| 1. | The bicoherence includes a normalization factor that removes the magnitude dependence.
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| 2. | It is unique up to a constant normalization factor.
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| 3. | Where the coefficient is the normalization factor.
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| 4. | A normalization factor \ mathcal { N } is introduced to compensate overcounting from symmetries.
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| 5. | The normalization factor makes 1 } }.
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| 6. | This rule acts as a normalization factor in games where there may be a first-move advantage.
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| 7. | Like for the DFT, the normalization factor in front of these transform definitions is merely a convention and differs between treatments.
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| 8. | Thus, other than this normalization factor, the Hadamard matrices are made up entirely of 1 and & minus; 1.
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| 9. | The normalization factor is left out, and the function is multiplied by " r ! to simplify the expressions.
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| 10. | The 1 / 2 is a normalization factor that makes the local-enclosing-ball-slimness of a ball equal to 1.
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