Zeno Gantner:

2012-02-03T15:06:54Z

Dimkots: Created page with "A Similarity Measure is a metric that, given two objects (e.g. two 2-dimensional points, or two time-series), calculates their similarity in terms of inverted distance in the ran..."

2011-03-01T14:54:24Z

Created page with "A Similarity Measure is a metric that, given two objects (e.g. two 2-dimensional points, or two time-series), calculates their similarity in terms of inverted distance in the ran..."

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A Similarity Measure is a metric that, given two objects (e.g. two 2-dimensional points, or two time-series), calculates their similarity in terms of inverted distance in the range [0,1]. The larger the value of the similarity measure is, the more similar the two objects are. Examples of known similarity measures are Cosine Similarity and Jaccard Coefficient.

← Older revision		Revision as of 15:06, 3 February 2012
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−	A ~~Similarity Measure~~ is a metric that, given two objects (e.g. two 2-dimensional points, or two time-series), calculates their similarity in terms of inverted distance in the range [0,1]. The larger the value of the similarity measure is, the more similar the two objects are. Examples of known similarity measures are ~~Cosine Similarity~~ and Jaccard ~~Coefficient~~.	+	A '''similarity measure''' is a metric that, given two objects (e.g. two 2-dimensional points, or two time-series), calculates their similarity in terms of inverted distance in the range [0,1]. The larger the value of the similarity measure is, the more similar the two objects are. Examples of known similarity measures are [[cosine similarity]] and the [[Jaccard coefficient]].
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		+	[[Category: Similarity measure\| ]]

Similarity measure - Revision history

Zeno Gantner:

Dimkots: Created page with "A Similarity Measure is a metric that, given two objects (e.g. two 2-dimensional points, or two time-series), calculates their similarity in terms of inverted distance in the ran..."