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Daniel Josh Rosen

Jonathan J Rosen

A video processing system generates and automatically updates videos. A client inputs a smart script that defines general preferences and information to include in a video. The video processing system generates a model of the story from the smart script. A story model comprises story beats that define order and characteristics of information that is presented in a story. The video processing system accesses client content (e.g., video clips, images, and testimonials from a client website) and assigns content items to story beats. The story model and associated content is rendered into a video. The video processing system can then adapt the story model in response to viewer feedback, external events, or other client-supplied parameters. Adapting the story model may include reordering, adding, or removing story beats, or altering parameter values associated with story beat characteristics. Thus, the video processing system can iteratively improve and update a video automatically.

Automatic video generation using auto-adaptive video story models

There is disclosed a method and apparatus for subtitling stereoscopic imagery. The stereoscopic imagery may include a plurality of paired stereo images having a perspective and providing a stereoscopic scene, wherein each image of a given pair represents a perspective of the imagery as viewed by a single eye of the stereoscopic scene. A subtitle may be presented solely upon one image of the stereo pair of images of at least some of the stereoscopic imagery.

Subtitling stereographic imagery

An electronic metronome device producing precisely timed and tuned rhythms and pitches that are pre-programmed to correspond to specific scales or modes, arpeggios, chords, and etudes. A combination of microprocessor and user interface (34, 30, 28, and 26) stores these musical exercises and retrieves them from an electronic memory (36), inputs them to a signal processor (42) for amplification and modification, and outputs (40) them to speakers (12), optical displays (24), audio outputs (18), etc. A volume control 20 and balance control 22 modify the audio signal coming from the speakers 12. The components, enabled either by an internal (battery) or external (plug) power source (44), are housed in a light and durable case for easy portability and user control.

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Oakland, CA, United States of America

Daniel Josh Rosen