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`Exhibit 2023
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`Exhibit 2023
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`Brayden J. Wong
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`Professional Summary
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`v Proficient
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`in pioneering
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`telecommunication
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`technology and
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`intellectual property development and commercialization
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`v Advanced expertise in developing innovative products/systems in
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`the fields of multimedia, data sharing, smart system, network
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`interconnection, Internet of Thing (ITO), etc.
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`v Primary Patent Examiner in China Patent Office for six years
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`examining over six hundred patent applications in the areas of
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`image/video processing, networking communication, artificial
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`control, electronic & electrical, etc.
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`Education
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`l 2000-2004:
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` Harbin Institute of Technology (HIT)
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`
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` BS in Electronic & Electrical Automation
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`l 2004-2007:
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` Tsinghua University
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`MS in Electronic & Electrical Automation
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`l 2013-Present: China University of Political Science and Law (CUPL)
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`Master Degree, Intellectual Property
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`Updated: Jan. 2018
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`VIS EXHIBIT 2023
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`Brayden J. Wong
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`Employment History
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`l 2007-2013: State Intellectual Property Office, Beijing China
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` Primary Examiner & PCT Examiner
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`l 2014-Present: China Entropy, Beijing China
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`Technical Consultant
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`l 2017-Present: Grant Technology LLC, Texas USA
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`Chief Technology Officer
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`
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`Professional Experience
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`From 2004 to 2007
`Tsinghua University
`Research: Artificial Control
`
`
`Ø Team leader in development of a Multimedia Classroom System
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`l Video courseware was developed and stored in a server (teacher
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`side) and used by teachers for class design and management.
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`l A terminal (student side) application was developed based on a
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`thin client, used for downloading video courseware from the
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`server through a wireless local area network (WLAN) by students’
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`terminals.
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`l The video courseware was delivered in streaming media to
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`Brayden J. Wong
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`students’ user terminals.
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`Ø Team leader in development of Multi Robots Smart Decision
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`Algorithm
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`l The soccer robot could transmit environment images or videos
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`to a central algorithm server through wireless communication
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`channels.
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`l Environment data was extracted by an algorithm server from the
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`images and videos including position, speed, and distance with
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`other soccer robots and goal, etc.
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`l A decision instruction was generated by the algorithm server
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`using a smart decision algorithm based on a large number of
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`prior (known) data-decision pairs.
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`l The decision instruction was transmitted from the algorithm
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`server to the soccer robot. A robot’s action was selected from a
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`set of actions in association with such decision instruction.
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`Ø Introduced and developed data sharing Technique
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`l Data from the soccer per se was not enough to optimize
`
`interactions among the soccer robots in the Soccer Robot System.
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`Data sharing technique was introduced to enhance/optimize
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`Brayden J. Wong
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`interactions among the soccer robots.
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`l Videos or images were acquired by an algorithm server from
`
`numerous sensors mounted around a soccer field, wherein
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`sensor environment data was extracted by the algorithm server
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`including position, speed, and distances with other soccer robots
`
`and goal, etc.
`
`l The robot environment data was also acquired by the algorithm
`
`server from individual soccer robots and combined with the
`
`sensor environment data to general sharing data in a form of
`
`text.
`
`l The sharing data was shared by a plurality of soccer robots as
`
`well as the algorithm server in optimization of interactions
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`among the soccer robots.
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`Brayden J. Wong
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`From 2007 to 2013
`State Intellectual Property Office (SIPO)
`Title: Primary Examiner & PCT Examiner
`Re-Examiner
`Ø “A-Class” Examination Quality in 2008, 2009, and 2011
`
`
`
`Ø Excellent Examiner in 2009, 2010, and 2011
`
`Ø Second Prize in “Patent Examination Guideline” Competition
`
`Ø Professional Trainings (Off-Job) by SIPO:
`
`• Patent Law Training, SIPO, Beijing China, five months in 2007
`
`• Patent Law Training, John Marshall Law School, Chicago IL, USA,
`
`one month in 2013
`
`Ø Duties:
`
`• Examined over 600 patent applications
`
`in the
`
`fields of
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`image/video processing, networking communication, artificial
`
`control, electronic & electrical, and other related technical fields.
`
`• Cited about 3,000 reference documents in evaluation of novelty
`
`and/or inventiveness of the patent applications including Paris
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`Convention, PCT and GCC applications.
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`• Searched and analyzed over 180,000 prior art documents in
`
`evaluation of novelty and/or
`
`inventiveness of the patent
`
`applications.
`
`• Participated nearly 30 forums regarding Patent Law and/or
`
`Technology Development.
`
`• Advised on how to optimize evaluation and examination of patent
`
`applications in view of persons skilled in the art.
`
`• Advised on how to enhance threshold of patentability and shorten
`
`examination period.
`
`• Advised on detailed specifications for drafting patent application.
`
`• Suggested on how to provide regulations on protection of
`
`technology innovation in telecom industry.
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`
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`Brayden J. Wong
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`From 2014 to Present
`China Entropy
`Title: Technical Consultant
`
`
`
` Provided consulting services on multifaceted solutions tailored to
`
`clients’ needs
`
`l Heterogeneous Multi-Mode networks are deployed to facilitate
`
`fusion of physical devices and linking digital networks to achieve
`
`management of “IOT (Internet of Things)”.
`
`l Service session flow and
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`information flow - bidirectional
`
`interaction are established and controlled through an intelligent
`
`IWF gateway and telecom network.
`
`l
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`Intelligently forecast of service through cloud computing
`
`techniques and big data platforms initiatives emergence and
`
` Ø
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`prosperity of various markets.
`
`A partial list of projects and/or researches includes:
`
`Ø Intelligent transportation systems (ITS)
`
`l With ITS, vehicles use their own intelligences to automatically
`
`drive on roadways. Highways can automatically respond to traffic
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`congestions; and traffic flow can be adjusted.
`
`l
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`ITS allows road and traffic administrators to monitor various
`
`aspects of traffic (e.g. traffic within congested cities) in real time
`
`with multimedia technologies.
`
`l
`
`ITS improves traffic safety with ITS and traffic flow maximization
`
`with integrated intelligent highway management systems for
`
`tailor-made solutions associated with traffic cameras,
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`ice
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`detection on pavement, speed detection, etc.
`
`Ø Smart System of Oil Production
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`l Advanced wireless Multi-Mode fusion network technique is
`
`applied to each stage of the oil procession for increased
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`efficiency and output.
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`l A dedicated Oil Cloud that utilizes Big Data technology achieves
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`end-to-end traceable, manageable, schedulable, maintainable,
`
`and operable total solution.
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`l The Oil Cloud and Big Data platforms are designed for achieving
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`high concurrency and high capacity. With Big Data analytics of
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`energy & information flow, such system succeeds in predicting
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`demand, boosting the application of IOT in oil field and exploring
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`the value of data on oil.
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`Ø Safety and Protection Solutions of Visitors and Cultural Relics
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`l Based on advanced wireless communication technology and
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`sensing technology, in combination with LiDAR, such solutions
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`achieve anti-theft alarms with sound, light, electricity, and total
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`visual management of cultural relics, real-time information, and
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`systems for tracking records of movable cultural relics.
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`l With RFID and other LPWAN technology, such solutions succeed
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`in establishing “hot areas” and calculating visitor attendance in
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`real time and timely presenting desired data figures via a large
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`screen or App configured to safely control visitor flow rate.
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`Ø End-To-End Intelligent Inter-Connected Solutions
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`l Such Solutions adopt “Instrumented Network -
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`Interacted
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`Network - Intelligent Network” technology roadmap.
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`l “Instrumented Network” is the cornerstone. IOT technology with
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`wide range coverage and low-power consumption is provided to
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`achieve real-time sharing of control information for power
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`networks.
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`l “Interacted Network” is the core. Such solutions - with intelligent
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`IWF gateway and telecom network technology - combine
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`large-scale energy storage with ICT to achieve a power grid with
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`bidirectional interaction and compatibility.
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`l “Intelligent Network”
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`is the goal and developing strategy.
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`Dedicated Cloud and Big Data platforms are designed with the
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`idea of high concurrency and high capacity. Big Data analytics of
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`power generation, transmission, distribution, consumption, and
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`storage is applied to boost the realization of Energy Internet.
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`Brayden J. Wong
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`From 2017 to Present
`Grant Technology LLC
`Title: CTO
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`
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` Team leader in development of smart home products and IOT
`
` Ø
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`solutions.
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`A partial list of projects and/or researches includes:
`
`Ø Fire-Fighting platform
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`l With converged multi-mode heterogeneous networks, the
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`platform offers a successful
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`integrated solution to enable
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`effective emergency responses including combined fire-fighting
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`and rescue efforts.
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`l The platform offers a creative solution for fire-fighting and
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`rescue teams with Virtual Reality and Augmented Reality
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`technologies through optimized 3D-model digitization of critical
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`infrastructures.
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`l The platform provides
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`fire-fighting
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`information to smart
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`terminals
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`in real time using networking and multimedia
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`technologies.
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`Page 11 / 12 Updated: Jan. 2018
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`Brayden J. Wong
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`Ø Smart Control System
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`l The smart control system enables users to control smart home
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`appliances through audio commands and/or commands from
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`users’ terminals.
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`l The commands from users are transmitted through wireless
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`communications and converted into specific instructions.
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`l A smart hub controls smart home appliances through NFC,
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`Bluetooth, and ZigBee communications in connection with the
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`specific instructions.
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`l The smart home appliances function in accordance with specific
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`instructions and feedbacks from users.
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