Optimization: Difference between revisions
Consider XC tuning happened cuz I did them in my essay |
And EOP |
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=== Constraint === | === Constraint === | ||
Constraint is a logical method to enforce one or more pure intervals. A pure interval added this way is known as an [[eigenmonzo | Constraint is a logical method to enforce one or more pure intervals. A pure interval added this way is known as an [[Eigenmonzo|eigenmonzo a.k.a. unchanged-interval]]. It defines a feasible region for optimization, and the result measured by the original norm remains optimal. | ||
== General formulation == | == General formulation == | ||
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| Tenney<br>Tenney-Weil || TC tuning<br><br> || [[TE tuning]]<br>[[TWE tuning]] || [[TOP tuning]]<br><br> | | Tenney<br>Tenney-Weil || TC tuning<br><br> || [[TE tuning]]<br>[[TWE tuning]] || [[TOP tuning]]<br><br> | ||
|- | |- | ||
| Equilateral<br>Equilateral-Weil || EC tuning<br><br> || [[Frobenius tuning]]<br>EWE tuning || | | Equilateral<br>Equilateral-Weil || EC tuning<br><br> || [[Frobenius tuning]]<br>EWE tuning || EOP tuning<br><br> | ||
|- | |- | ||
| Benedetti/Wilson<br>Benedetti/Wilson-Weil || BC tuning<br><br> || [[BE tuning]]<br>BWE tuning || [[BOP tuning]]<br><br> | | Benedetti/Wilson<br>Benedetti/Wilson-Weil || BC tuning<br><br> || [[BE tuning]]<br>BWE tuning || [[BOP tuning]]<br><br> | ||