Abstract:
A monitoring system including N cameras, a digital video recorder (DVR), a monitor, a remote controller, a receiver and a host is provided. N is a positive integer. The N cameras successively shoot N sceneries, and output N successive images accordingly. The DVR receives and stores the N successive images. The monitor displays a monitoring screen. The remote controller outputs a wireless remote signal. The receiver receives the wireless remote signal and outputs a wire transmit signal accordingly. The host controls the monitor to display at least the successive image in the monitoring screen. The host has an on screen display (OSD) program. When the controller receives the wire transmit signal, the host utilizes the OSD program to process the wire transmit signal to become a screen adjusting signal. The host adjusts the monitoring screen according to the screen adjusting signal.
Abstract:
A system is provided for testing and enhancing the alertness of operators who monitor video surveillance imagery. Alertness is tested by displaying any of a variety of visual elements on top of or near the video imagery, and receiving input from human operators in response to the visual elements, via one or more input devices. The system further allows for economic management of human operators by transmitting imagery from many video sources to any number of operators. Video feeds are automatically switched, via software, away from an operator who wishes to take a break or has poor alertness. In this fashion, the system maximizes operator vigilance while also maximizing workflow for all available operators.
Abstract:
Disclosed is an arrangement (100) for displaying video footage captured by a controllable camera (103), the arrangement comprising a memory (107) storing the captured footage, means for constructing a representation (505) of a field of view accessible by the camera (103), means for retrieving, from the memory (107), the stored footage (503) and parameters characterising the control state of the camera (103) when the footage was captured, and means for displaying the footage (503), the representation (505) of the field of view, and an indicator (502) on the representation (505) dependent upon the parameters.
Abstract:
A mesh network surveillance system and method for providing communication between a base system having at least one wireless input capture device ICD(s) and other ICD(s), wherein the ICD(s) are capable of smart cross-communication with each other and remote access to their inputs via a server computer, including the steps of providing this base system; at least one user accessing the ICDs and inputs remotely via a user interface through a remote server computer and/or electronic device communicating with it, for providing a secure surveillance system with extended inputs range and wireless smart cross-communication for monitoring a target environment.
Abstract:
A personal computer is a control device, which provides master camera direction information that instructs a direction of a master camera selected from camera devices to the camera devices including the master camera. Each camera device stores relative position information about the camera itself and the other cameras. The each camera device transforms master camera direction information to slave camera direction information based on relative position information when one of the other cameras is the master camera. The slave camera direction information is that of a direction that allows a camera to follow the master camera as a slave camera. The each camera device controls a rotating mechanism of the camera in accordance with the master camera direction information when it is the master camera, and in accordance with the slave camera direction information when it is not the master camera.
Abstract:
A web camera is installed for monitoring a place, and the web camera is connected to Internet or Intranet. A browser is utilized for accessing the web camera to monitor the place. The browser reads a series of video images captured by the web camera and respectively displays these video images in different areas according to instructions embedded in a homepage. Oldest images are replaced with new coming images. Even with low data rate in the net, users are still able to monitor the place easily and clearly.
Abstract:
The present invention is a security monitoring system which effectively monitors a large number of areas in a cost effective manner using already existing communications infrastructure. More specifically, the method and apparatus of the present invention warns at least one security post of an undesired condition at a monitored area by sending a fax of an image of the monitored area via a phone line and/or by sending an E-mail of a color image via a global telecommunications network such as the Internet. Generally, the present invention includes a camera for creating a first image of the monitored area at a first time point and for creating a second image of the monitored area at a second time point. In addition, a data storage device stores the first image and the second image, and an image processor, coupled to the data storage device, compares the first image with the second image. A modem, coupled to the image processor, sends a fax of the second image to the at least one security post if the second image is substantially different from the first image. The present invention may further send via the modem a JPEG color image of the second image as an electronic mail to a predetermined security post if the second image is substantially different from the first image.
Abstract:
Methods and systems for video surveillance and monitoring of at least one transaction terminal are provided. According to one method, a plurality of transaction terminal transactions are displayed to a user, each transaction terminal transaction being associated with a transaction identifier. The plurality of transaction terminal transactions are linked to video records of the transaction terminal transactions using the transaction identifiers. A user is allowed to select at least one transaction terminal transaction and at least one video record associated with the selected transaction terminal transaction is retrieved and displayed to the user.
Abstract:
A method of storing, analyzing and accessing video data from the surveillance cameras operated by multiple, unrelated users is provided. Data storage and analysis is performed by an independent system remotely located at a third party site, the third party site and the users connected via a network. Users access stored video data using any of a variety of devices coupled to the network. In one aspect, users submit configuration instructions which govern how long their data is to be stored, the frequency of data acquisition/storage, data communication parameters/protocols, and video resolution. In another aspect, users remotely obtain from the third party system a graphical view of the video data acquired from a particular camera, the graphical view showing the activity monitored by the camera versus time. In yet another aspect, users submit zone configuration instructions to the third party system. In yet another aspect, users remotely submit rules of analysis, such as time-based and/or shaped-based rules, to be applied to their acquired video data by the third party system.
Abstract:
It is an object to provide a monitoring image recording apparatus capable of carrying out multi-screen monitoring through a live image by means of a plurality of cameras even if an auxiliary power switch is turned OFF. There are provided an image data compressing and extending portion 104 for compressing and extending monitoring image data, an HDD 107 for recording the image data thus compressed, and a control portion 130 for controlling the image data compressing and extending portion 104 and the HDD 107, the control portion 130 has an HDD power supply control portion 200 for controlling the supply of a power to the HDD 107.