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| * Diffusion tensors D inhabit a 6-dimensional space of 3-by-3 symmetric matrices. (The symmetry conditions reduce the 9 dimensions to 6 because 3 pairs of off-diagonal entries have to be equal.) | * Diffusion tensors D inhabit a 6-dimensional space of 3-by-3 symmetric matrices. |
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| * The standard model of DT excitation is the at material is made up of a number of '''compartments''' | * The symmetry conditions reduce the 9 dimensions to 6 because 3 pairs of off-diagonal entries have to be equal. * The standard model of DT excitation is that brain matter is made up of a number of '''compartments''' |
Notes on Jian et al. 2007
- Diffusion tensors D inhabit a 6-dimensional space of 3-by-3 symmetric matrices.
- The symmetry conditions reduce the 9 dimensions to 6 because 3 pairs of off-diagonal entries have to be equal.
The standard model of DT excitation is that brain matter is made up of a number of compartments
