Representation of very high initial error value, and reduced error based on the NN-Kalman filter and alpha beta filter.

<p>Representation of very high initial error value, and reduced error based on the NN-Kalman filter and alpha beta filter.</p>

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Bibliographic Details
Main Author:	Junaid Khan (4276162) (author)
Other Authors:	Umar Zaman (19859645) (author), Eunkyu Lee (5967341) (author), Awatef Salim Balobaid (19859648) (author), R. Y. Aburasain (19859651) (author), Muhammad Bilal (737265) (author), Kyungsup Kim (19859654) (author)
Published:	2024
Subjects:	Biotechnology Space Science Biological Sciences not elsewhere classified Information Systems not elsewhere classified advanced models using >&# 946 ;</ >&# 945 ;</ neural networks within integrating neural networks neural network outputs incorporate neural network driven parameter tuning dynamic system analysis based prediction models beta filter demonstrates filtering algorithms stands div >< p kalman filter employs neural network integration based kalman filter optimizing prediction accuracy neural network beta filter filtering algorithms kalman filter prediction capabilities prediction accuracy internal parameter dynamic systems dynamic augmentation based alpha widely recognized significant 38 r </ often limited novel approach noise factor f </ effective strategy conventional filters changing conditions cannot adapt approach involves
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