Catalina Marketing Corporation

Playvision Labs Inc.

Playvision Technologies, Inc.

Greg Roberts

Matthew Flagg

Scott Wills

Suzanne Roshto

Young Ki Yu

In various embodiments, the present invention provides a system and associated methods of calibration and use for an interactive imaging environment based on the optimization of parameters used in various segmentation algorithm techniques. These methods address the challenge of automatically calibrating an interactive imaging system, so that it is capable of aligning human body motion, or the like, to a visual display. As such the present invention provides a system and method of automatically and rapidly aligning the motion of an object to a visual display.

Interactive imaging systems and methods for motion control by users

System and associated methods of calibration and use for an interactive imaging environment

A method and system for generating electronic advertisement, such as banner ads, based on user profile information and other information are disclosed. An online promotion service may receive profile information, location information and other information from a user. The user may also define a proximity preference which may include a range of distance the user is willing to travel to redeem one or more promotions. A service or product provider or other authorized entity may define a proximity preference which may include a target range of advertisement exposure. The online promotion service may present advertisements for incentives and other promotions based on user profile information as well as proximity preference information where the proximity preference is defined by the user, the provider, or both. The user may activate a user identifier displayed on the advertisement which provides a direct link to user profile information to enable the user to easily and quickly modify and update user profile information.

Method and system for presenting banners having direct link to user profile information

A method and system for the electronic distribution of product or service promotion information to a mobile user are disclosed. A user may provide profile information to an online promotion service, such as user interests and preferences with respect to products and services as well as other information. The online promotion service may receive location information of point-of-sale facilities associated with particular promotions for products or services. The online promotion service may generate one or more targeted promotions to a mobile user when the user travels within a predetermined distance of an associated point-of-sale facility. A mobile user's location may be identified by a global positioning system and conveyed to the online promotion service. The user location information may be transmitted via a cell phone, a PDA, a pager or other device. This enables the user to take advantage of targeted or requested promotions while the user is within a close proximity to an associated point-of-sale facility.

Method and system for electronic delivery of incentive information based on user proximity

The present disclosure provides a system and method for enabling meaningful body-to-body interaction with virtual video-based characters or objects in an interactive imaging environment including: capturing a corpus of video-based interaction data, processing the captured video using a segmentation process that corresponds to the capture setup in order to generate binary video data, labeling the corpus by assigning a description to clips of silhouette video, processing the labeled corpus of silhouette motion data to extract horizontal and vertical projection histograms for each frame of silhouette data, and estimating the motion state automatically from each frame of segmentation data using the processed model. Virtual characters or objects are represented using video captured from video-based motion, thereby creating the illusion of real characters or objects in an interactive imaging experience.

System and method for enabling meaningful interaction with video based characters and objects

A method and system for the electronic distribution of product redemption coupons to remote personal computers located at users' homes are disclosed. A centrally located repository, such as an online service provider or web site on the Internet, stores packages of coupon data for downloading on demand to the user's computer. A coupon generated by the system and method of the present invention comprises an encoded area that consists essentially of a unique Coupon Id. The unique Coupon Id is also recorded in a database comprising a plurality of data tables. At least one of the data tables associates each Coupon Id with one or more of a Promotion Id and a Consumer Id. Preferably, the Print Id is also associated in a data table with a Session Id and information regarding the date/time of printing. The Ids other than the Coupon Id may not be printed on the coupon.

Method and system for generating certificates having unique Id data

The present invention provides a system and method for enabling meaningful body-to-body interaction with virtual video-based characters or objects in an interactive imaging environment including: capturing a corpus of video-based interaction data, processing the captured video using a segmentation process that corresponds to the capture setup in order to generate binary video data, labeling the corpus by assigning a description to clips of silhouette video, processing the labeled corpus of silhouette motion data to extract horizontal and vertical projection histograms for each frame of silhouette data, and estimating the motion state automatically from each frame of segmentation data using the processed model. Virtual characters or objects are represented using video captured from video-based motion, thereby creating the illusion of real characters or objects in an interactive imaging experience. Meaningful responses to input human motion are enabled by recognizing patterns of live motion and establishing correspondences between these recognized patterns and the appropriate recorded motion responses.

The present invention provides a light-emitting apparatus and a method by which a crowd-based display is created wherein each light-emitting apparatus represents one of many independently moving pixels in the crowd-based display. This invention also provides methods, both internal and external to the light-emitting apparatus, by which the visual display sequence is controlled to provide various forms of colorful illumination. This invention discloses a shock wave method, a time-synchronized playback method, and a laser-based actuation method for creating the visual displays of illumination.

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Alpharetta, GA, United States of America

Greg Roberts