1971Electronics LettersRequires access

Improved distance measure for pattern recognition

B.G. Batchelor

Open publisher page 4 citations

Abstract

The Euclidean distance has often been used to measure the similarity between patterns represented by multidimensional vectors. The Euclidean distance is expensive to implement in hardware, and alternatives have been sought. The letter proposes a new distance measure which is a weighted sum of the city block and square distances. This new distance is a more accurate predictor of the Euclidean distance than are either of its components.

About this research paper

What this paper is about

The Euclidean distance has often been used to measure the similarity between patterns represented by multidimensional vectors. The Euclidean distance is expensive to implement in hardware, and alternatives have been sought. The letter proposes a new distance measure which is a weighted sum of the city block and square distances. This new distance is a more accurate predictor of the Euclidean distance than are either of its components.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Method / approach

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Available abstract

The Euclidean distance has often been used to measure the similarity between patterns represented by multidimensional vectors. The Euclidean distance is expensive to implement in hardware, and alternatives have been sought. The letter proposes a new distance measure which is a weighted sum of the city block and square distances. This new distance is a more accurate predictor of the Euclidean distance than are either of its components.

Key concepts: Euclidean distance, Distance measures, Euclidean distance matrix, Measure (data warehouse), Minkowski distance, Similarity measure, Mathematics, Similarity (geometry)

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