Abstract: The present invention relates to video displays for surveillance camera systems, and in particular, to an overlay window and associated method for interacting with a video display. The overlay window comprises a plurality of geometric areas overlying video data containing a plurality of objects displayed on a video display. Each object is associated with at least one geometric area that is responsive to an input for generating a response from the associated object.

Abstract: The inventive system and method for preventing resource exhaustion while performing video rendering comprises calibrating resource utilization of operating parameters, obtaining input configuration comprising a priority order and source data, and controlling streaming and rendering frame rates by dropping data based on the input configuration. The operating parameters can comprise CPU, RAM, and GC usage. The source data can be resource utilization, a database and an application service. Dropping data can be performed using a throttling mechanism.

Abstract: A system and method for generating side-by-side video surveillance feed and point-of-service device text is provided. The system includes a video surveillance device, a point-of-service device such as an ATM, slot machine and point-of-sale device, and a synchronizing unit for synchronizing the video surveillance feed with point-of-service text when a security officer identifies activities matching a predetermined criteria occurring at the point-of-service device. The video surveillance feed is generated and processed for display on a security monitor. When an activities matching the predetermined criteria is identified near a point-of-service device, point-of-service text is received from the device. Both the video surveillance feed and the point-of-service text are displayed side-by-side so that neither data obscures the other. The video surveillance feed and the point-of-service text are also synchronized to one another and stored for later use.

Abstract: A system and method for mapping of text events from multiple sources with camera outputs is provided. The system includes a CCTV keyboard for assigning each surveillance camera to one or more zones containing one or more point of transaction devices; a capture section for receiving data from one of the one or more transaction devices when the capture section receives a data request command from the CCTV keyboard; and a CCTV switching system for displaying video from the at least one or more surveillance cameras and data from the transaction device. The method assigns each surveillance camera to one or more zones containing one or more transaction devices; receives data from one of the one or more transaction devices when the data request command is received; and displays video from the at least one or more surveillance cameras and data from the transaction device.

Abstract: The inventive system and method for enabling interactive collaboration among video surveillance operators is presented. The device has a message including an incident or meta data having a source identifier, a meta data composer, a transport layer, and a display device, such that the message is packaged using the meta data composer and transmitted using the transport layer to the display device. One embodiment facilitates sharing using a common console, and the other facilitates sharing to one or more operators; both embodiments use a common Meta Data messaging mechanism. Meta data refers to any surveillance related data that is worthy of sharing between operators. It includes, but is not necessarily limited to, salvo information, camera, incident related data, video device location details, etc.

Abstract: The inventive system and method for processing transactional data in a point of sale environment that has a video device, a POS terminal and an end recording device comprises a configuration tool, and a filtering unit having a filter comprising subfilters for filtering transactional data, such that the configuration tool creates the filter. The configuration tool can create and/or modify the filter based on user input, and this input can be through a web interface. In the alternative, the system also has at least one pre-defined set of rules accessible through a web interface, such that the configuration tool uses one of the pre-defined sets of rules to create the filter.

Abstract: Tracking an intruder throughout regions in an area under surveillance by locating video cameras to provide an image for each region. For each camera a subset of the cameras are associated as auxiliary cameras to that camera; these associations are stored in a table. One camera is the initial primary camera and displays an initial primary image. An auxiliary video image is displayed for each of the auxiliary cameras that were previously associated with the initial primary camera. An intruder travels from region to region and leaves the primary video image and/or appears in an auxiliary video image. The user selects one of the auxiliary cameras to become a subsequent primary camera, and the video image from the subsequent primary camera is displayed as a subequent primary image. A video image for each of the auxiliary cameras previously associated with the subsequent primary camera will be displayed.

Abstract: A video surveillance system includes a plurality of video sources, where each video source is arranged to monitor and acquire video surveillance data within a field of view (FOV), a video manager connected to each of the plurality of video sources to control the video sources and to process video surveillance data acquired therefrom and a user interface connected to the video manager that allows an end-user to observe the FOVs from each of the plurality of video sources, and identify a region of interest (ROI) within particular FOVs to dynamically render a composite FOV comprising the ROIs from the particular FOVs. Where a video source includes enhanced abilities, such as a mega-pixel camera or video source, the enhanced video source may forward, instead of video data for the entire FOV, only that video dated from the selected ROI to realize reduced network traffic for more optimal video surveillance applications.

Abstract: A system and method for providing digital video scan using 3-D geometry. The digital video scan system includes a 3-D scan scene maker for generating a plurality of video display units for displaying digital video data; a plurality of video producing devices producing a plurality of video feeds; a video scan sequencer receiving and organizing the plurality of video feeds into a predetermined order; a video rendering device rendering the digital video data from the plurality of video feeds for display within a separate one of the video display units; and video display apparatus displaying the digital video data from each video feed in the video display units. The plurality of video display units are positioned in a 3-D scene so that a plurality of video display units are at least partially viewable at the same time. Moreover, at intervals, the digital video data is incremented from one video display unit to another thus allowing an observer to view each digital video data in a foreground position.

Abstract: This invention relates to using consumer devices, such as mobile telephones, to identify, authenticate, locate and contact users of security and asset management systems. Such consumer devices can be used not only with the security systems but also for other uses. A device is initially registered with the security system. As needed, the device is presented to the system for authentication, enabling a person access to a secure area. In addition, the system can determine the person's location in the secure area and can send information messages to the person as well as notifying the person in case of emergency.