TWI423048B - A system for inputting in the form of a complement code and a method thereof - Google Patents

Description

System and method for input using complement method

The present invention relates to an input system and method thereof, and more particularly to a system and method for input using a complement method.

When using input in each language, the input method will convert the pinyin into the corresponding word, and the pinyin combination of inputting more than one word at a time will be combined into a word, and the input pinyin is incomplete and the input is based on the pinyin according to the input. When the header code automatically guesses the result, there is a high probability that a guess error will occur.

In view of the above problems of the prior art, the object of the present invention is to provide a system for inputting using a complement method and a method thereof to solve the problem that when the input prediction result is wrong, the correction can be quickly performed to improve the correctness.

According to one aspect of the present invention, a system for input using a complement method is proposed. The system for inputting using the complement method includes an input unit that receives the input pinyin symbol of the user, a database that records the related grammar word frequency data, and a complement action trigger unit that inputs a specific trigger action through the input unit. The system enters a complement mode; an operation display unit, comprising: a full sentence prediction unit, which receives the pinyin symbols from the input unit, and performs prediction after combining with the database; and a full sentence prediction result display unit, It displays the prediction result of the full sentence prediction unit for confirmation and selection of the correct word or vocabulary; a header prediction unit that, in the complement mode, receives the first code pinyin symbol of the pinyin symbol from the input unit and other The code pinyin symbol is disconnected, and the first code pinyin symbol is compared with the database for single word prediction; a head code prediction result display unit displays the prediction result of the head code prediction unit for confirmation and selection The correct single word; a complementary code pinyin module, which has no correct word in the head code prediction result display unit Entering at least one pinyin symbol into the unit, and adding the first code pinyin symbol, after comparing with the database, performing the prediction of the complement word, and displaying the prediction result for confirming and selecting the correct word; The complement code prediction term predicting unit, after referring to the correct text of the result predicted by the complement code pinyin module, referring to other code pinyin symbols, and performing comparison with the database to perform prediction of the complementary code associative words; a complement reference word display unit that displays a predicted result of a complemented predictive word prediction unit for confirmation and selection of a correct word or vocabulary; and an output unit that outputs the final selected sentence, vocabulary or word to the arithmetic display unit to aims.

In the system for inputting by using the complement method of the present invention, the input unit may be a keyboard, a virtual keyboard, a software that replaces the keyboard, or a hardware device that replaces the keyboard.

In the system for inputting using the complement method of the present invention, the pinyin symbol may be a set of corresponding English alphabet spelling combinations.

In the system for inputting by using the complement method of the present invention, the database may further include a word frequency database for recording data of common word vocabulary; and a grammar database for recording grammar structure and part of speech data.

According to another object of the present invention, a method of input using a complement method is proposed. The method of inputting by using the complement method includes: inputting a part of a sentence or a complete pinyin, and displaying the input pinyin symbol; predicting the input pinyin symbol in a full sentence, converting it into a specific word or sentence, and displaying the prediction The result is judged whether the prediction result of the whole sentence is correct. If it is correct, the sentence, vocabulary or word predicted by the whole sentence is sent to the output unit and output to the target; if not, the system needs to trigger the system to enter the complement mode, and After the code pattern prediction is selected, the correct sentence, vocabulary or word is sent to the output unit and output to the target.

In the method of inputting using the complement method of the present invention, the full sentence prediction can use all conversions or partial conversions.

In the method for inputting by using the complement method of the present invention, the complement mode may further include the steps of: disconnecting the first code pinyin of the pinyin symbol from other code pinyin symbols; and performing the first code pinyin symbol into a single word. Predict and convert to a specific word and display the result; judge whether the single word prediction result is correct, if it is correct, enter the complementary code association step; if not, enter at least one pinyin symbol and add the first code pinyin symbol After selecting the correct prediction, then enter the complement association step.

In the method for inputting using the complement method of the present invention, the complement association step may further include the steps of: predicting the selected word simultaneously with reference to other code pinyin symbols, converting to a specific word or sentence, and displaying the prediction. The result.

As described above, the system and method for inputting the complement method of the present invention have the following advantages:

(1) When an input prediction error occurs, a single word prediction can be forced to be performed on the first pinyin of the prediction result, and the input pinyin input focus is quickly moved to the rear of the first pinyin of the display unit to provide input. The person quickly fills in the missing part, and with the missing pinyin code, the candidate result of the prediction result display unit also changes until the complete pinyin of the word is completed.

Please refer to FIG. 1 , which is a system architecture diagram of the present invention. In the figure, the system 1 for inputting by using the complement method includes an input unit 10, which receives the input pinyin symbol of the user, and the pinyin symbol can be a set of corresponding alphabetic spelling combinations, and the input unit 10 can be a keyboard or a virtual keyboard. , a software device that replaces the keyboard or a hardware device that replaces the keyboard; a database 12 that records related grammar frequency data, the database 12 may further include a word frequency database 122, which records the data of the common word vocabulary and a grammar database 124 It records the grammatical structure and the part of the vocabulary. The information in the database 12 contains commonly used vocabulary words. It can also be used to learn the relevant vocabulary that the user often inputs. It is also acceptable to input the relevant words through the user. The vocabulary to the database 12; a complement action triggering unit 14 that inputs a specific triggering action through the input unit 10 to cause the system 1 to enter a complement mode; an operation display unit 16, comprising: a full sentence prediction unit 161, Receiving the pinyin symbols from the input unit 10, and performing prediction after combining with the database 12; a full sentence prediction result display unit 162 It displays the prediction result of the full sentence prediction unit 161 for confirmation and selection of the correct word or vocabulary; a header prediction unit 163 that, in the complement mode, receives the first code pinyin of the pinyin symbol from the input unit 10. The symbol is disconnected from other code pinyin symbols, and the first code pinyin symbols are combined with the database 12 to perform single word prediction; a header prediction result display unit 164 displays the prediction result of the header code prediction unit 163. For confirming and selecting the correct word; a complementary code pinyin module 165, when there is no correct word in the head code prediction result display unit 164, input at least one pinyin symbol through the input unit 10, and add the first code After the pinyin symbols are compared with the database 12, the prediction of the complement words is performed, and the prediction results are displayed for confirmation and selection of the correct words; a complementary reference prediction unit 166, which is selected in the complement After the correct text of the result predicted by the Pinyin module 165, the other code pinyin symbols are referred to, and after being compared with the database 12, the prediction of the complemented associative words is performed; a word display unit 167 that displays the predicted result of the complement-preferred word prediction unit 166 for confirmation and selection of the correct word or vocabulary; and an output unit 18 that outputs the sentence, vocabulary or word finally selected by the operation display unit to aims.

Please refer to FIG. 2, which is a flowchart of the method of the present invention. The method of inputting by using the complement method includes: inputting a part of a sentence or a complete pinyin, and displaying the input pinyin symbol; predicting the input pinyin symbol into a whole sentence, converting it into a specific word or sentence, and displaying The result of the prediction; determine whether the prediction result of the whole sentence is correct. If correct, send the sentence, vocabulary or word of the whole sentence to the output unit and output it to the target; if not, trigger the system to enter the complement mode and pass After the complement mode prediction is selected, the correct sentence, vocabulary or word is sent to the output unit and output to the target.

There are two ways to convert the whole sentence after prediction. One is for all conversions and the other is for partial conversion. All conversions are to combine the alphabetic symbols with the data in the database, so that the user wants to input "the weather is very good today". You should enter "ㄐㄊㄊㄑㄏㄏ", through the whole conversion method, it is possible to combine the first time into "the weather is very good today", or it may be combined into "today's fine haha", the result of the combination is more One word or multiple words combined.

Similarly, if the user wants to input "the weather is good today", you should enter "ㄐㄊㄊㄑㄏㄏ", and the partial conversion method is to first predict the words in the front part of the pinyin, for example, if you enter "ㄐㄊㄊㄑㄏ" ㄏ" But there is no word in the database that matches the pinyin. In this case, a pinyin is automatically reduced to continue to match ㄑ "ㄐㄊㄊㄑㄏ"). If not, continue to reduce pinyin until the comparison is successful, for example It has always been compared to "ㄐㄊ" until there is "weather".

The behavior of triggering the system to enter the complement mode can trigger a virtual button or gesture of a soft keyboard or a physical button of the hard keyboard. When triggering, the action of triggering the complement and inserting code can be triggered at the same time, for example, pressing the Pinyin A button to slide down The action of the complement and the A key can be triggered at the same time.

Please refer to FIG. 3, which is a flow chart of the complementary code mode steps of the present invention. In the figure, the complementary code mode further comprises the steps of: disconnecting the first code pinyin symbol of the pinyin symbol from other code pinyin symbols; performing the single word prediction on the first code pinyin symbol, converting into a specific word, and displaying the result ; to determine whether the single word prediction result is correct, if it is correct, enter the complementary code association step; if it is not correct, you need to input at least one pinyin symbol, and add the first code pinyin symbol to select the correct prediction, then enter the complementary code association step .

If the user wants to input "Good weather today", you should enter "ㄐㄊㄊㄑㄏㄏ". When entering the complement mode, the entered "ㄐㄊㄊㄑㄏㄏ" will be cut into "ㄐ_ㄊ" ㄊㄑㄏㄏ", and use "ㄐ" as the basis for single word prediction, showing related words beginning with "ㄐ", if the prediction result has the correct word, select the word, for example, the prediction result has "home check today" "Let", then select "now". If there is no correct word in the predicted candidate, you need to add at least one pinyin symbol, such as adding "one" or "one" to narrow the prediction result. For example, the scope is reduced to "this jinjinjin", and then "now" is selected.

Please refer to FIG. 4 , which is a flowchart of the complementary step of the invention. In the figure, the complement association step further comprises the steps of: predicting the selected word simultaneously with reference to other code pinyin symbols, converting to a specific word or sentence, and displaying the predicted result.

Following the example flow of Figure 3, when the user selects "Today", the system comparison will judge whether "now" has a relevant word with the previously entered "ㄊㄊㄑㄏㄏ", and if so, it will display the user's choice. For example, if the database has "good weather" and "the weather is good", the user can choose.

The following is a second embodiment of the present invention. When the user wants to input better tomorrow, he/she should input "ㄇㄊㄑㄑㄏ". When entering the complementary code mode, "ㄇㄊㄑㄑㄏ" will be disconnected into "ㄇ" _ㄊㄑㄑㄏ", and the "Ming Ming 茗 之" candidate, after the user selects "Ming", the system will compare the database, for example, the database has "good day", "day is worse" ", it will show "day is better", "day is worse" two sets of candidate words for the user to choose.

The following is a third embodiment of the present invention. When the user wants to input an earthquake, he/she should input “ㄉㄓ”. When entering the complement mode, “ㄉㄓ” will be disconnected into “ㄉ_ㄓ” and appear “ The word "ㄉ" is the beginning of the word. After the user selects "land", the system will compare the database. For example, if there is a "shock" in the database, the quality will be displayed. The user makes a choice.

1. . . System for input using the complement method

10. . . Input unit

12. . . database

122. . . Word frequency database

124. . . Grammar database

14. . . Complement action trigger unit

16. . . Operation display unit

161. . . Full sentence prediction unit

162. . . Full sentence prediction result display unit

163. . . Header prediction unit

164. . . Head code prediction result display unit

165. . . Complementary Pinyin Module

166. . . Complement reference word prediction unit

167. . . Complement reference word display unit

18. . . Output unit

Figure 1 is a system architecture diagram of the present invention;

Figure 2 is a flow chart of the method of the present invention;

Figure 3 is a flow chart of the complementary code mode steps of the present invention;

Figure 4 is a flow chart of the complement associative steps of the present invention.

1. . . System for input using the complement method

10. . . Input unit

12. . . database

122. . . Word frequency database

124. . . Grammar database

14. . . Complement action trigger unit

16. . . Operation display unit

161. . . Full sentence prediction unit

162. . . Full sentence prediction result display unit

163. . . Header prediction unit

164. . . Head code prediction result display unit

165. . . Complementary Pinyin Module

166. . . Complement reference word prediction unit

167. . . Complement reference word display unit

18. . . Output unit

Claims (9)

A system for inputting using a complement method includes: an input unit that receives a user input pinyin symbol; a database that records related grammar word frequency data; and a complement action trigger unit that transmits the The input unit inputs a specific triggering action to cause the system to enter a complementary mode; an operation display unit includes: a full sentence prediction unit that receives the pinyin symbol from the input unit and compares the data with the database And then predicting; a full sentence prediction result display unit, which displays the prediction result of the full sentence prediction unit for confirming and selecting the correct word or vocabulary; a header prediction unit, which is in the complement mode, The first code pinyin symbol received from the pinyin symbol in the input unit is disconnected from other code pinyin symbols, and the first code pinyin symbol is compared with the database for single word prediction; a prediction result display unit that displays a prediction result of the head code prediction unit for confirming and selecting a correct word; a complement coded spelling module, When there is no correct word in the head code prediction result display unit, at least one pinyin symbol is input through the input unit, and the first code pinyin symbol is added, and is complemented by combining with the database. Predicting the word and displaying the predicted result for confirmation and selection of the correct word; a complemented predictive word prediction unit that refers to the other text after selecting the correct text predicted by the complemented pinyin module a pinyin symbol, and after being combined with the database, predicting a complemented associative word; a complemented associative word display unit displaying the predicted result of the complemented predictive unit predicting unit for confirmation Picking the correct word or vocabulary; and an output unit that outputs the final selected sentence, vocabulary, or word to the target. The system of claim 1, wherein the input unit is a keyboard, a virtual keyboard, a software that replaces the keyboard, or a hardware device that replaces the keyboard. The system of claim 1, wherein the phonetic symbol is a set of corresponding English alphabet spelling combinations. The system of claim 1, wherein the database further comprises: a word frequency database, which records data of common word vocabulary; and a grammar database, which records the grammatical structure and the part of speech data. A method for inputting using a complement method, the method comprising: inputting a part of a sentence or a complete pinyin, and displaying the input pinyin symbol; predicting the input pinyin symbol into a whole sentence and converting it into a specific word or sentence, And display the result of the prediction; determine whether the prediction result of the whole sentence is correct, if correct, send the sentence, vocabulary or word predicted by the whole sentence to the output unit, and output to the target; if not, trigger the system to enter the complement After the mode is selected and predicted by the complement mode, the correct sentence, vocabulary or word is sent to the output unit and output to the target. The method of claim 5, wherein the full sentence prediction uses all conversions. The method of claim 5, wherein the full sentence prediction uses a partial conversion. The method of claim 5, wherein the step of the complement pattern comprises: disconnecting the first code pinyin symbol of the phonetic symbol from other code pinyin symbols; performing the single word prediction on the first code pinyin symbol, and converting For a specific word, and display the result; determine whether the single word prediction result is correct, if it is correct, enter the complementary code association step; if not, enter at least one pinyin symbol, and add the first code pinyin symbol to select The correct prediction, then enter the complement of the association step. The method of claim 8, wherein the complement associating step comprises: predicting the selected single word with reference to the other code pinyin symbols, converting to a specific word or sentence, and displaying the predicted result.