Patents by Inventor Benjamin Robert Tremoulheac
Benjamin Robert Tremoulheac has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).
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Patent number: 10546183Abstract: A liveness detection system comprises a controller, a video input, a feature recognition module, and a liveness detection module. The controller is configured to control an output device to provide randomized outputs to an entity over an interval of time. The video input is configured to receive a moving image of the entity captured by a camera over the interval of time. The feature recognition module is configured to process the moving image to detect at least one human feature of the entity. The liveness detection module is configured to compare with the randomized outputs a behaviour exhibited by the detected human feature over the interval of time to determine whether the behaviour is an expected reaction to the randomized outputs, thereby determining whether the entity is a living being.Type: GrantFiled: February 9, 2018Date of Patent: January 28, 2020Assignee: Yoti Holding LimitedInventors: Francisco Angel Garcia Rodriguez, Benjamin Robert Tremoulheac, Symeon Nikitidis, Thomas Bastiani, Miguel Jimenez
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Patent number: 10305908Abstract: In a liveness detection system, a first set of one or more parameters of a first liveness test is selected at random. The first parameter set is transmitted to a user device available to an entity, thereby causing the user device to perform the first liveness test according to the first parameter set. Results of the first liveness test performed at the user device according to the first parameter set are received form the user device. Results of a second liveness test pertaining to the entity are received. The liveness detection system determines whether the entity is a living being using the results of the liveness tests, the results of the first liveness test being so used by comparing them with the first parameter set.Type: GrantFiled: September 15, 2017Date of Patent: May 28, 2019Assignee: Yoti Holding LimitedInventors: Georgios Paraskevas, Francisco Angel Garcia Rodriguez, Usman Mahmood Khan, Benjamin Robert Tremoulheac
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Publication number: 20180239955Abstract: A liveness detection system comprises a controller, a video input, a feature recognition module, and a liveness detection module. The controller is configured to control an output device to provide randomized outputs to an entity over an interval of time. The video input is configured to receive a moving image of the entity captured by a camera over the interval of time. The feature recognition module is configured to process the moving image to detect at least one human feature of the entity. The liveness detection module is configured to compare with the randomized outputs a behaviour exhibited by the detected human feature over the interval of time to determine whether the behaviour is an expected reaction to the randomized outputs, thereby determining whether the entity is a living being.Type: ApplicationFiled: February 9, 2018Publication date: August 23, 2018Inventors: Francisco Angel Garcia Rodriguez, Benjamin Robert Tremoulheac, Symeon Nikitidis, Thomas Bastiani, Miguel Jimenez
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Publication number: 20180083973Abstract: In a liveness detection system, a first set of one or more parameters of a first liveness test is selected at random. The first parameter set is transmitted to a user device available to an entity, thereby causing the user device to perform the first liveness test according to the first parameter set. Results of the first liveness test performed at the user device according to the first parameter set are received form the user device. Results of a second liveness test pertaining to the entity are received. The liveness detection system determines whether the entity is a living being using the results of the liveness tests, the results of the first liveness test being so used by comparing them with the first parameter set.Type: ApplicationFiled: September 15, 2017Publication date: March 22, 2018Inventors: Georgios Paraskevas, Francisco Angel Garcia Rodriguez, Usman Mahmood Khan, Benjamin Robert Tremoulheac
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Patent number: 9794260Abstract: In a liveness detection system, a first set of one or more parameters of a first liveness test is selected at random. The first parameter set is transmitted to a user device available to an entity, thereby causing the user device to perform the first liveness test according to the first parameter set. Results of the first liveness test performed at the user device according to the first parameter set are received form the user device. Results of a second liveness test pertaining to the entity are received. The liveness detection system determines whether the entity is a living being using the results of the liveness tests, the results of the first liveness test being so used by comparing them with the first parameter set.Type: GrantFiled: August 10, 2015Date of Patent: October 17, 2017Assignee: Yoti LtdInventors: Eleanor Simone Frederika Loughlin-McHugh, Roman Edward Szczesniak, Georgios Paraskevas, Francisco Angel Garcia Rodriguez, Usman Mahmood Khan, Benjamin Robert Tremoulheac
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Publication number: 20170048244Abstract: In a liveness detection system, a first set of one or more parameters of a first liveness test is selected at random. The first parameter set is transmitted to a user device available to an entity, thereby causing the user device to perform the first liveness test according to the first parameter set. Results of the first liveness test performed at the user device according to the first parameter set are received form the user device. Results of a second liveness test pertaining to the entity are received. The liveness detection system determines whether the entity is a living being using the results of the liveness tests, the results of the first liveness test being so used by comparing them with the first parameter set.Type: ApplicationFiled: August 10, 2015Publication date: February 16, 2017Inventors: Eleanor Simone Frederika Loughlin-McHugh, Roman Edward Szczesniak, Georgios Paraskevas, Francisco Angel Garcia Rodriguez, Usman Mahmood Khan, Benjamin Robert Tremoulheac
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Publication number: 20170046583Abstract: A liveness detection system comprises a controller, a video input, a feature recognition module, and a liveness detection module. The controller is configured to control an output device to provide randomized outputs to an entity over an interval of time. The video input is configured to receive a moving image of the entity captured by a camera over the interval of time. The feature recognition module is configured to process the moving image to detect at least one human feature of the entity. The liveness detection module is configured to compare with the randomized outputs a behaviour exhibited by the detected human feature over the interval of time to determine whether the behaviour is an expected reaction to the randomized outputs, thereby determining whether the entity is a living being.Type: ApplicationFiled: August 10, 2015Publication date: February 16, 2017Inventors: Francisco Angel Garcia Rodriguez, Georgios Paraskevas, Eleanor Simone Frederika Loughlin-McHugh, Usman Mahmood Khan, Benjamin Robert Tremoulheac