Abstract: A system and method for managing multi-mode mobile devices from a personal computer (PC) in which the two devices are communicating over a point to point connection such as a Universal Serial Bus (USB) or TCP/IP and provides a mechanism to remotely control the personality of the device over the communications link. Furthermore, the system and method allows the user of the PC to control when the personality change occurs and also allows specific system events to control personality changes automatically on the user's behalf. Additionally, the system and method controls the user experience on both the mobile device and PC to ensure that the appropriate application is available to accept a connection to the new personality on both the mobile device and the PC.

Abstract: A system and method for managing multi-mode mobile devices from a personal computer (PC) in which the two devices are communicating over a point to point connection such as a Universal Serial Bus (USB) or TCP/IP and provides a mechanism to remotely control the personality of the device over the communications link. Furthermore, the system and method allows the user of the PC to control when the personality change occurs and also allows specific system events to control personality changes automatically on the user's behalf. Additionally, the system and method controls the user experience on both the mobile device and PC to ensure that the appropriate application is available to accept a connection to the new personality on both the mobile device and the PC.

Abstract: A communications network includes several computers connected to a communications medium. In one embodiment, a client computer has a unique identification number that is embedded within a processor. The client computer includes a client module which generates a message that includes the identification number and sends the message over the communications medium. Another computer receives the message and retrieves the identification number from the message. In addition, the computer processes the identification number and updates an identification database. The processing of the identification number and the updating of the identification database is triggered when the message is received.

Abstract: A communications network includes several computers connected to a communications medium. In one embodiment, a client computer has a unique identification number that is embedded within a processor. The client computer includes a client module which generates a message that includes the identification number and sends the message over the communications medium. Another computer receives the message and retrieves the identification number from the message. In addition, the computer processes the identification number and updates an identification database. The processing of the identification number and the updating of the identification database is triggered when the message is received.

Abstract: A communications network includes several computers connected to a communications medium. In one embodiment, a client computer has a unique identification number that is embedded within a processor. The client computer includes a client module which generates a message that includes the identification number and sends the message over the communications medium. Another computer receives the message and retrieves the identification number from the message. In addition, the computer processes the identification number and updates an identification database. The processing of the identification number and the updating of the identification database is triggered when the message is received.

Abstract: A communications network includes several computers connected to a communications medium. In one embodiment, a client computer has a unique identification number that is embedded within a processor. The client computer includes a client module which generates a message that includes the identification number and sends the message over the communications medium. Another computer receives the message and retrieves the identification number from the message. In addition, the computer processes the identification number and updates an identification database. The processing of the identification number and the updating of the identification database is triggered when the message is received.

Abstract: A communications network includes several computers connected to a communications medium. In one embodiment, a client computer has a unique identification number that is embedded within a processor. The client computer includes a client module which generates a message that includes the identification number and sends the message over the communications medium. Another computer receives the message and retrieves the identification number from the message. In addition, the computer processes the identification number and updates an identification database. The processing of the identification number and the updating of the identification database is triggered when the message is received.

Abstract: A computer system includes a video input device that generates video data representing a field of view in front of the video input device. The computer system further includes a buffer and a video processing module. The buffer is configured to record a video clip of the field of view in front of the video input device. The video processing module is connected to the buffer and the video input device. The video processing module includes a video capture device to encode the video data, and a signal processing module. The signal processing module processes the encoded video data in order to calculate an average value of the video data indicative of motion within the field of view in front of the video input device. The signal processing module generates an alarm if the average value is above a predetermined threshold value.