Abstract:
A crowd segmentation system and method is described. The system includes a digital video capturing subsystem and a computing subsystem. The computing subsystem utilizes an emergent labeling technique to segment a crowd into individuals. The emergent labeling technique employs algorithms which can be used iteratively to place vertices associated with feature points in a captured digital video image into multiple cliques and, ultimately, in a single clique.
Abstract:
A system and method of face recognition is provided. The method includes capturing an image including a face and registering features of the image to fit with a model face to generate a registered model face. The registered model face is then transformed to a desired orientation to generate a transformed model face. The transformed model face is then compared against a plurality of stored images to identify a number of likely candidates for the face. In addition, the face recognition process may be performed passively.
Abstract:
A system and method of face recognition is provided. The method includes capturing an image including a face and registering features of the image to fit with a model face to generate a registered model face. The registered model face is then transformed to a desired orientation to generate a transformed model face. The transformed model face is then compared against a plurality of stored images to identify a number of likely candidates for the face. In addition, the face recognition process may be performed passively.
Abstract:
A system and method capture a comprehensive biometric profile, (e.g., height, build, and appearance) through non-intrusive identification and tracking throughout a site.
Abstract:
A wearable security system (100) integrates sensors (104), such as optical and acoustic sensors, a decision engine processor (102), a communications device (108), such as a cellular telephone, a location determination device (110), such as a GPS system, a device controller (112), and user feedback (106). A method of wearable security (200) operates the wearable security system so that a user is aware of and able to control and interact with his or her environment, such as providing notice of potential threats or taking protective actions.
Abstract:
A wearable security system (100) integrates sensors (104), such as optical and acoustic sensors, a decision engine processor (102), a communications device (108), such as a cellular telephone, a location determination device (110), such as a GPS system, a device controller (112), and user feedback (106). A method of wearable security (200) operates the wearable security system so that a user is aware of and able to control and interact with his or her environment, such as providing notice of potential threats or taking protective actions.
Abstract:
A system and method capture a comprehensive biometric profile, (e.g., height, build, and appearance) through non-intrusive identification and tracking throughout a site.