计算机应用
計算機應用
계산궤응용
COMPUTER APPLICATION
2009年
z2期
388-390
,共3页
光学字符识别%图像分割%特征提取%分类器%用户界面翻译
光學字符識彆%圖像分割%特徵提取%分類器%用戶界麵翻譯
광학자부식별%도상분할%특정제취%분류기%용호계면번역
Optical Character Recognition (OCR)%image segmentation%feature extraction%classifier%,User Interface (UI) translation
介绍了光学字符识别的一般方法,依据俄文字符在竖直书写位置的跨度特点对其进行了分类,并结合候选字符匹配法进而设计了一种两级分类器.运用这些技术实现了一种基于光学字符识别(OCR)技术的人机界面翻译系统.系统运行结果表明该系统能够用于实际应用.
介紹瞭光學字符識彆的一般方法,依據俄文字符在豎直書寫位置的跨度特點對其進行瞭分類,併結閤候選字符匹配法進而設計瞭一種兩級分類器.運用這些技術實現瞭一種基于光學字符識彆(OCR)技術的人機界麵翻譯繫統.繫統運行結果錶明該繫統能夠用于實際應用.
개소료광학자부식별적일반방법,의거아문자부재수직서사위치적과도특점대기진행료분류,병결합후선자부필배법진이설계료일충량급분류기.운용저사기술실현료일충기우광학자부식별(OCR)기술적인궤계면번역계통.계통운행결과표명해계통능구용우실제응용.
This paper introduced an ordinary way of optical character recognition, classified the way of Optical Character Recognition (OCR) based on the character of span when writing Cyrillic character on edge, and combined the way of option character matching to design a classifier of two classes. The article applied these techniques to realize a User Interface (UI) for translating Cyrillic character to Chinese character based on OCR. The result indicates that the system can be used in practice.
