Research on K nearest neighbor identification of hand-drawn circuit diagram

Author:

Huoming Zhang,Lixing Shao

Abstract

Abstract Aiming at the problem of accurately identifying each hand-painted electrical component in the hand-drawn circuit diagram, this paper proposes a region segmentation based on pixel number distribution, and a hand-painted electrical component recognition method based on KNN algorithm, the aim is to form a hand-drawn sketch recognition algorithm with better recognition indicators to improve the accuracy of recognition. In this paper, Python’s graphic pixilation module is used as a pixel segmentation tool. Based on 35 types of standard electrical components, the database is established. The Euclidean distance and KNN algorithm are used to obtain the corresponding classification and output recognition results. By comparing with other methods, the better identification indicators achieved by the experiment verify the effectiveness of the method.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference8 articles.

1. Application of PNN in Handwritten Digit Recognition[J];Jianju;Modern computer,2016

2. Research on Digital Recognition Method of Invoice Printed Body[J];Hong;Computer Technology and Development,2016

3. Research on Handwritten Digit Fast Recognition Method Based on SVM[J];Li L C W W;Computer Technology and Development,2014

4. Parallel implementation of handwritten digit recognition based on self-organizing map[J];Yimu;Journal of Zhejiang University (Engineering Science),2014

5. Research Progress of KNN Classification Algorithm Improvement[J];Guohe;Library and Information Service,2012

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1. An Overview of Hand-Drawn Diagram Recognition Methods and Applications;IEEE Access;2024

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