSEL) arrays flip—chip bonded in area—array configuration.
`
`Developed integrated diffractive—refractive inicro-optical array technology for optical
`interconnect applications.
`
`for optimal design of passive optical
`Developed techniques
`fabrication process models.
`
`structures incorporating
`
`low-thermal-resistance
`Developed ultra-thin,
`microelectronics and optoelectronics applications.
`
`die-attach
`
`technology
`
`for high-power
`
`Applied nonlinear digital signal processing and optimal filtering formalisms to the synthesis
`of a technique for proximity effect correction in electron—beam nanolithography.
`
`Theses advised:
`
`9 Zhou, Z., “Diffractive Elements for Optical Interconnects,” Ph.D. Thesis, Georgia Institute of
`Technology, l993.
`
`Hargis, M. C., “Metal-Semiconductor-Metal Photodetectors and their
`Epitaxial Liftof ,” Ph.D. Thesis, Georgia Institute of Technology, 1994.
`
`Integration via
`
`Titus, Albert H., “Biologically-Based Stereopsis: Theories and VLSI Implementation,” Ph.D.
`Thesis, Georgia Institute of Technology, 1997.
`
`Hatrisse, Xavier, “New Components for Passive Optical Network and Cable Television,”
`M.S. Thesis, Georgia Institute ofTechnology, l998.
`
`Callahan, John J., “Optoelectronic Hybrid Integration Utilizing Au/Sn Bonding,” Ph.D.
`Thesis, Georgia Institute of Technology, 2000.
`
`Program development and research support:
`
`9 Industrial support from Kodak, Sun Microsystems, IBM, Displaytech.
`
`9 State and Federal support: Georgia Research Alliance, NSF, DARPA, Army Research
`Laboratory.
`
`6 Principal contributor to successful NSF Engineering Research Center on Packaging.
`
`Distinctions: NSF Research Initiation Award, 1990.
`
`Research Associate (’8 7 to ’90)
`
`Explored
`Investigated new architectures for optically interconnected parallel computers.
`mechanisms for defect—tolerance through optical interconnection. Established bounds on the
`volume-time complexity of data-parallel algorithms on a large class of optically interconnected
`architectures.
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-4
`
`

`
`including the
`Developed a technology base for prototyping optoelectronic integrated systems,
`first demonstration of ferroelectric liquid crystal reflective light modulator cells integrated with
`mainstream silicon VLSI flows.
`
`Distinctions: President’s Fellowship.
`
`APR. 1984 TO AUG. 1987
`UNIVERSITY OF CALIFORNIA, SAN DIEGO
`DEPARTMENT OF ELECTRICAL ENGINEERING AND COMPUTER SCIENCE
`
`Research Associate
`
`Conceived and developed the shift—connected SIMD architecture for optically interconnected
`processor
`arrays.
`Developed and performed complexity analysis of algorithms
`for
`multidimensional, data-parallel tasks on shift-connected arrays.
`
`Participated in design and fabrication of spatial
`silicon/organic—electro—optical materials systems.
`
`light modulators in silicon/PLZT and
`
`Distinctions: California MICRO Fellowship; IBM Fellowship
`
`AT&T BELL LABORATORIES
`
`JUNE 1981 T0 MAR. 1984
`
`ADVANCED SWITCHING TECHNOLOGY LABORATORY, NAPERVILLE, IL
`
`Member of Technical Staff
`
`Evaluated new optoelectronic technologies and incorporated them into prototypes for wideband,
`fiber local access networks.
`
`Investigated application of fine-line nMOS VLSI technology to new wideband multiplexing and
`switching systems.
`
`EARNED DEGREES
`
`PH.D. IN ELECTRICAL ENGINEERING
`
`Georgia Institute of Technology, Atlanta, GA
`
`Distinctions:
`
`Sigma Xi Outstanding Ph.D. Thesis Award
`
`M.S.E.E. IN OPTICS AND DIGITAL SIGNAL PROCESSING
`
`Georgia Institute of Technology, Atlanta, GA
`
`ELECTRICAL
`IN
`B.S.
`MATHEMATICS
`
`ENGINEERING
`
`AND
`
`B.S.
`
`Rose—Hulman lnstitute of Technology, Terre Haute, IN
`
`Distinctions: Certification in technical translation of German to English
`
`1979-80 academic year at Universitat Stuttgart, Gennany
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-5
`
`

`
`LITIGA TION SUPPORT EXPERIENCE
`
`2001-2002
`
`INC.,
`and STRATOS LIGHTWAVE,
`INC.
`METHODE ELECTRONICS,
`Plaintiffs, V. FINISAR CORPORATION, Defendant. Civil Action No. CV—00—
`20985—JF/RS, US. District Court, Northern District of California, San Jose
`Division.
`
`(With Gray, Cary, Ware, ana'Freia’enrich, Pal0Alt0, CA )
`
`opinion on
`Claim construction,
`for Defendant.
`Retained by Counsel
`infringement, deposition, tutorial aids relating to optoelectronic packaging.
`
`2002-2003
`
`v. PRETEC
`corporation, Plaintiff,
`a Delaware
`INC.,
`LEXAR MEDIA,
`ELECTRONICS CORP., a California corporation; PNY TECHNOLOGIES,
`INC., a Delaware corporation, MEMTEK PRODUCTS,
`INC., a California
`corporation;
`and C—ONE TECHNOLOGY CORPORATION,
`a Taiwan
`corporation, Defendants, AND RELATED CROSS ACTIONS. Case No. C-00-
`4770 M1], U.S. District Court, Northern District of California, San Francisco
`Division.
`
`(With Keker & Van Nest, San Francisco, CA)
`
`Retained by Counsel for Defendants MEMTEK PRODUCTS, INC. and C—ONE
`TECHNOLOGY CORPORATION. Validity opinions relating to flash memory
`technology.
`
`2003
`
`YASUO KAMATANI, and LASER DYNAMICS, INC., Plaintiffs, v. LITE-ON
`
`(USA) INTERNATIONAL INC., LITE-ON IT CORP. and JVC LITE-ON IT
`MANUFACTURING AND SALES, LIMITED, Defendants. Civil Action No. I-I-
`OI-4l23, U.S. District Court, Southern District of Texas, Houston Division.
`
`(With Thomas, Kayden, Horstemeyer & Risley, Atlanta, GA)
`
`Retained by counsel for Defendants. Validity and infringement opinions relating
`to optical storage (DVD) technology.
`
`2003
`
`GENESIS MICROCHIP INC. (Delaware), Complainant, v. MEDIA REALITY
`TECHNOLOGIES,
`INC.
`(Taiwan
`and
`California),
`TRUMPION
`MICROELECTRONICS,
`INC.
`(Taiwan), and MSTAR SEMICONDUCTOR,
`INC.
`(Taiwan), Respondents.
`In the Matter of CERTAIN DISPLAY
`CONTROLLERS AND PRODUCTS CONTAINING SAI\/IE, United States
`International Trade Commission, Investigation No. 337 -TA-491.
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-6
`
`

`
`(With Fish & Richardson, Washington, DC)
`
`Retained by Counsel for Complainant Genesis. Testifying expert on International
`Trade Commission matter. Claim construction, infringement opinions, validity
`opinions relating to display controller technology, technology tutorial presented
`to the Court and Commission.
`
`2004
`
`INC,
`and STRATOS LIGHTWAVE,
`INC.,
`METHODE ELECTRONIC,
`Plaintiffs,
`v.
`INFINEON TECHNOLOGIES NORTH AMERICA CORP.,
`Defendant. Consolidated Civil Action Nos. C 01-02755 JW (RS), C 99-21 I42
`JW (RS), U.S. District Court, Noithem District of California, San Jose Division.
`
`(With Reed Smith, San Francisco, CA)
`
`Retained by Counsel for Infineon.
`transmitter/receiver technology.
`
`2004
`
`Infringement opinions relating to optical
`
`MEDIATEK INC. (Taiwan), Complainant, v. ZORAN CORPORATION, INC.
`(California), OAK TECHNOLOGY,
`INC.
`(California),
`and
`SUNEXT
`TECHNOLOGY CO., LTD (Taiwan), Respondents.
`In the Matter of CERTAIN
`OPTICAL DISK CONTROLLER CHIPS AND CHIPSETS AND PRODUCTS
`
`CONTAINING THE SAME, INCLUDING DVD PLAYERS AND PC OPTICAL
`STORAGE DEVICES II, United States
`International Trade Commission,
`
`Investigation No. 337-TA-523.
`
`(Wilh Weil, Golshal (fr. Manges, Washington, DC)
`
`Retained by Counsel for Complainant Mediatek. Expert on International Trade
`Commission matter.
`
`2004
`
`RENESAS TECHNOLOGY CORP., Plaintiff, V. NANYA TECHNOLOGY
`CORP. and NANYA TECHNOLOGY CORPORATION, USA, Defendants.
`NANYA
`TECHNOLOGY
`CORP.
`and
`NANYA
`TECHNOLOGY
`
`CORPORATION, USA, Counterclaim Plaintiffs, v. RENESAS TECHNOLOGY
`CORP, Counterclaim Defendant. Case No. C 03 05709 IF, U. S. District Court,
`Northern District of California, San Jose Division.
`
`(Wilh Jenner A} Block, Chicago, IL)
`
`Retained by Counsel for Renesas Technology Corp. Testifying expert on matter
`relating to DRAM technology.
`
`2004
`
`IP INNOVATION LLC. and TECHNOLOGY LICENSING CORPORATION,
`Plaintiffs, v. DELL COMPUTER CORPORATION, Defendant. Case No. 03 C
`3245, U. S. District Court, Northern District of Illinois, Eastern Division.
`
`-7-
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-7
`
`

`
`(With Wilson, Sonsini, Goodrich & Rosati, Palo Alto, CA)
`
`Retained by Counsel for Dell Computer Corp. Testifying expert on matter
`relating to video processing and display technology.
`
`2005
`
`IP INNOVATION LLC. and TECHNOLOGY LICENSING CORPORATION,
`Plaintiffs, v. PANASONIC CORPORATION OF NORTH AMERICA and
`MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD., Defendants. Case No. 05
`C 0902, U. S. District Court, Northern District of Illinois, Eastern Division.
`
`(With Amster, Rothstein & Ebenstein, NY, NY)
`
`Retained by Counsel for Matsushita. Testifying expert on matter relating to video
`processing and display technology.
`
`2005
`
`YASUO KAMATANI, and LASER DYNAMICS, INC, Plaintiffs, v. BENQ
`CORPORATION and BENQ AMERICA CORP., Defendants. Civil Action No.
`203—CV—O043 7, U. S. District Court, Eastern District of Texas, Marshall Division.
`
`(With Wilson, Sonsini, Goodrich & Rosati, Austin, TX)
`
`Retained by Counsel for BenQ. Testifying expert on matter relating to optical
`disk technology.
`
`2007-2009
`
`INC,
`v. ASUSTEK COl\/IPUTER,
`RICOH COMPANY, LTD., Plaintiff,
`QUANTA COMPUTER, INC, et al., Defendants. Civil Action No. 06C0462C,
`US. District Court, Western District of Wisconsin.
`
`(With Paul Hastings Janofiky & Walker, LLP, Palo Alto, CA and Los Angeles,
`CA)
`
`Retained by Counsel for defendants ASUS and Quanta. Testifying expert on
`matter relating to optical disk drive technology.
`
`2007-2009
`
`LG ELECTRONICS, INC, Plaintiff, v. BIZCOM ELECTRONICS, INC, et al.,
`Defendants. Case No.: C-O1-v-01375 CW; C-Ol-1552-CW; C-Ol-1594-CW;
`C-01-2187-CW/USCA #5 05-1261; 05-1262; 05-1263; 05-1264; 05-1302; 05-
`1303, 05-1304, NDCA.
`
`(With Fish & Richardson, Washington, DC)
`
`Retained by Counsel for Plaintiff LG Electronics. Testifying expert on matter
`relating to automotive video technology.
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-8
`
`

`
`2007-2009
`
`HONEYWELL
`and
`INC,
`INTERNATIONAL,
`HONEYWELL
`v. ACER AMERICA
`INTELLECTUAL PROPERTIES,
`INC., Plaintiffs,
`CORPORATION el al., Defendants. Civil Action No. 6:07CVl25, US District
`Court, Eastern District of Texas.
`
`(With Robins, Kaplan, Miller & Ciresi L.L.P., Atlanta, GA)
`
`Retained by Counsel for plaintiffs Honeywell International, Inc. and Honeywell
`Intellectual Properties, Inc. Testifying expert on matter relating to liquid crystal
`display technology.
`
`2007-2008
`
`Japan), and FUNAI
`(Daito City, Osaka,
`FUNAI ELECTRIC CO., LTD.
`CORPORATION, INC. (Rutherford, NJ), Complainants, v. VIZIO, INC. (Irvine,
`CA), AMTRAN TECHNOLOGY CO., LTD.
`(Taipei Hsien, Taiwan),
`POLAROID
`CORPORATION (Waltham, MA),
`PETTERS
`GROUP
`WORLDWIDE,
`LLC
`(Minnetonka,
`MN),
`SYNTAX—BRILLIAN
`CORPORATION (Tempe, AZ), TAIWAN KOLIN CO., LTD.
`(Taipei City,
`Taiwan), PROVIEW INTERNATIONAL HOLDINGS, LTD. (Kuntong, Hong
`Kong), PROVIEW TECHNOLOGY (SHENZHEN) CO., LTD.
`(Shen Zhen,
`China), PROVIEW TECHNOLOGY,
`INC.
`(Garden Grove, CA), TPV
`
`(Wanchai, Hong Kong), TPV INTERNATIONAL
`TECHNOLOGY, LTD.
`(USA), INC. (Austin, TX), TOP VICTORY ELECTRONICS (TAIWAN) CO.,
`LTD. (Taipei Hsien, Taiwan), and ENVISION PERIPHERALS, INC. (Fremont,
`CA), Respondents.
`In the Matter of CERTAIN DIGITAL TELEVISION
`PRODUCTS AND CERTAIN PRODUCTS CONTAINING SAME AND
`
`METHODS OF USING SAME, United States International Trade Commission,
`
`Investigation No. 337—TA—6l7.
`
`(With O’Z\/Ielveny & Myers LLP, Pauley Petersen & Erickson, Chicago,
`Ropes & Gray LLP, and Sidley Austin Brown & Wood LLP)
`
`IL,
`
`Retained by Joint Defense Group for Respondents. Testifying expert on matter
`relating to signal processing technology for television. Testimony on claim
`construction and Validity.
`
`2009-2010
`
`IP INNOVATION LLC, and TECHNOLOGY LICENSING CORPORATION,
`Plaintiffs, v. VIZIO, INC. (f/k/a V, Inc.) and MICROSOFT CORPORATION,
`Defendants, Civil Action No. 08 C 393, U.S. District Court, Eastern District of
`Illinois.
`
`(With Zarian Midgley & Johnson, PLLC)
`
`Retained by counsel for Defendant Vizio. Testifying expert on matter relating to
`video processing and display technology. Opinions on validity and infringement.
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-9
`
`

`
`2009-2010
`
`1».
`SEMICONDUCTOR ENERGY LABORATORY CO., LTD., Plaintiff,
`SAMSUNG ELECTRONICS CO., LTD., S-LCD CORPORATION, SAMSUNG
`ELECTRONICS AMERICA,
`INC, SAMSUNG TELECOMMUNICATIONS
`AMERICA, LLC, AND SAMSUNG MOBILE DISPLAY CO., LTD,
`Defendants, Civil Action No. 3:09-CV-00001, U.S. District Court, Western
`District of Wisconsin.
`
`(With 0 ‘A/Ielveny & A/Iyers LLP)
`
`Retained by counsel for Defendants. Testifying expert on matter relating to liquid
`crystal display design and manufacturing technology. Opinions on validity and
`infringement.
`
`2010
`
`SONY CORPORATION, Complainant, V. TPV TECHNOLOGY LHVIITED
`(Hong Kong), TOP VICTORY ELECTRONICS CO., LTD.
`(Taiwan),
`ENVISION PERIPI-IERALS,
`INC.
`(Fremont,
`CA),
`TOP VICTORY
`INVESTMENTS LTD. (Hong Kong), TPV ELECTRONICS CO., LTD. (Fujian),
`TPV DISPLAY TECHNOLOGY CO., LTD. (Wuhan), TPV TECHNOLOGY
`CO., LTD.
`(Beijing), CHIMEI
`INNOLUX CORPORATION (Taiwan),
`INNOLUX CORPORATION (Austin, TX), and VIEWSONIC CORPORATION
`
`In the Matter of CERTAIN DISPLAY DEVICES,
`(Walnut, CA), Respondents.
`INCLUDING DIGITAL TELEVISIONS AND MONITORS, United States
`
`International Trade Commission, Investigation N o. 33 7—TA—7 1 3.
`
`(With Sidley Austin Brown & Wood LLP)
`
`Retained by counsel for Respondents Chimei Innolux Corporation and Innolux
`Corporation.
`Testifying expert on matter relating to digital
`televisions and
`monitors.
`
`2010-2011
`
`THOMSON LICENSING SAS (France) and THOMSON LICENSING LLC
`(Princeton, NJ), Complainants,
`v. CHIMEI
`INNOLUX CORPORATION
`(Taiwan), CHI MEI OPTOELECTRONICS USA, INNOLUX CORPORATION
`(Austin, TX), REALTEK SEMICONDUCTOR CORPORATION (Taiwan),
`MSTAR
`SEMICONDUCTOR,
`INC.
`(Taiwan),
`AU
`OPTRONICS
`CORPORATION (Taiwan), AU OPTRONICS CORPORATION AMERICA
`(Houston, TX), BENQ AMERICA CORPORATION (Irvine, CA), BENQ
`CORPORATION (Taiwan), BENQ LATIN AMERICA CORPORATION
`(Miami, FL), QISDA AIVIERICA CORPORATION (Irvine, CA), QISDA
`CORPORATION (Taiwan), AND QISDA (SUZHOU) CO., LTD.
`(China),
`Respondents.
`In the Matter of CERTAIN LIQUID CRYSTAL DISPLAY
`DEVICES, INCLUDING MONITORS, TELEVISIONS, AND MODULES, AND
`COMPONENTS THEREOF, United States International Trade Commission,
`Investigation No. 337-TA-749C.
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-10
`
`

`
`(With Wolf Greenfield & Sacks, P. C., Boston, MA)
`
`Retained by counsel for Respondent MStar Semiconductor, Inc. Testifying expert
`on matter relating to liquid crystal display monitors and controllers.
`
`2010-2012
`
`and GENERAL
`IL)
`(Libertyville,
`INC.
`MOTOROLA MOBILITY,
`Complainants,
`v.
`PA),
`INSTRUMENTS
`CORPORATION (Horsham,
`MICROSOFT CORPORATION (Redmond, WA), Respondent.
`In the Matter of
`CERTAIN GAMWG AND ENTERTAWMENT CONSOLES, RELATED
`SOFTWARE, AND COMPONENTS THEREOF, United States International
`Trade Commission, Investigation No. 337 -TA-7 52.
`
`(With Ropes & Gray, LLP)
`
`Retained by counsel for Complainant Motorola. Testifying expert on matter
`relating to Video coding hardware and software.
`
`2010-2012
`
`and
`INC.,
`v. MOTOROLA,
`MICROSOFT CORPORTATION, Plaintiff,
`GENERAL
`INSTRUMENT
`MOTOROLA MOBILITY,
`INC.,
`and
`CORPORATION, Defendants; MOTOROLA MOBILITY, ]NC., and GENERAL
`INSTRUMENT CORPORATION,
`Plaintiffs/Counterclaim Defendant,
`v.
`MICROSOFT CORPORATION, Defendant/Counterclaim Plaintiff, Case
`
`No. C10-1823-JLR, U.S. District Court, Western District of Washington at
`Seattle.
`
`(Wilh Ropes (1% Gray, LLP)
`
`Retained by counsel for Defendant/Plaintiff/Counterclaim Defendant Motorola.
`Testifying expert on matter relating to Video coding hardware and software.
`
`2011-2013
`
`POSITIVE TECHNOLOGIES, INC., Plaintiff, v. SONY ELECTRONICS, INC.,
`ACER AMERICA CORPORATION, GATEWAY, INC., DELL, INC., ASUS
`
`COMPUTER INTERNATIONAL, LENOVO (UNITED STATES) INC., MSI
`COMPUTER CORPORATION, AMAZON.COM, INC., BARNES & NOBLE,
`INC, AND KOBO INC., Defendants, Case No. ll—CV—2226 SI, U.S. District
`Court, Northern District of California, San Francisco Division.
`
`(Wilh Klarquisl Spark/mm, LLP, et al.)
`
`Retained by counsel for Defendants. Testifying expert on matter relating to
`electrophoretic and liquid-crystal displays.
`
`2011-2012
`
`S3 GRAPHICS CO. LTD., and S3 GRAPHICS INC., Complainants, v. APPLE
`INC. a/k/a APPLE COMPUTER, INC., Respondent.
`In the Matter of CERTAIN
`ELECTRONIC DEVICES WITH GRAPHCS DATA PROCESSING SYSTEMS,
`
`-11-
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-11
`
`

`
`COMPONENTS THEREOF, AND ASSOCIATED SOFTWARE, United States
`International Trade Commission, Investigation No. 337 —TA—8l3.
`
`(With 0 ’]\/Ielveny & A/Iyers, LLP)
`
`Retained by counsel for Respondent. Testifying expert on matter relating to
`video graphics controllers.
`
`2012-2014
`
`(New Rochelle, NY),
`INC.
`PROPERTIES HOLDINGS,
`GRAPHICS
`(Canada), RESEARCH IN
`Complainant, V. RESEARCH IN MOTION LTD.
`MOTION CORP.
`(Irving, TX), HTC CORPORATION (Taiwan), HTC
`AMERICA,
`INC.
`(Bellevue, WA), LG ELECTRONICS,
`INC.
`(Korea), LG
`ELECTRONICS (Englewood Cliffs, NJ), LG ELECTRONICS MOBILECOMM
`U.S.A.
`(San Diego, CA), APPLE INC.
`(Cupertino, CA), SAMSUNG
`ELECTRONICS CO., LTD. (Korea), SAMSUNG ELECTRONICS CO. LTD.
`(Korea), SAMSUNG TELECOI\/lI\/IUNICATIONS (Richardson, TX), SONY
`CORPORATION OF AMERICA (New York, NY), SONY ELECTRONICS,
`INC.
`(San Diego, CA), SONY ERICCSON MOBILE (Sweden), SONY
`ERICSSON MOBILE (Atlanta), Respondents.
`CERTAIN CONSUMER
`ELECTRONICS AND DISPLAY DEVICES AND PRODUCTS CONTAINING
`
`SAl\/[E, United States
`337-TA-836.
`
`International Trade Commission,
`
`Investigation No.
`
`(With Wolf Greenfield & Sacks, P. C., Boston, MA, and Covington &: Burling
`LLP, Washington, DC)
`
`Retained by Counsel for Respondents Sony and Samsung. Testifying expert on
`matter relating to liquid crystal display technology.
`
`2012-2014
`
`INTELLECTUAL VENTURES I LLC and INTELLECTUAL VENTURES II
`
`LLC, Plaintiffs, v. MOTOROLA MOBILITY LLC, Defendant, Case No. ll-CV-
`O0908—SLR, U.S. District Court, District ofDelaware.
`
`(With Kilpatrick Townsend & Stockton LLP, Atlanta, GA)
`
`Testifying expert on matter
`Retained by Counsel for Defendant Motorola.
`relating to liquid crystal display technology and consumer electronics.
`
`2014
`
`JDS UNIPHASE CORPORATION, Petitioner, v. FIBER, LLC, Patent Owner,
`Case Nos. IPR2013-00318 and IPR2013-00336, U.S. Patent Trial And Appeal
`Board.
`
`(With K&L Gates LLP, Washington, D. C.)
`
`Retained by Counsel for Petitioner JDS Uniphase. Inter-partes reviews relating to
`optical switching technology.
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-12
`
`

`
`2014
`
`FUJITSU NETWORK COMMUNICATIONS,
`
`INC., Petitioner, v. THOMAS
`
`SWAN & CO. LTD., Patent Owner, Inter Partes Reviews (Case Nos. unassigned),
`US. Patent Trial And Appeal Board.
`
`(With Milbank Tweed New York, N. Y.)
`
`Retained by Counsel for Petitioner Fujitsu Network Communications.
`partes reviews relating to optical switching technology.
`
`Inter-
`
`2014
`
`SEOUL SEMICONDUCTOR CO., LTD and NORTH AMERICA SEOUL
`SEMICONDUCTOR,
`INC., Petitioners, v. ENPLAS CORPORATION, Patent
`Owner, Inter Partes Review, Case Nos. IPR2014-00605 et al., U.S. Patent Trial
`
`And Appeal Board.
`
`(With Labgold Law, Reston, VA)
`
`Retained by Counsel for Patent Owner Enplas Corporation.
`relating to liquid crystal display backlighting technology.
`
`Inter-partes reviews
`
`PROFESSIONAL ACT! I/[TIES AND CONSULTING
`
`Society memberships: IEEE, Optical Society of America, Sigma Xi.
`
`Peer review:
`
`O Reviewer of proposals for the U. S. National Science Foundation and Esprit (official
`research arm of the European Union).
`
`Guest Editor, Applied Optics.
`
`IEEE Transactions on
`Reviewer of manuscripts for the scholarly journals: Applied Optics,
`Computers, Journal of Parallel and Distributed Computing, Optics Letters, Optical
`Engineering, Journal of the European Optical Society, IEE Proceedings on Optoelectronics.
`
`research projects
`reviewer of active
`9 Expert
`Microelectronics (MEL-ARI) program of Esprit.
`
`for Advanced Research Initiative
`
`in
`
`Conferences:
`
`9 Technical Program Committee, IEEE LEOS 1997, LEOS 1998.
`
`O Technical Program Committee, Optics in Computing 1998, Bruges, Belgium.
`
`9 Program Co-Chair, 1999 Advanced Research in VLSI (ARVLSI-99), Atlanta, GA.
`
`0 Co-organizer, Stanford Symposium and Workshop on High Definition Imaging, September
`10-11, 2009.
`
`Engineering consulting and industrial residencies:
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-13
`
`

`
`Jet Propulsion Laboratory ofNASA, Pasadena, CA: VLSI design and fabrication expertise
`for spatial light modulators.
`
`longmonz, CO: VLSI design and evaluation for silicon/ferroelectric-
`Displaytech, Inc.,
`liquid-crystal spatial light modulators; Development of wafer-level microdisplay fabrication
`technology; Design and algorithms for advanced addressing of binary shutter arrays.
`
`Siemens Corporate Research, Princeton, NJ.‘ VLSI design and evaluation for vertical-cavity-
`laser—based smart pixel arrays.
`
`Sun Microsystems, Mountain View, CA.‘ Multiprocessor smart-meinory architectures; High-
`speed inter—processor switching, Advanced die—attach technology.
`
`PA TENTS
`
`Drabik, T. I ., Iokerst, N. M., Allen, M. G., and Brooke, M. A., “Processes for Lift—Off and
`Deposition of Thin Film Materials,” U. S. Patent no. 5,286,335, issued Feb. 15, 1994.
`
`Drabik, T. I, Martin, K. P., and Callahan, J. J., “Processes and Apparatus for Lift—Oif and
`Bonding of Materials and Devices,” U. S. Patent no. 5,465,009, issued Nov. 7, 1995.
`
`Drabik, T. J., and Kohl, P. A., “System and Method for Efficient Manufacturing of Liquid
`Crystal Displays,” U. S. Patent no. 6,141,072, issued Oct. 31, 2000.
`
`Drabik, T. J., and Kohl, P. A., “System and Method for Efficient Manufacturing of Liquid
`Crystal Displays,” U. S. Patent no. 6,469,761, issued Oct. 22, 2002.
`
`PUBLICATIONS
`
`Seo, C.—S., Chatterjee, A., and Drabik, T. 1., “Wiring Optimization for Propagation Delay and
`Reduced Power Consumption in Multichip Modules with Free-Space Optical Interconnect,”
`Tech. Dig. 2003 ECTC, pp. 1-6, 2003.
`
`Titus, A. H., and Drabik, T. 1, “Optical Output Silicon Retina Chip,” Opt. Engr, vol. 42, pp.
`2416-2426, Aug. 2003.
`
`Titus, A. H., and Drabik, T. J., “Analog VLSI Implementation of the Help If Needed Algorithm
`(HINA),”1EEE Transactions on Circuits and Systems, November 2000, pp. 1328-1337.
`
`Drabik, T., Thienpont, H., and Ishikawa, M., “Optics in Computing: Introduction to the Feature
`Issue,” Appl. Opt., vol. 39, pp. 669-670, Feb. 10, 2000.
`
`Callahan, J. J., Martin, K. P., and Drabik, T. J., “Quasimonolithic Hybridization of Multiple
`Quantum Well Electroabsorption Modulator/Detector Arrays with Silicon VLSI,” in Tech.
`Digest, IEEE LEOS Annual Meeting, San Francisco, CA, Nov. 1999, pp. 766-777.
`
`Drabik, T. J., “Balancing Electrical and Optical Interconnection Resources at Low Levels,” J.
`European Optical Soc. (Part A: Pure and Applied Optics), vol. 1, pp. 330—332, Mar. 1999.
`
`.J., Martin, K. P., and Fan, C., “Thin Film Au-Sn bonding for
`J. I, Drabik,
`Callahan,
`Optoelectronic Integration,”
`in Proc. SPIE, vol. 3289 (Micro-Optics
`Integration and
`Assemblies), Sanlose, CA, pp. 68-73, Jan. 1998.
`
`Petitioner Ciena Corp. et al.
`Exhibit 1017-14
`
`

`
`Titus, A. H. and Drabik, T. J., “Improved Silicon Retina Chip with Optical Input and Optical
`Output,” Tech. Dig. Tenth Annual IEEE International ASIC Conference and Exhibit, pp. 88-91,
`1997.
`
`Dohle, G. R., Callahan, J. J., Drabik, T. J., and Martin, K. P., “New Bonding Technique for 111—V
`Thin Film and Macroscopic Devices to Si or CuW,” Proc. SPIE, vol. 2695, pp. 362-373, 1996,
`
`Dohle, G. R., Callahan, J . J., Drabik, T. J ., and Martin, K. P., “New Cost Effective Packaging
`Technique for Optoelectronic Devices,” Tech. Dig. 1996 ECTC, pp. 1301-1307, 1996.
`
`Urey, H., Rhodes, W. T., DeWeerth, S. P., and Drabik, T. J., “Optoelectronic Image Processor
`for Multiresolution Gabor Filtering,” Tech. Dig, 1996 IEEE International Conference on
`Acoustics, Speech, and Signal Processing, pp. 3236-3239, 1996.
`
`Dohle, G.R., Martin, K. P., Drabik, T. J ., and Callahan, J. J ., “Cost Effective Packaging
`Technique for Multichip Modules, Optoelectronic Devices, and Microwave Circuts,” Tech. Dig.,
`International Electronics Packaging Society Conference, pp. 664-670, Oct. 1996,
`
`Dohle, G.R., Drabik, T.J., Callahan, J.J., and Martin, K.P., “Low Temperature Bonding of
`Epitaxial Lift Off Devices with AuSn,”
`IEEE Trans. Components, Packaging,
`and
`Manufacturing Technol., Part B.‘ Adv. Packaging, vol. 19, pp. 575-580, Aug. 1996.
`
`Rau, R., McClellan, J. H., and Drabik, T. J ., “Proximity Effect Correction for Nanolithography,”
`J. Vac. Sci. Technol. B, vol. 14, pp. 2455-2455, Jul./Aug. 1996.
`
`Dohle, G.R., Callahan, J.J., Martin, K.P., and Drabik, T.J., “A New Bonding Technique for
`Microwave Devices,” I