Marc R Gardeya

20130215230, Aug 22, 2013

Feb 22, 2013

13/774762

Matt Miesnieks - San Francisco CA, US
Silka Miesnieks - San Francisco CA, US
Yohan Baillot - San Francisco CA, US
Marc Gardeya - San Francisco CA, US
Leonid Naimark - Boston MA, US
Anthony Maes - San Francisco CA, US
John Sietsma - Melbourne, AU

H04N 13/02

348 46

A system and a method are disclosed for capturing real world objects and reconstructing a three-dimensional representation of real world objects. The position of the viewing system relative to the three-dimensional representation is calculated using information from a camera and an inertial motion unit. The position of the viewing system and the three-dimensional representation allow the viewing system to move relative to the real objects and enables virtual content to be shown with collision and occlusion with real world objects.

20140267234, Sep 18, 2014

Mar 15, 2013

13/835822

Anselm Hook - San Francisco CA, US
Anthony Maes - San Francisco CA, US
Marc Gardeya - San Francisco CA, US
Leonid Naimark - Boston MA, US

G06T 19/00
G06T 17/05

345419, 345633

A multi-device system for mobile devices to acquire and share 3D maps of an environment. The mobile devices determine features of the environment and construct a local map and coordinate system for the features identified by the mobile device. The mobile devices may create a joint map by joining the local map of another mobile device or by merging the local maps created by the mobile devices. To merge maps, the coordinate system of each system may be constrained in degrees of freedom using information from sensors on the devices to determine the global position and orientation of each device. When the devices operate on a joint map, the device share information about new features to extend the range of features on the map and share information about augmented reality objects manipulated by users of each device.