Mimi Hearing Technologies Gmbh

Texas Instruments Corporation

Renaud Seguier

Xavier Bonjour

Slim Ghorbal

David R Thomas

David Mercier

Daniel Le Guennec

Christophe Bonnery

Gilles Vaucher

Mickaël Remingol

Corentin Guezenoc

Olivier Dumas

Lara Younes

Jean-Yves Desbree

Sebastien De Gregorio

Chrisophe Flouzat

A method for generating a 3D point cloud representative of a 3D ear of an individual, from a first set of at least one 2D image of the ear, using a parametric 3D ear model is provided.

Method for producing a 3D scatter plot representing a 3D ear of an individual, and associated system

A method is provided for generating a three-dimensional morphable model of an element from an initial database of examples of such elements providing data allowing, for each of the elements of the initial database, a three-dimensional meshed surface based on points and on a triangular network connecting the points to be determined.

Method for establishing a deformable 3D model of an element, and associated system

A method for generating an individual-specific head-related transfer function from a database containing 3D or 2D ear data and corresponding head-related transfer functions, the method comprises the steps of: performing a statistical analysis of the 3D or 2D ear space of the database; performing a statistical analysis of the head-related-transfer-function space of the data base; performing an analysis of the relationships between the statistical parameters of the statistical analysis of the 3D or 2D ear space and the statistical parameters of the head-related-transfer-function space; and determining, from the relationship analysis and the statistical analysis of the 3D or 2D ear space, a function for calculating a head-related transfer function from data representative of at least one ear.

Method and system for developing a head-related transfer function adapted to an individual

A method of compression of videotelephony images characterized by: creating () a learning base containing images; centering the learning base about zero; determining component images by principal component analysis (); and keeping a number of significant principal components ().

Method of compression of video telephony images

A system comprising an imaging device adapted to capture images of a target object at multiple angles. The system also comprises storage coupled to the imaging device and adapted to store a generic model of the target object. The system further comprises processing logic coupled to the imaging device and adapted to perform an iterative process by which the generic model is modified in accordance with the target object. During each iteration of the iterative process, the processing logic obtains structural and textural information associated with at least one of the captured images and modifies the generic model with the structural and textural information. The processing logic displays the generic model.

3-D modeling

Growing community of inventors

Acigne, France

Renaud Seguier