Agt International Gmbh

Korro Ai Limited

Thomas Bader

Markus Schlattmann

Robert Biehl

Philipp Huelsdunk

Christian Debes

Michael Leigsnering

Paul Idstein

Hanna Kamyshanska

Sergey Sukhanov

Arno Mittelbach

Ivan Tankoyeu

Systems and methods enable providing various virtual activities. One of the methods comprises obtaining images of a physical area acquired by an imaging device, generating a virtual activity world representative of the physical area, the generating comprising using at least part of the images to map physical elements of a plurality of physical elements, to the virtual activity world, wherein the physical elements include a given physical element movable by the user, and adding one or more virtual objects to the virtual activity world, using the virtual activity world to detect an interaction between the given physical element mapped to the virtual activity world, and a given virtual object, responsive to a detected interaction, determining an outcome of the interaction, applying a change in the virtual activity world corresponding to the outcome, and displaying a representation of the virtual activity world on a display device.

Systems and methods of providing virtual activities

The presently disclosed subject matter there includes a computerized device that comprises a processing circuitry, and one or more sensors including at least one image sensor configured to continuously capture images of an environment; the processing circuitry is configured to process the captured images and: detect an object within the environment; track a trajectory of movement of the object; select a best fitting motion model to the trajectory and determine a state of the object based on the best fitting motion model; and determine at least one intersection point between the object and a target object.

Tracking dynamics using a computerized device

A method which includes obtaining a first sequence of images of a user attempting to reproduce a sequence of poses of a reference user and determining correct performance of the user. For each body part of a plurality of body parts of the user, a spatial orientation of the body part in a referential independent of an orientation of any other body part of the user is compared to the spatial orientation of the reference user. If the comparison does not meet a matching criterion for at least one body part of the user, data representative of a mismatch between the orientation of the body part of the user and the spatial orientation of the reference user is output, thereby enabling the user to correct his pose using a feedback pointing to the body part to be corrected.

Motion matching analysis

Growing community of inventors

Pfungstadt, Germany

Thomas Bader