Vidinoti Sa

Ecole Polytechnique Federale De Lausanne

Laurent Rime

Martin Vetterli

Serge Ayer

Mathieu Monney

Rudolf Ritter

Eric Lauper

Alireza Ghasemi

A method of local feature identification comprises retrieving data representing a lightfield, forming an epipolar volume (V) from the retrieved data, applying a transform to epipolar planes retrieved from the epipolar volume, so as to represent the epipolar planes in a new space, identifying a plurality of epipolar lines, and identifying local features (fp) based on at least some of the epipolar lines.

Method and apparatus for identifying local features

The present invention relates to an annotating method including the steps of capturing () data representing a light field with a plenoptic image capture device (); matching () the captured data with a corresponding reference data; retrieving an annotation associated with an element of the reference data (); rendering () a view generated from the captured data and including at least one annotation.

Annotation method and apparatus

An originating user captures an original image with mobile equipment. The image is displayed on the originating user's mobile equipment with first annotations. First data information (R) including the time and the location of the mobile equipment together with information that the first annotations has been displayed is sent to a server. The originating user transmits the image to a second equipment of at least one second user. The image is displayed on the second equipment. Second annotations are displayed to said second user in combination with said image. Second data information (R) including the time and the location of equipment of the second user together with information that the second annotations has been displayed is sent to the server. The server determines from the location and/or time whether said image is an original image captured by the originating user, or a transmitted image displayed to a second user.

Image annotation method and system

A method for capturing and processing an image, comprising: capturing a captured image with an image sensor; retrieving steganographic marks hidden in said captured image; processing said captured image based on said hidden marks, so as to generate a processed image; matching the processed image with a reference image from a set of reference images and superimposing elements on the captured image, depending on said reference image. A user device, comprising an image sensor suitable for capturing at least one image and a processor configured to at retrieve hidden marks in said captured image and generating a processed image based on said hidden marks retrieval and annotations processed remotely; the user device is part of a system with a remote server matching the image.

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Fribourg, Switzerland

Laurent Rime