| 21. | This can be solved in O ( n ^ 3 ) time, by say Gaussian elimination.
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| 22. | E . g ., a Gaussian elimination algorithm with partial pivoting can be implemented in Pure thusly:
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| 23. | The earliest recorded " fangcheng " procedure is similar to what we now call Gaussian elimination.
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| 24. | The name is used because it is a variation of Gaussian elimination as described by Wilhelm Jordan in 1888.
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| 25. | With modern computers, Gaussian elimination is not always the fastest algorithm to compute the row echelon form of matrix.
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| 26. | Here, just as in Gaussian elimination, there are additional parameters which appear in attempting to absorb the torsion.
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| 27. | This replaces the numerical operations, in that the linear algebra method known as Gaussian elimination becomes its interval version.
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| 28. | While the determinant can be computed in polynomial time by Gaussian elimination, Gaussian elimination cannot be used to compute the permanent.
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| 29. | While the determinant can be computed in polynomial time by Gaussian elimination, Gaussian elimination cannot be used to compute the permanent.
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| 30. | Several approaches exists to describe this as a system of linear equations that can be solved by Gaussian elimination or similar methods.
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