Abstract: A method, system, apparatus and product for semantic meaning association to components of digital content. The method comprising obtaining a digital content, which comprises multiple visually separated components. The method comprises analyzing at least a portion of the digital content to extract features associated with a component and automatically determining, based on the extracted features, a semantic meaning of the component. The automatic determination is performed without relying on manually inputted hints in the digital content. The method further comprises automatically and without user intervention, performing an action associated with the digital content, wherein the action is determined based on the semantic meaning.

Abstract: A method, system, apparatus and product for semantic meaning association to components of digital content. The method comprising obtaining a digital content, which comprises multiple visually separated components. The method comprises analyzing at least a portion of the digital content to extract features associated with a component and automatically determining, based on the extracted features, a semantic meaning of the component. The automatic determination is performed without relying on manually inputted hints in the digital content. The method further comprises automatically and without user intervention, performing an action associated with the digital content, wherein the action is determined based on the semantic meaning.

Abstract: A method, system, apparatus and product for semantic meaning association to components of digital content. The method comprising obtaining a digital content, which comprises multiple visually separated components. The method comprises analyzing at least a portion of the digital content to extract features associated with a component and automatically determining, based on the extracted features, a semantic meaning of the component. The automatic determination is performed without relying on manually inputted hints in the digital content. The method further comprises automatically and without user intervention, performing an action associated with the digital content, wherein the action is determined based on the semantic meaning.

Abstract: A rotation sensing device is presented. The device comprises: a proof mass arrangement comprising at least one pair of proof masses spaced-apart from one another along a first axis; a suspension assembly comprising flexible suspension beams having a main axis deformable between their substantially straight and curved states, the suspension assembly coupling the proof masses to an anchor assembly, while allowing a drive-mode oscillatory movement of the proof masses at least along a second axis substantially perpendicular to the main axis of the beams; and an actuation mechanism configured and operable to cause the drive-mode oscillatory movement of the proof masses in opposite directions along said second axis, thereby generating a sense-mode oscillatory movement of the proof masses during the rotation of the device about at least one rotation axis perpendicular to said second axis, said sense-mode movement being indicative of a rate of the rotation.

Abstract: A rotation sensing device is presented. The device comprises: a proof mass arrangement comprising at least one pair of proof masses spaced-apart from one another along a first axis; a suspension assembly comprising flexible suspension beams having a main axis deformable between their substantially straight and curved states, the suspension assembly coupling the proof masses to an anchor assembly, while allowing a drive-mode oscillatory movement of the proof masses at least along a second axis substantially perpendicular to the main axis of the beams; and an actuation mechanism configured and operable to cause the drive-mode oscillatory movement of the proof masses in opposite directions along said second axis, thereby generating a sense-mode oscillatory movement of the proof masses during the rotation of the device about at least one rotation axis perpendicular to said second axis, said sense-mode movement being indicative of a rate of the rotation.