Abstract:
The present invention is directed to a remote health-monitoring system and method for the remote monitoring and supervision of outpatient vital signs using videoconferencing techniques. The system includes a management site, at least one medical professional site, a patient site, and a computer program operative to facilitate communications between the management site, the medical professional site, and the patient site to provide remote health monitoring. Video images and physiological data of a patient are digitally transmitted from a patient to a remote health care provider over a communications network, typically the Internet.
Abstract:
A method and apparatus are provided for obtaining video associated with a loss-prevention event of interest. Video footage is accessed from a video server based on an asset-based event-of-interest identifier (AEII), or a unique identifier for an RFID-tagged asset. The AEII is created in response to: the RFID-tagged asset being detected by an access point, such as exiting the premises; the RFID-tagged asset belonging to an inventory associated with the premises; and in response to the RFID-tagged asset lacking an asset-associated entry in an authorization database associated with the premises, for example having no record in a point-of-sale (POS) transaction database associated with the asset. The AEII is optionally created when the RFID-tagged asset has a minimum value. Using RFID in a different way than it was intended, RFID detection is integrated with video surveillance data, authorization data, and inventory data to provide advantages compared to existing loss prevention approaches.
Abstract:
A method and system are provided for configuring or provisioning a digital video surveillance system (DVSS) element, such as a digital video recorder (DVR). Implementations described herein use a scannable device identifier, such as a bar code or a quick response (QR) code, to uniquely identify a DVSS element. Rather than relying on a technician connecting a laptop to the DVSS element using a direct wired connection, or on the availability of network connectivity, the bar code of the DVSS element is scanned, optionally a network name is assigned and a network password is calculated based on the scannable device identifier. A direct wireless connection is established between a mobile communications device and a wireless transceiver at the DVR. An authentication screen is displayed to enable the configuration connection and provide access to configuration functions for configuring or provisioning the DVSS element.
Abstract:
A method and system are provided for configuring or provisioning a digital video surveillance system (DVSS) element, such as a digital video recorder (DVR). Implementations described herein use a scannable device identifier, such as a bar code or a quick response (QR) code, to uniquely identify a DVSS element. Rather than relying on a technician connecting a laptop to the DVSS element using a direct wired connection, or on the availability of network connectivity, the bar code of the DVSS element is scanned, optionally a network name is assigned and a network password is calculated based on the scannable device identifier. A direct wireless connection is established between a mobile communications device and a wireless transceiver at the DVR. An authentication screen is displayed to enable the configuration connection and provide access to configuration functions for configuring or provisioning the DVSS element.
Abstract:
An environmental control system, or data pack, is provided in accordance with embodiments of the present invention. The system allows for audio and video recording on hard drive media in situations where temperature, vibration and humidity would otherwise have prevented the use of such technology. The system can be used in conjunction with an event recorder for use in motor vehicles, trains and the like. The environmental control system includes a thermoelectric module connected to the hard drive and to a housing. The thermoelectric module is for transferring heat between the hard drive and the housing in response to an applied voltage in order to maintain a hard drive temperature within a hard drive operable temperature range. The vehicle operating temperature range includes temperatures outside the hard drive operable temperature range.
Abstract:
A system for monitoring standard broadcast signals, comprises a device for receiving the broadcast signals, a user-operable selection device for inputting criteria identifying program content of interest to the user, a database for storing data representing the criteria, and a recognition device for generating from the broadcast signals a program data stream representative of the program content. A comparator compares the program data with the stored data, and an output device carries out a predetermined action, such recording a segment of the program, when the program data matches the stored data. The system will, for example, activate a window on a multimedia PC when preselected program material is present in the broadcast signals.
Abstract:
A method of organizing electronic documents for storage and subsequent retrieval, involves storing a summary structure describing the structure of summary records associated with each document. Each structured summary record has at least one field representative of a characteristic of the document. A predetermined number of field values identify the value of the characteristic associated with the field. Predetermined keyword criteria associated with the field values are stored. Each document is analyzed to build a text index listing the occurrence of unique significant words in the document. The text index is compared with the keyword criteria to determine the appropriate field value for the document. For example, one characteristic field might be related to topic, which could have the field values of "financial" or "sports". The preponderance of certain keyword criteria, such as "money" or "shares" would identify the document with the financial topic.
Abstract:
A method and system are provided for configuring or registering an edge device (132) with a video management server 'VMS' (134) in a digital video network (130). The edge device (132) initiates a registration process and sends an unsolicited pre-registration request, including edge-device-specific configuration information, to the VMS (134). This is in contrast to known approaches in which the VMS (134) initiates registration. The VMS (134) automatically pre-registers the edge device (132) based on the received unsolicited pre-registration request. An edge device registration activator (174,176) is displayed for the pre-registered edge device. In response to activation or selection of the edge device registration activator (174,176), the VMS (134) registers the pre-registered device to the VMS (134) using the edge-device-specific configuration information received in the unsolicited pre-registration request. The registration can be performed in a single operation, without the VMS having to gather further information. The edge device can be configured to more than one VMS at a time.
Abstract:
A video surveillance system and related architecture are provided. According to the architecture, a central server is not required, since server functionality is distributed in the system elements. A video camera arranged to capture video data includes a storage device handler configured to record the captured video data directly on a storage device. An indexer is arranged to query the storage devices in the system for new or modified video surveillance information and arranged to index the video surveillance information stored in the storage devices. Each element in the system, whether a camera, encoder, etc., can be viewed as a video surveillance host having at least one surveillance module. The hosts together form virtual network that can easily and unobtrusively be incorporated into an existing network infrastructure. This distributed approach eliminates the single point of failure.