Abstract: A method for displaying 360° media on a bubbles interface of a touch screen/display/virtual projections includes providing an interface configured for a user to navigate through a plurality of bubbles, wherein each bubble of the plurality of bubbles includes at least one of a tridimensional, spherical format, shape, and surface, and each bubble of the plurality of bubbles represents at least one of a video and a photo, wherein the interface comprises: providing at least one interaction for the user with each bubble using at least one of a tapping, clicking, pinching, stretching, multiple touching, drag and drop, rotation, and long press action; providing a navigation movement through the plurality of bubbles in a three-dimensional manner; and grouping the plurality of bubbles in the interface by a user-defined classification including at least one of a date, time, location, tag, and category.

Abstract: A method for recognition between a first and second object represented by at least one first image and at least one second image, includes defining rectangular assemblies of random pixels; filtering the first image with first n filters obtained from the assemblies of pixels to obtain n first filtered matrices; classifying the n first filtered matrices by providing a first center and a first radius within a space of N dimensions; filtering the second image with the first n filters to obtain n second filtered matrices; classifying the n second filtered matrices by providing a second center within the space of N dimensions; and comparing the first center and first radius with the second center.

Abstract: A method for determining the three-dimensional surface of an object comprises the phases of: defining (1) the coordinates of a plurality of points of said object; defining (2) a three-dimensional matrix of cells that contains said object to which a value can be associated; determining (3) the distance between each centre of said cells of said three-dimensional matrix of cells and the closest point of said plurality of points of said object; setting (4) the value of several cells of said three-dimensional matrix of cells at a first preset value; determining (7) the value that each cell of said three-dimensional matrix of cells assumes, with the exception of said several cells, by means of the following formula F ? ( x _ i , t + 1 ) = F ? ( x _ i , t ) · v i + w · ? j ? F ? ( x _ j , t ) · v j v i + w · ? j ? v j where xi represents the coordinates of the centre of the i_th cell, F( xi, t) represents the value of the i_th cell at time t, vi

Abstract: A recognition method for recognition between a first and second object represented by at least one first image and at least one second image, includes: defining a plurality of rectangular assemblies of random pixels; filtering the first image with first n filters obtained from the assemblies of pixels to obtain n first filtered matrices; classifying the n first filtered matrices by providing a first centre and a first radius within a space of N dimensions; filtering the second image with the first n filters to obtain n second filtered matrices; classifying the n second filtered matrices by providing a second centre within the space of N dimensions; comparing the first centre and first radius with the second centre; whereby recognition between the object and second object has if at least one second centre lies at a distance from the first centre which is less than or equal to at least one first radius.

Abstract: The present invention refers to a method for determining the three-dimensional surface of an object.