CHIME: An Efficient Error-Tolerant Chinese Pinyin Input Method
Yabin Zheng, Chen Li, Maosong Sun
Chinese Pinyin input methods are very important for Chinese language processing. In many cases, users may make typing errors. For example, a user wants to type in ``shenme'' (什么, meaning ``what'' in English) but may type in ``shenem'' instead. Existing Pinyin input methods fail in converting such a Pinyin sequence with errors to Chinese words. To solve this problem, we developed an efficient error-tolerant Pinyin input method that can handle typing errors. By incorporating state-of-the-art techniques and language-specific features, the method achieves a better performance than state-of-the-art input methods. It can efficiently find relevant words in milliseconds for an input Pinyin sequence.