AFDO: Difference between revisions
In fact, compositeness has nothing to do with useful intervals. The larger the n the more useful intervals it contains |
→Formula: conciseness |
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<math>\displaystyle r = (n + m)/n</math> | <math>\displaystyle r = (n + m)/n</math> | ||
Alternatively, with common frequency difference ''d'' = 1/''n'', we have: | |||
<math> | <math> | ||
r = 1 + md | |||
</math> | </math> | ||
In particular, when ''m'' = 0, ''r'' = 1, and when ''m'' = ''n'', ''r'' = 2. | |||
== Relation to string lengths == | == Relation to string lengths == |