Word processing system with fault tolerance function and method

Abstract

A work processing system with the fault tolerance function comprises an input module, a character fault tolerant table, a fault tolerance processing module, a word stock, a word search module, a distribution module and an output module, wherein, the input module is marked with a first character; the character fault tolerant table comprises a first character and a second character which is fault-tolerant of the first character; the fault tolerance processing module is used for finding out the second character which is fault-tolerant of the first character in the character fault tolerant table; the word stock is used for storing words; the word search module is used for finding out the words formed by the second character in the word stock; the distribution module is used for classifying the words; the output module is used for outputting the words which are found out; fault tolerant relations are set up between one or more first characters and one or more second characters. By adopting the fault-tolerant input technology, setting up the mutual fault tolerant relations between the input characters and the output characters and associating the fault tolerant relations with the position relations among the characters on the input module, correct output is not affected by mis-pressing other characters because of incaution in the process of inputting characters, thereby increasing the precision rate of character input. The invention also provides a use method adopting the system.

Description

technical field [0001] The invention relates to a word processing system and method with fault tolerance function. Background technique [0002] At present, with the miniaturization and portability of electronic products capable of text input, the keyboards used for text input are also miniaturized, and the distance between keys is also getting smaller and smaller. The contact on each character key The area is also relatively reduced, and various buttons are combined more closely together. Like this, although the volume of the electronic product can be greatly reduced, it also brings a lot of inconvenience to the user's operation. The contact area is small, and the fingertips are often easy to click on the adjacent keys jointly, or mistakenly click on the adjacent keys due to unclear key positions. Human errors in the input cause the system to fail to output correct text, which affects the The accuracy of text input. [0003] Therefore, how to effectively improve the accur...

AI Technical Summary

Problems solved by technology

[0002] At present, with the miniaturization and portability of electronic products capable of text input, the keyboards used for text input are also miniaturized, and the distance between keys is also getting smaller and smaller. The contact on each character key The area is also relatively reduced, and various buttons are combined more closely together. Like this, although the volume of the electronic product can be greatly reduced, it also brings a lot of inconvenience to the user's operation. The contact area is small, and the fingertips are often easy to click on the adjacent keys jointly, or mistakenly click on the adjacent keys due to unclear key positions. Human errors in the input cause the system to fail to output correct text, which affects the The accuracy of text input

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