Abstract: A system receives information regarding current flight conditions of a device such as an aircraft and determines the acoustic level of the sonic boom and/or other noise generated by the device during operation. The current acoustic level is compared to a desired level, and various cues are displayed to operators regarding corrective actions that can be taken to reduce or maintain the acoustic level at the desired level. The system also predicts future acoustic levels based on current operating conditions, and varies the urgency of the cues based on whether and how quickly the device will exceed the desired acoustic level. Options to limit maneuvers and to automatically adjust operating condition parameters can be enabled. Options to display additional information regarding past, current, and predicted acoustic levels can also be selected. Signals that can be used to automatically control the acoustic level of a device during operation can also be generated for use in devices that can operate autonomously.

Abstract: Multiple sensors capture images representing scenery outside an aircraft or other type of vehicle for use within a visual display system. A protective housing encloses the sensors. This protective housing includes a transparent aperture through which the sensor captures images. A cleaning mechanism removes obstructions from the transparent aperture in order to provide continuous images representing scenery outside the aircraft through an operator display.

Abstract: A display system for a device with reduced out-the-window visibility includes a display processor that receives an image from a sensor, wherein the sensor is capable of providing a continuously updated image of an area outside the device that is obscured from view of an operator by a portion of the device's structure. The sensor image can be combined with symbols representing information regarding the operational state of the device. The combined sensor image and symbols are output to a display device that is positioned to provide a portion of the out-the-window field of view to the operator. The entire desired field of view for the operator is provided by the display device in combination with the out-the-window scene available through windows of the device.

Abstract: A display system for a operating a device receives images from a first sensor and a second sensor that represent scenery outside the device. The display system is configured to detect moving objects in the images, as well as fuse the images to a single viewpoint. The fused image is transformed to a first viewpoint image from a first operator station in the device, and a second viewpoint image from a second operator station in the device. The first and second viewpoint images conform to the scenery outside the device from each operator station.