Abstract: An integrated surveillance and transaction record system is used to monitor a bank and to save records of transactions. The integrated system includes a central database and server. When a teller executes a transaction, an interface detects relevant transaction data and communicates this with the central database and server. An image of the customer is also captured. The transaction data and customer image are saved as a record in a database. In a drive-in system, a teller identification module obtains a teller identifier and corresponding lane number. This permits the central database and server to match a transaction record with an image of a customer at one of multiple drive-in lanes.

Abstract: A computer especially suitable for use as a video-based security system includes video inputs, a processor and a network connection. The video inputs are each configured to receive an electronic video signal from a video camera. The processor operates on a digital representation of the electronic video signals from the video inputs. When the computer detects motion in the electronic video signals it generates a compressed representation of the video signal that includes the motion. The compressed representation is transmitted through the network connection.

Abstract: A computer especially suitable for use as a video-based security system includes video inputs, a processor and a network connection. The video inputs are each configured to receive an electronic video signal from a video camera. The processor operates on a digital representation of the electronic video signals from the video inputs. When the computer detects motion in the electronic video signals it generates a compressed representation of the video signal that includes the motion. The compressed representation is transmitted through the network connection.

Abstract: A computer-based system employing video capture, video motion detection, digital I/O and communications technology is applied to monitoring and security applications. Video information from one or more analog or digital cameras, is independently converted into digital form, optionally displayed in computer monitor on separate resizable windows, analyzed for motion and/or transmitted via the Internet or other networks. Motion detection or event triggers may be derived from a plurality of sources including analysis of digitized camera video signals, motion detector devices, signals from alarm systems, X10 motion sensors or cameras with built-in motion detection. Once a trigger event occurs, software compresses the digitized camera image, stores it in a local database, converts it to an Internet mail binary file format, and sends the file to the address of a recipient. Alternatively, a beeper or direct phone call may be sent in response to alarm condition.