Curriculum Vitae Dr. Jing Hu Jan. 2016
`
`Dr. Jing Hu
`jinghu09@gmail.com 805-637-0954 540 Ricardo Ave., Santa Barbara, CA, 93109
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`EDUCATION
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`Doctorate of Philosophy, Electrical & Computer Engineering
`University of California, Santa Barbara
`Master of Science, Electrical & Computer Engineering
`Rice University
`Bachelor of Science, Precision Instruments
`Tsinghua University, China
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` Nov. 2007
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`Jul. 2003
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`Jul. 2001
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`EXPERIENCE
`
`Consulting and Testifying Expert
`Feb. 2013 – Present
`• Consulting in multiples cases on flash memory, universal plug and play, and Bluetooth
`technologies(cid:1)
`• Consulting in multiple cases on mobile banking applications, cryptography and network
`security related technologies
`• Consulting in a case on Android smartphones, mobile hotspot and 4G LTE technologies
`• Consulted and testified in a case on Android smartphones and communication over 3G
`mobile networks
`• Consulted in a case on Bluetooth technology
`• Evaluated video compression related patent portfolios
`• Evaluated video and television related patent portfolios(cid:1)
`Research Scientist and Embedded Software Engineer
`DSP Group, Cisco Systems, Santa Barbara, CA
`• Conducted independent research on non-intrusive video quality monitoring (VQM) over IP
`networks and invented a lightweight content aware bit stream video quality model. Also
`implemented the model and its related services in both digital signal processing (DSP)
`and Cisco IOS code for Cisco integrated service routers (ISR).
`• Designed and implemented, together with another developer, a synthetic video traffic
`generator for IP service level agreement (IPSLA) video object (VO), for the purpose of
`ensuring Quality of Service (QoS) prior to network deployment. Through modeling
`synthetic video traffic gained in-depth knowledge and hands on experience with Cisco
`Telepresence Systems, Roundtable IP phones, Cisco Webex video traffic and Cisco
`Surveillance Cameras 4000 series. This feature was part of the Cisco Medianet
`architecture that won Cisco’s prestigious Pioneer Award of 2011.
`• Part of a group that designed and implemented a multiple control unit (MCU) for video
`conferencing on LSI StarPro 2603 DSP board. This feature is shipping with Cisco
`Integrated Service Router (ISR) Generation two (G2).
`• Core developer in a Wide Area Network (WAN) optimization project. Was in charge of a
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`Aug. 2007 – Jan. 2013
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`APL 1015
`IPR2015-00369
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`

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`Curriculum Vitae Dr. Jing Hu Jan. 2016
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`Sep. 2003 – Jul. 2007
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`feature that performs deep video inspection and uses the extracted information to
`allocate bandwidth optimally across different video streams.
`Research Assistant
`ECE Department, University of California, Santa Barbara
`• Proposed a block-based local-texture-dependent correlation model of digitized natural
`videos and derived new theoretical rate distortion bounds for video. These theoretical
`bounds are the only existing valid bounds with regard to the cutting edge video coding
`standards such as H.264 and to-be-finalized high efficiency video coding (HEVC)/H.265.
`• Proposed a statistical PSNR based quality
`indicator PSNRr,f and established
`its
`correspondence to a new perceptual quality indicator MOSr through a subjective
`experiment. Proposed two video user capacity formulas for IEEE 802.11a WLAN with
`distributed coordination function and defined video user capacity under the multiuser
`perceptual video quality constraint PSNRr,f/MOSr. The journal paper that publishes this
`research won the best paper award of IEEE Transactions on Multimedia 2007-2009.
`• Generated intra-mode indexed non-uniform quantization parameter matrices which
`improve perceptual quality of videos compressed in H.264, by studying the luminance,
`texture, and temporal masking properties of the human vision system (HVS).
`Technical Intern
`Jun. 2006 – Sep. 2006
`Wireless communication lab, Intel Corporation, Hillsboro, OR
`Conducted two tests to study end-to-end perceptual quality of television signals transmitted
`over wireless networks: MPEG-2 coded standard definition TV (SDTV) over 802.11g WLAN
`and H.264 coded high definition TV (HDTV) over WiMAX. Investigated the correspondence
`between network characteristics such as throughput and packet loss rate and sophisticated
`objective perceptual video quality metrics such as the Intel-developed video analysis system
`(VAS). Defined new criteria for smart path selection in the Hybrid Networking Project.
`
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`PATENTS
`
`[1] Jing Hu. Lightweight content aware bit stream video quality monitoring service. Filed
`with USPTO on Nov. 07, 2011, ref #13/290,649.
`[2] Wenyi Wang, Jing Hu, Laura Liao, Rong Wang, Duanpei Wu, Stan Yang. Controlling bit-
`rates for media streaming sessions. Issued US 13/365,122.
`[3] Wenyi Wang, Laura Liao, Rong Wang, Duanpei Wu, Stan Yang, Jing Hu. Wide Area Netw
`ork Optimization. Filed with USPTO on Feb 2, 2012.
`[4] Herb Wildfeuer, Da Lin, Jing Hu. Endpoint Information for Network VQM. Filed with
`USPTO on July 12, 2013.
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`PUBLICATIONS
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`Journals and books:
`[1] Jing Hu, Sayantan Choudhury, and Jerry D. Gibson. Video capacity of WLANs with a
`multiuser perceptual quality constraint. IEEE Transactions on Multimedia, 10(8):1465-1478,
`Dec. 2008. Best Paper Award of IEEE Transactions on Multimedia 2007-2009.
`[2] Jing Hu and Jerry D. Gibson. New rate distortion bounds for natural videos based on a
`texture dependent correlation model. IEEE Transactions on Circuits and Systems for Video
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`Curriculum Vitae Dr. Jing Hu Jan. 2016
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`Technology, 19(8): 1081-1094, Aug. 2009.
`[3] Jerry D. Gibson and Jing Hu. Rate Distortion Bounds for Voice and Video. A book in the
`series Foundations and Trends in Communications and Information Theory. Now Publishers
`Inc., Feb. 2014.
`Selected peer reviewed conference papers:
`[1] Jing Hu. A lightweight content aware bit stream video quality monitoring service . CTech
`Forum, Nov. 2011.
`[2] Jing Hu. Video Capacity of WLANs with a Multiuser Perceptual Quality Constraint. CTech
`Forum, Sep. 2010.
`[3] Jing Hu and Jerry D. Gibson. A practical rate distortion bound for inter-frame video
`coding. Invited, Proceedings of the Forty-third Asilomar Conference on Signals, Systems,
`and Computers, Nov. 2009.
`[4] Jing Hu, Sayantan Choudhury and Jerry D. Gibson. PSNRr,f-MOSr: an easy-to-compute
`multiuser perceptual video quality measure. First International Workshop on Quality of
`Multimedia Experience, Jul. 2009.
`[5] Jing Hu and Herb Wildfeuer. Use of content complexity factors in video over IP quality
`Monitoring. First International Workshop on Quality of Multimedia Experience, Jul. 2009.
`[6] Jing Hu and Jerry D. Gibson. Rate distortion bounds for blocking and intra-frame
`prediction in videos. Invited, Information Theory and Applications Workshop, University of
`California, San Diego, Feb. 2009.
`[7] Jing Hu and Jerry D. Gibson. New rate distortion bounds for natural videos based on a
`texture dependent correlation model in the spatial-temporal domain. Forty-Sixth Annual
`Allerton Conference on Communication, Control, and Computing, Sep. 2008.
`[8] Jing Hu, Sayantan Choudhury, and Jerry D. Gibson. Perceptual quality constrained video
`user capacity of 802.11a WLANs. International Symposium on Multimedia over Wireless, Aug.
`2007.
`[9] Jing Hu, Sayantan Choudhury, and Jerry D. Gibson. H.264 video over 802.11a WLANs
`with multipath fading: Parameter interplay and delivered quality. International Conference
`on Multimedia & Expo, Jul. 2007.
`[10] Jing Hu and Jerry D. Gibson. New rate distortion bounds for natural videos based on a
`texture dependent correlation model. IEEE International Symposium on Information Theory,
`Jun. 2007.
`[11] Jing Hu and Jerry D. Gibson. New block-based local-texture-dependent correlation
`model of digitized natural video. Proceedings of the Fortieth Asilomar Conference on Signals,
`Systems, and Computers, Oct. 2006.
`[12] Jing Hu, Sayantan Choudhury, and Jerry D. Gibson. PSNRr,f : Assessment of delivered
`AVC/H.264 video quality over 802.11a WLANs with multipath fading. First Multimedia
`Communications Workshop: State of the Art and Future Directions, Jun. 2006.
`[13] Jing Hu and Jerry D. Gibson. Intra-mode indexed non-uniform quantization parameter
`matrices in AVC/H.264. Proceedings of the Thirty-ninth Asilomar Conference on Signals,
`Systems, and Computers, Oct. 2005.
`[14] Jing Hu and A. C. Antoulas, Krylov-based moment matching methods for discrete-time
`linear periodically Time-Varying systems,” The Eighth SIAM Conference on Applied Linear
`Algebra, Williamsburg, Virginia, Jul 2003.
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`Curriculum Vitae Dr. Jing Hu Jan. 2016
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`C, C++, C sharp, objective C, COBOL, Matlab, Ruby, Java, Linux, Unix, Windows, Android
`OS, JavaScript, VHDL
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`COMPUTER SKILLS
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