Abstract:
A system and method for generating a viewable video index for low bandwidth applications are provided. The exemplary aspects of the present invention solve the problems with the prior art systems by incorporating information for generating a viewable representation of the video data into the index, thus generating a viewable video index. The viewable video index contains information for generating a visual representation of moving objects in the video data, a visual representation of the background of the video capture area, i.e. the scene, a representation of the object trajectory, a representation of the object attributes, and a representation of detected events. The result is that the viewable video index may be transmitted to a low bandwidth application on a client device and may be used along with associated object and background models to generate a representation of the actual video data without requiring that the original video data itself be streamed to the client device.
Abstract:
The present system and apparatus uses image processing to recognize objects within a scene. The system includes an illumination source for illuminating the scene. By controlling the illumination source, an image processing system can take a first digitize image of the scene with the object illuminated a higher level and a second digitized image with the object illuminated at a lower level. Using an algorithm, the object(s) image is segmented from a background image of the scene by a comparison of the two digitized images taken. A processed image (that can be used to characterize features) of the object(s) is then compared to stored reference images. The object is recognized when a match occurs. The system can recognize objects independent of size and number and can be trained to recognize objects that it was not originally programmed to recognize.
Abstract:
Ein Verfahren, ein System und ein Computerprogrammprodukt zum Zugang zu sicheren Einrichtungen werden bereitgestellt. Das Verfahren kann beinhalten: Empfangen einer Zugangsanfrage zu einer sicheren Einrichtung von einer Mobileinheit; Authentifizieren eines Benutzers mittels biometrischer Authentifizierung mit mehreren Faktoren mit Daten von der Mobileinheit; Erhalten von Daten von einer oder mehreren ortsfesten Sensoreinheiten an einem Standort in räumlicher Nähe der sicheren Einrichtung; Querprüfen der Daten von der Mobileinheit mit Daten von der einen oder den mehreren ortsfesten Sensoreinheiten; und Gewähren des Zugangs zur sicheren Einrichtung, wenn die Authentifizierung des Benutzers und die Querprüfung erfolgreich sind. Beim Querprüfen kann mithilfe von Daten von der einen oder den mehreren ortsfesten Sensoreinheiten ermittelt werden, ob die Zugangsanfrage von der Mobileinheit in der Nähe der sicheren Einrichtung erfolgt. Das Verfahren kann beinhalten: Erhalten von Daten von einer oder mehreren ortsfesten Sensoreinheiten und Verwenden der Daten, um Authentifizierungsdaten bereitzustellen; und Querprüfen einiger der Authentifizierungsdaten von der Mobileinheit mit einigen der Authentifizierungsdaten von der einen oder den mehreren ortsfesten Sensoreinheiten.
Abstract:
The present system and apparatus uses image processing to recognize objects within a scene. The system includes an illumination source for illuminating the scene. By controlling the illumination source, an image processing system can take a first digitize image of the scene with the object illuminated a higher level and a second digitized image with the object illuminated at a lower level. Using an algorithm, the object(s) image is segmented from a background image of the scene by a comparison of the two digitized images taken. A processed image (that can be used to characterize features) of the object(s) is then compared to stored reference images. The object is recognized when a match occurs. The system can recognize objects independent of size and number and can be trained to recognize objects that it was not originally programmed to recognize.
Abstract:
The present system and apparatus uses image processing to recognize objects within a scene. The system includes an illumination source for illuminating the scene. By controlling the illumination source, an image processing system can take a first digitize image of the scene with the object illuminated a higher level and a second digitized image with the object illuminated at a lower level. Using an algorithm, the object(s) image is segmented from a background image of the scene by a comparison of the two digitized images taken. A processed image (that can be used to characterize features) of the object(s) is then compared to stored reference images. The object is recognized when a match occurs. The system can recognize objects independent of size and number and can be trained to recognize objects that it was not originally programmed to recognize.
Abstract:
The present system and apparatus uses image processing to recognize objects within a scene. The system includes an illumination source for illuminating the scene. By controlling the illumination source, an image processing system can take a first digitize image of the scene with the object illuminated a higher level and a second digitized image with the object illuminated at a lower level. Using an algorithm, the object(s) image is segmented from a background image of the scene by a comparison of the two digitized images taken. A processed image (that can be used to characterize features) of the object(s) is then compared to stored reference images. The object is recognized when a match occurs. The system can recognize objects independent of size and number and can be trained to recognize objects that it was not originally programmed to recognize.
Abstract:
Ein Verfahren, ein System und ein Computerprogrammprodukt zum Zugang zu sicheren Einrichtungen werden bereitgestellt. Das Verfahren kann beinhalten: Empfangen einer Zugangsanfrage zu einer sicheren Einrichtung von einer Mobileinheit; Authentifizieren eines Benutzers mittels biometrischer Authentifizierung mit mehreren Faktoren mit Daten von der Mobileinheit; Erhalten von Daten von einer oder mehreren ortsfesten Sensoreinheiten an einem Standort in räumlicher Nähe der sicheren Einrichtung; Querprüfen der Daten von der Mobileinheit mit Daten von der einen oder den mehreren ortsfesten Sensoreinheiten; und Gewähren des Zugangs zur sicheren Einrichtung, wenn die Authentifizierung des Benutzers und die Querprüfung erfolgreich sind. Beim Querprüfen kann mithilfe von Daten von der einen oder den mehreren ortsfesten Sensoreinheiten ermittelt werden, ob die Zugangsanfrage von der Mobileinheit in der Nähe der sicheren Einrichtung erfolgt. Das Verfahren kann beinhalten: Erhalten von Daten von einer oder mehreren ortsfesten Sensoreinheiten und Verwenden der Daten, um Authentifizierungsdaten bereitzustellen; und Querprüfen einiger der Authentifizierungsdaten von der Mobileinheit mit einigen der Authentifizierungsdaten von der einen oder den mehreren ortsfesten Sensoreinheiten.
Abstract:
The present system and apparatus uses image processing to recognize objects within a scene. The system includes an illumination source for illuminating the scene. By controlling the illumination source, an image processing system can take a first digitize image of the scene with the object illuminated a higher level and a second digitized image with the object illuminated at a lower level. Using an algorithm, the object(s) image is segmented from a background image of the scene by a comparison of the two digitized images taken. A processed image (that can be used to characterize features) of the object(s) is then compared to stored reference images. The object is recognized when a match occurs. The system can recognize objects independent of size and number and can be trained to recognize objects that it was not originally programmed to recognize.
Abstract:
The present system and apparatus uses image processing to recognize objects within a scene. The system includes an illumination source for illuminating the scene. By controlling the illumination source, an image processing system can take a first digitize image of the scene with the object illuminated a higher level and a second digitized image with the object illuminated at a lower level. Using an algorithm, the object(s) image is segmented from a background image of the scene by a comparison of the two digitized images taken. A processed image (that can be used to characterize features) of the object(s) is then compared to stored reference images. The object is recognized when a match occurs. The system can recognize objects independent of size and number and can be trained to recognize objects that it was not originally programmed to recognize.