Input method based word-building mode in intelligent system

Abstract

The invention relates to an input method based word-building mode in an intelligent system, which is called as a segmented word-building method as follows: a user selects targets and a word-building method from language libraries via an input device, a screen display device, a search engine and various storage devices in the intelligent system, wherein each storage device further includes a segmented storage device. The method comprises the following specific steps: A, entering into the word-building state; B, building words; and C completing building words. By the method, the main technical problems in the freezing pinyin word-building method are solved. The method has the following advantages: brand-new, a various and simple word-building access method and a segmented word-building method are provided; the vacancy state of function operation is fully utilized, thus achieving the same result as the existing special word-building method under the condition of key mapping; the word-building operation cost is minimum and the needed words can be built in segments in the word-building state so that the words are easy to change and delete; and joint building of vocabularies among multiple languages can be fully realized.

Description

technical field [0001] The invention relates to a method for inputting text in mobile phones, computers and other intelligent systems requiring text input, in particular to an input method word formation mode in an intelligent system, which is called "segmentation word formation method". Background technique [0002] UWD (Used Word Dictionary) is a means to improve input efficiency and comfort for users. Its original intention is that the vocabulary that has been selected may be selected in the near future. The basic design principle is to put the option information that is not in the preferred position selected by the user during the input process into the head of the designated queue so that it can appear in the preferred position as much as possible when searching for the option later. As the input proceeds, when new options are continuously inserted and the space is not enough, the earliest inserted options are removed and thus the cycle continues. When the search engi...

AI Technical Summary

Problems solved by technology

However, this increases the complexity of use, the cost is too high, it is not easy to add, delete, and modify during the word formation process, and it also limits the scope of use

Because of this, the freezing pinyin word formation method cannot effectively meet the needs of operating with various input methods on a single or multilingual platform.

In addition, setting up a cursor in the input key sequence storage device and moving it left and right not only makes the system complicated and increases the cost, but is not conducive to the operation on low-end platforms, and is also unnecessary; because some input methods such as numbers and certain symbols are not input. It is impossible to preset through the input key sequence storage device, even if the content of the input key sequence storage device is not empty, it is also difficult to preset in the combo input mode, not to mention the unpredictable function operation and addition and deletion operations during the user input process, etc.

[0009] (2) The return after inputting the pinyin expression not only increases the complexity of use but also at the cost of the user's operation. The longer the word or sentence, the more non-pinyin expression parts, the higher the cost

[0010] (3) The basic idea of ​​freezing pinyin word formation is that all options come from pinyin, which limits its scope of use

However, the freezing pinyin word formation method is obviously unable to realize the above-mentioned cross-language vocabulary construction, which reflects the limitations of this word formation method

[0011] To sum up, the method of word formation is complex, the efficiency is not high, the scope of use is limited, and it cannot effectively meet the needs of operating with various input methods on a single or multilingual platform.

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