计算机工程与应用
計算機工程與應用
계산궤공정여응용
COMPUTER ENGINEERING AND APPLICATIONS
2014年
1期
36-40
,共5页
韵母键盘%汉字输入法%笔画编码%新音形编码%重码率分析
韻母鍵盤%漢字輸入法%筆畫編碼%新音形編碼%重碼率分析
운모건반%한자수입법%필화편마%신음형편마%중마솔분석
final sound keyboard%inputting method of Chinese characters%numerical coding based on strokes for Chinese characters%new numerical coding based on strokes and Pinyin for Chinese characters%coincident-code rate
针对当前汉字输入法普遍存在的不足,提出了一种新音形编码汉字输入法,即利用汉字的首拼音、韵母及组成汉字的基本笔画和少数高频部件来对汉字编码,是对以前笔画和音形编码汉字输入法的改进。它既有笔画输入法低重码率、输入高效的特点,又切合广大拼音输入法用户的输入习惯,能够很好地满足多种用户群的需求。阐述了这种编码输入法对汉字的编码规则,对各编码的按键分布及重码率进行详实的统计,深入分析论证了其重码率低的优点,简要介绍了这种输入法在Android平台下的实现。
針對噹前漢字輸入法普遍存在的不足,提齣瞭一種新音形編碼漢字輸入法,即利用漢字的首拼音、韻母及組成漢字的基本筆畫和少數高頻部件來對漢字編碼,是對以前筆畫和音形編碼漢字輸入法的改進。它既有筆畫輸入法低重碼率、輸入高效的特點,又切閤廣大拼音輸入法用戶的輸入習慣,能夠很好地滿足多種用戶群的需求。闡述瞭這種編碼輸入法對漢字的編碼規則,對各編碼的按鍵分佈及重碼率進行詳實的統計,深入分析論證瞭其重碼率低的優點,簡要介紹瞭這種輸入法在Android平檯下的實現。
침대당전한자수입법보편존재적불족,제출료일충신음형편마한자수입법,즉이용한자적수병음、운모급조성한자적기본필화화소수고빈부건래대한자편마,시대이전필화화음형편마한자수입법적개진。타기유필화수입법저중마솔、수입고효적특점,우절합엄대병음수입법용호적수입습관,능구흔호지만족다충용호군적수구。천술료저충편마수입법대한자적편마규칙,대각편마적안건분포급중마솔진행상실적통계,심입분석론증료기중마솔저적우점,간요개소료저충수입법재Android평태하적실현。
According to the general shortcomings of the Chinese character input method in the market, a new numerical coding method based on Pinyin and Strokes for inputting Chinese characters is presented, which encodes Chinese characters with the first Pinyin, final sound and Chinese characters of the basic stroke and a few high frequency components, and improves the numerical coding method based on Strokes and the numerical coding method based on Pinyin and Strokes. It has not only the low coincident code rate and efficient characteristics of Stroke input method, but also suits the Pinyin input method users’inputting habit, and can meet the needs of various user groups. This paper discusses the encoding rules of this numerical coding input method, makes a detail statistics for key distribution of each code and low coincident code rate, and deeply analies and demonstrates the merit of low coincident code rate. And it briefly introduces the implementation about this input method under the Android platform.