This paper describes an optimal stroke-correspondence search method that makes possible stroke-order-free on-line character recognition.
This paper describes an optimal stroke-correspondence search method that makes possible stroke-order-free on-line character recognition.
Recognition results were obtained using a forcedecision that selects the candidate with minimum dissimilarity DðA; BÞ. Optimal weighting factors were determined ...
Jun 23, 2020 · This search algorithm simultaneously performs both (I) stroke correspondence and (ii) stroke connection. Experiments demonstrate high ...
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This paper describes a stroke-number and stroke-order free on-line Kanji character recognition method by a joint use of two complementary algorithms of ...
This paper describes a new stroke correspondence search algorithm applied to stroke order- and stroke number-free on-line character recognition.
The stroke to stroke correspondence search between an input character and a reference character plays an important role in stroke-order-free online Kanji.
Jul 7, 2014 · Comparative performance analysis of stroke correspondence search methods for stroke-order free online multi-stroke character recognition.
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Abstract. For stroke-order free online multi-stroke char- acter recognition, stroke-to-stroke correspondence search be- tween an input pattern and a ...
Mar 6, 2021 · Shin, J.p.: Optimal stroke-correspondence search method for on-line character recognition. Pattern Recogn. Lett. 23(5), 601–608 (Mar 2002).