An adaptive extended Kalman filter using orbit-prediction data is simulated to shrink the laser link acquisition uncertainty from about 9 microradians to sub-nanoradian levels, allowing the CCD camera to be replaced in space gravitational-wave detectors.
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Adaptive extended Kalman filter and laser link acquisition in the detection of gravitational waves in space
An adaptive extended Kalman filter using orbit-prediction data is simulated to shrink the laser link acquisition uncertainty from about 9 microradians to sub-nanoradian levels, allowing the CCD camera to be replaced in space gravitational-wave detectors.