5 results about "User orientation" patented technology

Systems and methods are provided herein for displaying control elements for devices based on user inputs and / or past user interactions. This may be accomplished by a system detecting a first input (e.g., voice query) and then calculating a field of view of a user when the first input was detected. The system may use both a first attribute associated with the first input and the field of view of the user to identify a first device of a plurality of devices. The system may then identify an action corresponding to the first device and the first attribute. A display element related to the action is retrieved and then displayed for the user. The system may then cause the first device to perform the action upon a user selection of the display element.

A data processing method and a control device are provided. The method of the present disclosure is directed to a loudspeaker system including a plurality of loudspeakers. By collecting locally measured distance information from respective loudspeakers and determining a real-time spatial layout of the loudspeaker system based on the distance information, automatic layout calibration of the loudspeaker system is achieved. Subsequently, according to the layout of the loudspeaker system, and in combination with an actual orientation of a user and spatial position-related data indicative of a position of a sound source in audio content to be played, corresponding data in the audio content is assigned to corresponding loudspeakers, thereby utilizing playback by the respective loudspeakers to collectively achieve spatial audio rendering, providing an immersive sound experience for the user. The method of the present disclosure does not require additional layout calibration processing, and thus can achieve real-time layout determination without user awareness and can automatically adjust audio playback of the loudspeakers according to changes in the real-time orientation of the user, thereby achieving user orientation-adaptive spatial audio rendering.

A data processing method and a control device are provided. The method of the present disclosure is directed to a loudspeaker system including a plurality of loudspeakers. By collecting locally measured distance information from respective loudspeakers and determining a real-time spatial layout of the loudspeaker system based on the distance information, automatic layout calibration of the loudspeaker system is achieved. Subsequently, according to the layout of the loudspeaker system, and in combination with an actual orientation of a user and spatial position-related data indicative of a position of a sound source in audio content to be played, corresponding data in the audio content is assigned to corresponding loudspeakers, thereby utilizing playback by the respective loudspeakers to collectively achieve spatial audio rendering, providing an immersive sound experience for the user. The method of the present disclosure does not require additional layout calibration processing, and thus can achieve real-time layout determination without user awareness and can automatically adjust audio playback of the loudspeakers according to changes in the real-time orientation of the user, thereby achieving user orientation-adaptive spatial audio rendering.

Systems and methods for providing autonomous user-directed insights and recommendations are provided herein. For example, a system includes a computer-readable medium and a processor communicatively coupled to the computer-readable medium. The processor is configured to execute processor-executable instructions to determine, by an insight engine, first usage tracking information associated with a first client device and generate, by the insight engine, a user-directed insight based on the first usage tracking information associated with the first client device. The user-directed insight includes a natural language insight. The processor is also configured to execute processor-executable instructions to generate, by a recommendation engine, recommendations based on the user-directed insight and the first usage tracking information, where each of the recommendations includes a recommendation response and one of a recommendation for a dashboard profile corresponding to the user-directed insight or a recommendation for creating a dashboard corresponding to the user-directed insight.

The embodiment of the application provides a cockpit service recommendation method and device and electronic equipment, and relates to the technical field of electronic information. The method comprises the following steps: acquiring cockpit multi-source data; the cockpit multi-source data comprises user voice data and environment perception data; determining user information based on the user voice data; the user information comprises user identity, user orientation and user authority; determining a target cockpit service based on the cockpit multi-source data and the user information through a service recommendation model; the service recommendation model is used for determining a plurality of cockpit services matched with user demand intention according to the cockpit multi-source data, and then determining the target cockpit service from the plurality of cockpit services according to the user information; and executing the target cockpit service. The embodiment of the application can be used for an intelligent cockpit system, can realize accurate, safe and personalized service recommendation, and thus improves user satisfaction and safety of cockpit service.