Abstract: The invention relates to capturing, processing, and displaying panoramic content such as video content and image data with a panoramic camera system. In one embodiment, a method for processing panoramic video content may include capturing video content in a data storage medium of a panoramic camera; dividing the captured video content into multiple analysis portions; detecting sound associated with at least one of the analysis portions; identifying content of interest from which at least one sound has been detected; and, automatically panning a field of view for the captured video content in response to the identified content of interest.

Abstract: A low-profile panoramic camera is disclosed comprising an elongated camera body and a panoramic lens. The panoramic lens has a principle longitudinal axis and a field of view angle of greater than 180°. A portion of the camera body adjacent to the panoramic lens comprises a surface defining a rake angle that is outside the field of view angle. The panoramic camera has a total height less than a length of the camera body.

Abstract: The present disclosure provides techniques for capturing, processing, and displaying panoramic content such as video content and image data with a panoramic camera system. In one embodiment, a method for processing panoramic video content may include communicating captured video content to a virtual sensor of a panoramic camera; applying a machine learning algorithm to the captured video content; identifying content of interest information suitable for use by at least one smart application; and executing a smart application in connection with the identified content of interest information. The machine learning algorithm may include at least one of a pattern recognition algorithm or an object classification algorithm.

Abstract: The invention relates to capturing, processing, and displaying panoramic content such as video content and image data with a panoramic camera system. In one embodiment, a method for processing panoramic video content may include capturing video content in a data storage medium of a panoramic camera; dividing the captured video content into multiple analysis portions; detecting sound associated with at least one of the analysis portions; identifying content of interest from which at least one sound has been detected; and, automatically panning a field of view for the captured video content in response to the identified content of interest.

Abstract: A data processing system having register controllable processor speed includes a central processor (110) which operates at a selectable address bus clock speed (122) and subsystem components (115) also having selectable speeds. Subsystem clock provision conductors (124) independently provide a selectable subsystem clock speed for each of the subsystem components. Addressable registers (200, 250, 300) store a plurality of optimum address bus clock speed and subsystem clock speed values. A selector circuit (137, 138) reads a first addressable register to provide the optimum speed value for use as the selectable address bus clock speed of the central processor and reads a second addressable register to provide the optimum speed value for use as the selectable subsystem clock speed of a first subsystem clock component.