| http://www.w3.org/ns/prov#value | - Therefore \[g_l = M^2_{jl} h^j_3 / M_{j3}\] where the first term appears to be the matrix of squared values in the reference, the second term is the vector of measured responses in Z when sending a signal to U, V and W, and the third term is a normalization to the three responses which, for a symmetric system like STS2, is the same for all axes.
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