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During the early computer era, Chinese characters were categorized by their radicals or Pinyin romanization, but results were less than satisfactory. In the 1970s to 1980s, large keyboards with thousands of keys were used to input Chinese. Each key was mapped to several Chinese characters. To type a character, one pressed the character key and ...
The CKC Chinese Input System is a Chinese input method for computers that uses the four corner method to encode characters. The encoding uses a maximum of 4 digits ("0" - "9") to represent a Chinese character. All possible shapes of strokes that forms any given Chinese character are classified into 10 groups, each represented by one of the ten ...
The Wubi 98 keyboard layout The Wubi 86 keyboard layout (more common). The Wubizixing input method (simplified Chinese: 五笔字型输入法; traditional Chinese: 五筆字型輸入法; pinyin: wǔbǐ zìxíng shūrùfǎ; lit. 'five-stroke character model input method'), often abbreviated to simply Wubi or Wubi Xing, [1] is a Chinese character input method primarily for inputting simplified ...
Simplified Cangjie, known as Quick (Chinese: 速成或簡易) is a stroke based [1] keyboard input method based on the Cangjie IME (Chinese: 倉頡輸入法) but simplified with select lists. Unlike full Cangjie, the user enters only the first and last keystrokes used in the Cangjie system, and then chooses the desired character from a list of ...
Since Cangjie requires all 26 keys of the QWERTY keyboard, it cannot be used to input Chinese characters on feature phones, which have only a 12-key keypad. Alternative input methods, such as Zhuyin , 5-stroke (or 9-stroke by Motorola ), and the Q9 input method , are used instead.
Word prediction (simplified Chinese: 联想; traditional Chinese: 聯想; pinyin: liánxiǎng; lit. 'association') is a feature of an input method that attempts to guess the next series of characters that the user is attempting to enter. This feature is often used to refer to two different mechanisms that have similar functions.
In computing, Chinese character encodings can be used to represent text written in the CJK languages—Chinese, Japanese, Korean—and (rarely) obsolete Vietnamese, all of which use Chinese characters. Several general-purpose character encodings accommodate Chinese characters, and some of them were developed specifically for Chinese.
To input any character, the user simply presses the keys corresponding to the strokes of a character then select from a list of matching characters. The list of suggestions to choose from becomes more and more specific as more digits of the code are entered. [1] The system will not recognize a character input with an incorrect stroke order. [1]