Abstract: A geolocation system on a platform, for example, an airplane, to identify a location of a signal emitting site includes an inertial navigation system and an array of signal detectors. A first subset of the detectors is on a flexing portion of the platform and a second subset of detectors is on a rigid portion of the platform. An inertial measurement unit is disposed adjacent to each of the detectors on the flexing portion. A locator module is configured to: calculate a respective velocity and a respective position of each one of the detectors positioned on the flexing portion as a function of respective inertial measurement data; and determine a position of the emitter as a function of the calculated velocity, calculated position, inertial navigation data, the detected signal data and data defining a flexure relationship between the flexing and rigid portions of the platform.

Abstract: A geolocation system on a platform, for example, an airplane, to identify a location of a signal emitting site includes an inertial navigation system and an array of signal detectors. A first subset of the detectors is on a flexing portion of the platform and a second subset of detectors is on a rigid portion of the platform. An inertial measurement unit is disposed adjacent to each of the detectors on the flexing portion. A locator module is configured to: calculate a respective velocity and a respective position of each one of the detectors positioned on the flexing portion as a function of respective inertial measurement data; and determine a position of the emitter as a function of the calculated velocity, calculated position, inertial navigation data, the detected signal data and data defining a flexure relationship between the flexing and rigid portions of the platform.

Abstract: Provided herein are methods and systems for defining an outcome of interest and receiving a plurality of input that may be analyzed to determine a set of fact patterns that are present within or implied by the input. The Decision Making Platform described herein may be used to calculate a degree of association between each of a plurality of fact patterns and a specified outcome of interest. A user of the Decision Making Platform may input data, such as that pertaining to the user's circumstances or facts relating to the user, for analysis. The user input may be analyzed to determine the association of the user's data with the specified outcome of interest based at least in part on the plurality of input and associated fact patterns, and associations with the outcome of interest, within a corpus of data that is stored by the Decision Making Platform.