Abstract: In accordance with an embodiment, described herein is a system and method for color beat display in a media content environment. A media device, operating as a client device, can receive and play media content provided by a media server, or another system or peer device. A user interface enables a user to select from a plurality of displayed media options to be played at the device, wherein each media option corresponds to a media content item, e.g., a song. During the playing of a selected media content, a visual display logic or component determines an audio beat, volume, or other characteristic of the playing media content, and uses this information to modify the visual display at the user interface, to match the audio beat, volume, or other characteristic, for example by synchronizing a variation in color, brightness, scale, transparency, or intensity of a particular region of the visual display.

Abstract: In accordance with an embodiment, described herein is a system and method for color beat display in a media content environment. A media device, operating as a client device, can receive and play media content provided by a media server, or another system or peer device. A user interface enables a user to select from a plurality of displayed media options to be played at the device, wherein each media option corresponds to a media content item, e.g., a song. During the playing of a selected media content, a visual display logic or component determines an audio beat, volume, or other characteristic of the playing media content, and uses this information to modify the visual display at the user interface, to match the audio beat, volume, or other characteristic, for example by synchronizing a variation in color, brightness, scale, transparency, or intensity of a particular region of the visual display.

Abstract: A fluid level measurement system includes a first pressure sensor disposed inside a fluid tank at a first elevation relative to a height axis of the fluid tank, and a second pressure sensor disposed inside the fluid tank at a second elevation relative to the height axis of the fluid tank, the second elevation different from the first elevation. The first pressure sensor and the second pressure sensor are configured to provide a signal indicative of a sensed pressure, and fluid height is calculated from the difference in sensed pressure between the first and second pressure sensors relative to the sensed pressure of either the first or the second pressure sensor.

Abstract: A compliance method and associated system is provided. The method includes generating backup devices for devices of a list of devices associated with a data storage environment. A device from the list of devices is selected and available credentials for connecting and authenticating the device are determined. Configuration and operational state data for the device are retrieved. A backup device associated with the device is selected and associated policies are loaded. Each policy is evaluated with respect to the backup devices, associated dependencies, and the configuration and operational state data. Compliant and non-compliant policies with respect to the backup devices are determined.

Abstract: An in-line fuel properties measurement unit (IFPMU) (50) for in-line assembly in a fluid flow path, in particular a fuel flow path of an aircraft, includes a compensator section (58) and a densitometer section (60). The densitometer section is connected in-line with the compensator section such that full fluid flow is seen by each section. The IFPMU further includes a circuit card having tabs or “arms” for electrically interfacing with cylinders of the compensator section, wherein the cylinders include reliefs formed therein to create an air gap between the cylinder and the tab.

Abstract: An in-line fuel properties measurement unit (IFPMU) (50) for in-line assembly in a fluid flow path, in particular a fuel flow path of an aircraft, includes a compensator section (58) and a densitometer section (60). The densitometer section is connected in-line with the compensator section such that full fluid flow is seen by each section. The IFPMU further includes a circuit card having tabs or “arms” for electrically interfacing with cylinders of the compensator section, wherein the cylinders include reliefs formed therein to create an air gap between the cylinder and the tab.