Abstract: Systems and methods for tracking vessel activities are described.

Abstract: Systems and methods for tracking vessel activities are described.

Abstract: Systems and methods for tracking vessel activities are described.

Abstract: Systems and methods for tracking vessel activities are described.

Abstract: A method and a device for generating images in a motor vehicle. An infrared-sensitive camera generates images of the surroundings of the motor vehicle, line by line in scanning lines. The image recording region of the infrared-sensitive camera is illuminated in pulsed fashion by at least one emission source that radiates in the infrared spectral region. The recording of the scanning lines is carried out synchronized in time with the pulsed illumination. In a first example embodiment, the recording of scanning lines of an infrared-sensitive CMOS camera is synchronized in time with a laser diode emitting in the near infrared spectral region. In a second example embodiment, the synchronization in time of the recording of scanning lines of the infrared-sensitive CMOS camera with the pulsed illumination is performed autonomously by the CMOS camera by evaluation of at least one recorded scanning line.

Abstract: A night vision device and method for vehicles is provided, including a radiation device for generating infrared radiation, a detection device for receiving an infrared image, wherein the detection device works together with the radiation device, and a display device for visual display of the infrared image for the vehicle driver, wherein the radiation device has a semiconductor radiation source that can be controlled such that the infrared radiation is emitted in a discrete-time fashion.

Abstract: A night vision device and method for vehicles is provided, including a radiation device for generating infrared radiation, a detection device for receiving an infrared image, wherein the detection device works together with the radiation device, and a display device for visual display of the infrared image for the vehicle driver, wherein the radiation device has a semiconductor radiation source that can be controlled such that the infrared radiation is emitted in a discrete-time fashion.

Abstract: A client sends a state information message such as an error message or a state information manipulation request to a logging system server. The logging system server prioritizes the messages and requests, and sends them to the appropriate components. A notification engine and a notification manager control notifying the user of the state information message. A plugin server and plugins control logging the state information message and control other state information manipulation such as generating statistical analysis data and paging a user. The plugin server enables additional plugins to be added to the system. An external notification manager sends the state information message and possibly other information such as the statistical analysis data to an external system such as technical support. A system fatal error controller locks up the system during a system fatal error to prevent any additional data corruption.