View source for ORANGE (20240256641). METHOD AND DEVICE FOR CHARACTERISING A USER, AND DEVICE FOR PROVIDING SERVICES USING SAME simplified abstract

=METHOD AND DEVICE FOR CHARACTERISING A USER, AND DEVICE FOR PROVIDING SERVICES USING SAME=


==Organization Name==

[[:Category:ORANGE|ORANGE]]


[[Category:ORANGE]]

==Inventor(s)==

[[:Category:Christian Gregoire of CHATILLON CEDEX (FR)|Christian Gregoire of CHATILLON CEDEX (FR)]][[Category:Christian Gregoire of CHATILLON CEDEX (FR)]]

[[:Category:Julian Moreira of CHATILLON CEDEX (FR)|Julian Moreira of CHATILLON CEDEX (FR)]][[Category:Julian Moreira of CHATILLON CEDEX (FR)]]

[[:Category:Nicolas Pellen of CHATILLON CEDEX (FR)|Nicolas Pellen of CHATILLON CEDEX (FR)]][[Category:Nicolas Pellen of CHATILLON CEDEX (FR)]]

==METHOD AND DEVICE FOR CHARACTERISING A USER, AND DEVICE FOR PROVIDING SERVICES USING SAME - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240256641 titled 'METHOD AND DEVICE FOR CHARACTERISING A USER, AND DEVICE FOR PROVIDING SERVICES USING SAME

The patent application describes a method and device for characterizing a user, particularly in the field of computer security, by comparing spatialized sound objects.

* Comparison of first data associated with a spatialized sound object at a first location and second data based on a second spatialized sound object perceived at a second location.
* Triggering a characterization of the source of interaction as a suitable user if the comparison results are positive.
* Reducing errors in characterizing a user by utilizing spatialized sound objects, which traditional sound and speech recognition systems cannot handle effectively.

Potential Applications:
- Enhancing user authentication processes in computer security systems.
- Improving user experience in virtual reality and augmented reality applications.
- Enhancing voice recognition systems in smart devices.

Problems Solved:
- Addressing limitations of existing sound and speech recognition systems in spatialized sound environments.
- Improving the accuracy of user characterization in various applications.

Benefits:
- Increased security by accurately identifying users based on spatialized sound interactions.
- Enhanced user experience in immersive audio environments.
- Improved efficiency in voice recognition and authentication processes.

Commercial Applications:
Title: Spatialized Sound User Characterization Technology for Enhanced Security
This technology can be utilized in cybersecurity systems, virtual reality applications, smart devices, and audio-based authentication systems. It has the potential to improve user identification and authentication processes, leading to enhanced security measures and user experience.

Questions about Spatialized Sound User Characterization Technology:
1. How does this technology improve user authentication processes in computer security systems?
This technology enhances user authentication by utilizing spatialized sound objects for accurate user characterization, reducing errors in identifying suitable users.

2. What are the potential applications of this technology beyond computer security?
This technology can also be applied in virtual reality and augmented reality applications, as well as in improving voice recognition systems in smart devices for enhanced user experience.


==Original Abstract Submitted==

a method and a device for characterizing a user, in particular a user of a device and/or a service in the field of computer security. the characterization method includes: a comparison of first data associated with a first sound object spatialized at a first location by a user interface of a communication terminal and second data received following the reproduction of the first spatialized sound object, the second data being based on a second spatialized sound object perceived at a second location. the comparison triggers, in the event of a positive result, a characterization of the source of interaction as being a suitable user. thus, errors in characterizing a user as a suitable user, in particular a human user, are reduced because existing sound and speech recognition systems are not able to select a sound in a spatialized sound environment, i.e. a 3d audio scene.



[[Category:G06F21/31]]
[[Category:G06F3/16]]
[[Category:CPC_G06F21/31]]