Abstract: The present disclosure generally pertains to an object recognition method for time-of-flight camera data, including: recognizing a real object based on a pretrained algorithm, wherein the pretrained algorithm is trained based on time-of-flight training data, wherein the time-of-flight training data are generated based on a combination of real time-of-flight data being indicative of a background, and simulated time-of-flight data generated by applying a mask on synthetic overlay image data representing a simulated object, thereby generating a masked simulated object, the mask being generated based on the synthetic overlay image data.

Abstract: An electronic device having circuitry configured to perform smoke detection based on a depth image and a confidence image captured by an iToF sensor to obtain a smoke detection status.

Abstract: The present disclosure generally pertains to time-of-flight object detection circuitry for detecting a mobile phone in a hand of a user of a vehicle, the time-of-flight object detection circuitry being configured to: detect the mobile phone in the hand of the user based on a predefined reflectivity pattern being indicative of the mobile phone being at least partially located in the hand.

Abstract: A mode sequencer circuitry for a time-of-flight system, the time-of-flight system including at least an imaging unit and an illumination unit, the imaging unit having a data bus interface for transmitting data to an application processor over a data bus.

Abstract: A mobile device configured to perform gesture recognition for a vehicle information and/or entertainment system comprises a depth camera; an orientation sensor; and a processor configured to detect one or more gestures from images captured by the depth camera according to a gesture detection algorithm; in which the processor is configured to vary the gesture detection algorithm in dependence upon an orientation of the mobile device detected by the orientation sensor.

Abstract: A mobile device configured to perform gesture recognition for a vehicle information and/or entertainment system comprises a depth camera; an orientation sensor; and a processor configured to detect one or more gestures from images captured by the depth camera according to a gesture detection algorithm; in which the processor is configured to vary the gesture detection algorithm in dependence upon an orientation of the mobile device detected by the orientation sensor.

Abstract: A mobile device configured to perform gesture recognition for a vehicle information and/or entertainment system comprises a depth camera; an orientation sensor; and a processor configured to detect one or more gestures from images captured by the depth camera according to a gesture detection algorithm; in which the processor is configured to vary the gesture detection algorithm in dependence upon an orientation of the mobile device detected by the orientation sensor.

Abstract: Embodiments are provided for conversion of content to formats suitable for digital distributions. In some embodiments, a transformation of selected markup elements within a content item into semantic markup elements is performed, where the transformation provides receipt of a selection indicative of a mapping between a chosen markup element and a pattern element of a defined pattern, the defined pattern defining at least one of a semantic markup tag and a semantic attribute for each pattern element, and processing of the transformation by assigning to the chosen markup element at least one of a semantic markup tag and a semantic attribute defined for the pattern element mapped to the chosen markup element.

Abstract: A turbine system with a push rod arrangement is presented. The turbine system includes a first turbine having a first rotor, a second turbine having a second rotor, a push rod coupled to a casing of the first turbine at a first end and to a casing of the second turbine at a second end wherein the push rod includes a device for controlling temperature.

Abstract: An intermediate system (20,30) for managing mobile data devices (22,32) is disclosed. The intermediate system (20,30) for accessing mobile data devices (22,32) and the method for implementing thereof, allows data requesters (24,34) on a network interconnected (31) with a mobile network (21) to which are connected mobile data devices (22) to access content from these mobile data devices (22,32) without knowing the MSISDNs or mobile data device identifiers of these mobile data devices (22,32) and without individually monitoring the availability of these mobile data devices (22,32).

Abstract: The growth and expansion of the Internet has encouraged companies as well as consumers to use the Internet for all kinds of purpose ranging from advertising to e-commerce to online shopping to blogging and news dissemination. The Internet is currently the fastest media to spread information. With the advent of the wireless age and proliferation of mobile devices, the Internet is projected to grow even more especially in the mobile wireless application arena. Increasingly, it is becoming a mammoth task for end-users to keep track of new events and updates on the Internet. Current event update management systems that allow mobile service users to keep track of updates from websites of their interest suffer from various inflexibilities and disadvantages. A disclosed embodiment of the disclosure describes a system and a method to address the problems faced by existing event update management systems.

Abstract: An intermediate system (20) for managing mobile data devices (22) is disclosed. The intermediate system (20) for accessing mobile data devices (22) and the method for implementing thereof, allows data requesters (24) on a network interconnected with a mobile network (21) to which are connected mobile data devices (22) to access content from these mobile data devices (22) without knowing the MSISDNs or mobile data device identifiers of these mobile data devices (22) and without individually monitoring the availability of these mobile data devices (22).