Abstract: Systems, and method and computer readable media that store instructions for.

Abstract: There may be provided a method for determining object information related to an object that appears in a media element, the method may include (a) receiving or generating a signature of the media element, wherein the signature may include identifiers, wherein the identifiers may include an object identifier related to the object, wherein the object identifier points to locations of output elements, within an output of a convolutional neural network, of elements of significance in relation to the object; (b) finding a group of contributing portions of the media element that had a significant contribution to the generation, by the convolutional neural network, of the output elements of significance in relation to the object; and (c) determining object information related to the object based on a distribution of the group of the contributing portions of the media element.

Abstract: There may be provided a method for determining object information related to an object that appears in a media element, the method may include (a) receiving or generating a signature of the media element, wherein the signature may include identifiers, wherein the identifiers may include an object identifier related to the object, wherein the object identifier points to locations of output elements, within an output of a convolutional neural network, of elements of significance in relation to the object; (b) finding a group of contributing portions of the media element that had a significant contribution to the generation, by the convolutional neural network, of the output elements of significance in relation to the object; and (c) determining object information related to the object based on a distribution of the group of the contributing portions of the media element.

Abstract: A method for crowd separation, the method may include receiving or generating a signature of an image of a first plurality of pedestrians, wherein the image comprises regions, wherein the signature of the image comprises descriptors of the regions, wherein each descriptor of a region is associated with a region and comprises a set of identifiers that identify content included in the region and in a vicinity of the region; detecting, within the descriptors of the regions, unique combinations of identifiers that are indicative of spatial relationships between the regions and bounding boxes that surround pedestrians of the first plurality of pedestrians; wherein the unique combinations are learnt during a supervised machine learning process that is fed with test images of densely positioned pedestrians; and locating the pedestrians of the first plurality of pedestrians based, at least in part, on the spatial relationships related to detected unique combinations and to locations of the regions.

Abstract: Data records of a service provider may be utilized to estimate data regarding to users who are customers of an alternative service provider, such as a competitor. The data records may indicate interaction between users. An estimated value of a selected user may be determined based on a statistical model. The statistical model may be built using training data. The statistical model may take into account social activity of the selected user, such as which users are socially proximate to him. The statistical model may take into account interactions of the selected user with users who are customers of the service provider. The statistical model may take into account demographic data. The statistical model may take into account data regarding users who are socially proximate to the selected user.

Abstract: A method for migrating an electronic circuit from a source technology to a target technology includes accepting a source circuit that operates in the source technology. The source circuit includes source components interconnected at nodes in accordance with a source topology. Source voltages at the nodes of the source circuit are determined, and the source voltages are transformed to produce respective target voltages suitable for the target technology. The source circuit is separated into sub-circuits, each sub-circuit including one or more of the source components. In each sub-circuit individually, the one or more of the source components are converted to one or more respective target components in the target technology responsively to the target voltages, so as to produce a respective migrated sub-circuit. The migrated sub-circuits are reconnected to produce a target circuit in the target technology, the target circuit having a target topology identical to the source topology.

Abstract: A method for migrating an electronic circuit from a source technology to a target technology includes accepting a source circuit that operates in the source technology. The source circuit includes source components interconnected at nodes in accordance with a source topology. Source voltages at the nodes of the source circuit are determined, and the source voltages are transformed to produce respective target voltages suitable for the target technology. The source circuit is separated into sub-circuits, each sub-circuit including one or more of the source components. In each sub-circuit individually, the one or more of the source components are converted to one or more respective target components in the target technology responsively to the target voltages, so as to produce a respective migrated sub-circuit. The migrated sub-circuits are reconnected to produce a target circuit in the target technology, the target circuit having a target topology identical to the source topology.

Abstract: A method for migrating an electronic circuit from a source technology to a target technology includes accepting a source circuit that operates in the source technology. The source circuit includes source components interconnected at nodes in accordance with a source topology. Source voltages at the nodes of the source circuit are determined, and the source voltages are transformed to produce respective target voltages suitable for the target technology. The source circuit is separated into sub-circuits, each sub-circuit including one or more of the source components. In each sub-circuit individually, the one or more of the source components are converted to one or more respective target components in the target technology responsively to the target voltages, so as to produce a respective migrated sub-circuit. The migrated sub-circuits are reconnected to produce a target circuit in the target technology, the target circuit having a target topology identical to the source topology.

Abstract: A method for migrating an electronic circuit from a source technology to a target technology includes accepting a source circuit that operates in the source technology. The source circuit includes source components interconnected at nodes in accordance with a source topology. Source voltages at the nodes of the source circuit are determined, and the source voltages are transformed to produce respective target voltages suitable for the target technology. The source circuit is separated into sub-circuits, each sub-circuit including one or more of the source components. In each sub-circuit individually, the one or more of the source components are converted to one or more respective target components in the target technology responsively to the target voltages, so as to produce a respective migrated sub-circuit. The migrated sub-circuits are reconnected to produce a target circuit in the target technology, the target circuit having a target topology identical to the source topology.