Positive definiteness
(Redirected from Positive definite)
In mathematics, positive definiteness is a property of any object to which a bilinear form or a sesquilinear form may be naturally associated, which is positive-definite. See, in particular:
- Positive-definite bilinear form
- Positive-definite function
- Positive-definite function on a group
- Positive-definite functional
- Positive-definite kernel
- Positive-definite matrix
- Positive-definite quadratic form
References
[edit]- Fasshauer, Gregory E. (2011), "Positive definite kernels: Past, present and future" (PDF), Dolomites Research Notes on Approximation, 4: 21–63.
- Stewart, James (1976), "Positive definite functions and generalizations, an historical survey", The Rocky Mountain Journal of Mathematics, 6 (3): 409–434, doi:10.1216/RMJ-1976-6-3-409, MR 0430674.
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