Typically coning motion has been used as the input to test the effectiveness of attitudealgorithms. Jacobian elliptic functions are also shown to meet the criteria for a test input. Simulations using several of these...
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Typically coning motion has been used as the input to test the effectiveness of attitudealgorithms. Jacobian elliptic functions are also shown to meet the criteria for a test input. Simulations using several of these inputs are performed on Miller's algorithm. Analytical evaluation of a Jacobian elliptic function input would be prohibitive. To alleviate this problem Richardson extrapolation is used to numerically evaluate the algorithms for each test input. Additionally, a method for improving all of the attitudealgorithms using interpolation is presented.
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