Abstract: A mobile apparatus for receiving an electronic message that comprises a text message from a sender. The mobile device comprises a contact records repository that stores a number digital images, which are associated with a respective number of user identifiers. The mobile device further comprises a text analysis module that identifies predefined expressions in the text message, an image-editing module that matches one of the user identifiers with the sender and edits the associated digital image according to the identified predefined expression, and an output module for outputting the edited digital image.

Abstract: An apparatus for QRS waveform quantifying, comprising: an input unit, for receiving one or more high frequency (HF) range QRS complexes from one or more ECG leads, a primary analyzer, for calculating a primary index from the high frequency (HF) range QRS complex, and a secondary analyzer, connected after the primary analyzer, for deriving a secondary index from the primary index, thereby to provide a quantification of QRS complexes.

Abstract: A method for inspecting a patterned surface employs reference data related to the pattern to provide a map for identifying regions which are expected to generate equivalent images. These regions are then compared in an image-to-image comparison to identify possible defects. In a first implementation, the regions are related by local symmetry operators. In a second, disjoint corner features or other features are classified and similar features compared.

Abstract: A method for inspecting a patterned surface employs reference data related to the pattern to provide a map for identifying regions which are expected to generate equivalent images. These regions are then compared in an image-to-image comparison to identify possible defects. In a first implementation, the regions are related by local symmetry operators. In a second, disjoint corner features or other features are classified and similar features compared.

Abstract: A method for realistically implanting a non-floating. Computer Graphic Image object into a real camera image sequence filmed scene, and for obtaining roaming capabilities therein, including modeling a picture into which a Computer Graphic Image object is to be implanted by creating therefor imaginary borders, providing a three-dimensional vector representing the movement of the camera between each frame, and expanding said vector to a plane by calculating the movement of the camera while marinating its original angles; and therewith by respectively using an imaginary camera to render a 3D object on a screen of a computer and by respectively coordinating the filming camera's angle with the imaginary camera for implanting the Computer Graphic Image object in the image sequence filmed scene; wherein the method is characterized by implementing angular noise from the filming camera's angle to the object rendered by the imaginary camera.

Abstract: Method for the interactive real time processing and displaying of camera shots or computer generated video image sequences that include moving objects of variable speed for generating improved computer games. A bank of original sequences of individually selectable images is generated. Each sequence is shot by a camera and contains moving objects and converted to a digital form. A range of possible modified object speeds are selected for each computer game. A set of transformations, from each frame of the original sequence, to its next frame, is calculated in advance for all frames, and stored in a memory, together with the original digital sequence, as a data-base file. Any desired manipulation of the image of a frame on the stored transformation is calculated in real-time, as a function of the desired speed provided by a player and a new virtual frame, which is an intermediate frame of frames from the original sequence is generated in real-time, according to the calculation results.