Roy Azoulay

Roy Azoulay

London, England, United Kingdom
5K followers 500+ connections

Activity

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Experience

  • Cynomi Graphic

    Cynomi

    London

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    London

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    Oxford, UK

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  • -

    Oxford, UK

  • -

    Israel

Education

  • University of Oxford Graphic
  • -

    -

    accepted on full merit based scholarship

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    accepted on full merit based scholarship

Volunteer Experience

  • Saïd Business School, University of Oxford Graphic

    Assessment Panel, MBA Entrepreneurship Project

    Saïd Business School, University of Oxford

    - 2 years 7 months

  • Oxford Entrepreneurs Graphic

    Judging Panel, 2015, 2017 Ideal Idol Business Plan Competition

    Oxford Entrepreneurs

    - 2 years 1 month

    One of Four Judges for Oxford Entrepreneur's flagship pitch competition

  • University of Oxford Graphic

    Co-Initiator & Organiser

    University of Oxford

    - 1 month

    "Conference: Israel and the Global Economic Crisis: Economy & Society, Business & Peace, Innovation & Enterprise"

  • University of Oxford Graphic

    Initiator & Organiser

    University of Oxford

    - 1 month

    "The Changing Face of European Innovation: Perspectives from Britain and Israel”

  • Royal Academy of Engineering Graphic

    Panelist, Leaders in Innovation Fellowships Programme

    Royal Academy of Engineering

    - 1 year 1 month

Patents

  • Systems and methods for verifying a device location

    Issued US12066554B2

    A method of verifying a device location includes receiving a provisional location for a first device, setting a baseline location confidence value for the provisional location, determining a first network environment of the first device, and receiving one or more location reports each including a location for another device in the first network environment. For each received location report, the location in the location report is compared with the provisional location of the first device and a…

    A method of verifying a device location includes receiving a provisional location for a first device, setting a baseline location confidence value for the provisional location, determining a first network environment of the first device, and receiving one or more location reports each including a location for another device in the first network environment. For each received location report, the location in the location report is compared with the provisional location of the first device and a distance is calculated; and an adjustment to the location confidence value of the first device is calculated based on the calculated distance. An output location confidence value is generated for the provisional location of the first device based on the baseline location confidence value and the adjustment calculated for each received location report.

    See patent
  • Flat surface detection in photographs for tamper detection

    Issued US US10692202B2

    Photographs can sometimes be altered or changed in order to create photographs which appear to be of a scene which never took place, or did not take place at the place and time when the photograph is purported to have been taken. One way of circumventing known systems to detect this sort of falsified image is to take a photograph of a printed altered image. The present invention is a method of detecting such “photographs of photographs” by comparing two photographs of the same seen taken at the…

    Photographs can sometimes be altered or changed in order to create photographs which appear to be of a scene which never took place, or did not take place at the place and time when the photograph is purported to have been taken. One way of circumventing known systems to detect this sort of falsified image is to take a photograph of a printed altered image. The present invention is a method of detecting such “photographs of photographs” by comparing two photographs of the same seen taken at the same time, with different exposures.

    See patent
  • Flat surface detection in photographs

    Issued US US11012613B2

    A system and method is disclosed for detecting whether a photograph is of a flat surface, e.g. a “photograph of a photograph”, or of a real three dimensional scene. The method includes using a digital camera to take a photograph, and within a predetermined time period either before or after taking the photograph, recording focal length information from a plurality of focus areas using the autofocus routine of the digital camera. The recorded focal length information forms the input to a machine…

    A system and method is disclosed for detecting whether a photograph is of a flat surface, e.g. a “photograph of a photograph”, or of a real three dimensional scene. The method includes using a digital camera to take a photograph, and within a predetermined time period either before or after taking the photograph, recording focal length information from a plurality of focus areas using the autofocus routine of the digital camera. The recorded focal length information forms the input to a machine learning classifier which has been trained to classify scenes as “flat” or “3D”.

    See patent
  • CROSS VERIFICATION OF DATA CAPTURED BY A CONSUMER ELECTRONIC DEVICE

    Issued US US10678780B2

    The present invention relates to a system and method for verifying the accuracy of metadata attached to primary data captured by a capture device. For example, primary data could be a photograph, sound recording or video recording captured by a consumer electronic device such as a mobile telephone. The metadata may relate to the time and/or location of the capture.

    See patent

Courses

  • FCA Appointed Representative

    -

  • Non Executive Director Duties

    -

Languages

  • Hebrew

    Native or bilingual proficiency

  • English

    Native or bilingual proficiency

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