KR20080078284A - Intelligent inputing of sentence - Google Patents

Abstract

A method for inputting a sentence intelligently is provided to complete the sentence without completely inputting all spells of words by completing the words with an auto-filling function. Unknown characters are inputted with character buttons. Unknown words for the unknown characters are generated through a dictionary database by combining the characters and are stored in a word database. Unknown sentences are generated by combining the unknown words and are temporarily stored in a sentence database. The unknown sentences are recognized through an AI(Artificial Intelligence) language interpreter. Priority is assigned to the sentences stored in the sentence database by determining order of natural interpretation of the interpreted sentences. The unknown sentences are displayed to a user in the order of the natural interpretation. The user selects the desired sentence among the displayed unknown sentences when the desired sentence is found, and performs previous stages repeatedly by checking the unknown characters or words when the desired sentence is not found.

Description

Intelligent inputing of sentence}

 Definition of Terms

1. Letters: words that combine letters, numbers, symbols, etc.

2. Button + Number: Button to which number is assigned (ex: “Button 3”: Button to which 3 is assigned)

3. Word Step: The order of position of a certain word in a sentence.

In the sentence 'I LOVE YOU FOR EVER', 'FOR' is the fourth word in the sentence, so the word staff of 'FOR' is 'Step 4'.

4. Unknown letters: There are several letters assigned to one button, so you don't know the exact letters, but you can know the candidate letters. For example, 'G4, H, and I' are assigned to 'Button 4'.

5. Unknown word: A word that contains one or more unknown letters, and there are several candidate words because of the unknown letters.

6. Unknown Sentence: A sentence that contains one or more unknown words. There are several candidate sentences because of the unknown words.

7. Dictionary DB: DB required to generate unknown words by combining unknown or fixed characters

8. Word DB: A space for temporarily storing words (unknown words or words with fixed words)

9. Sentence DB: A temporary storage space for sentences consisting of one or more word step words (unknown or fixed words).

10. AI sentence deciphering device: A device capable of deciphering a sentence composed of one or more letters or words to determine how natural the deciphered sentence is.

11. T9, etc .: When you enter spelling without checking the spelling by pressing the button once, even if several letters are assigned to one button, you can enter as many letters as the number of letters or less. A character input method in which a user selects a word having a spelling desired by the user when the device predicts words when possible and presents the complete spelling words predicted to the user. Samsung's T9 mode, Motorola's iTAP mode, and Nokia's PREDICTIVE TEXT INPUT mode are all different. For example, in case of T9 type, when '4663' button is pressed, 'GHI' is assigned to '4', 'MNO' is assigned to '6', and 'DEF' is assigned to '3'. The device searches the dictionary database, and the device presents 'GONE', 'HOME', 'HOOD', 'HOOF', 'HONE', and 'GOOF' in order of frequency of use. This is the format.

Compared to a computer keyboard, the number of letter buttons is significantly lower than the number of letters, so if you try to enter letters from a letter button of a device such as a landline phone, a mobile phone, or a PDA that has several letters assigned to a single button, the number of letters is significantly higher than that of a computer keyboard. Since the button must be pressed as many times as possible, various methods have been invented to reduce the number of button presses, and in particular, T9 and the like have been invented to complete the word. Most of the methods that can be quickly entered in sentence units are mainly stored in a shortcut database in a sentence database and recalled with a shortcut key. The method of T9 and the like also has a problem in that it is necessary to confirm words in each word step while completing a sentence to complete a sentence that ends.

According to the method of the present invention, the number of letter buttons is significantly smaller than the number of letters compared to a computer keyboard, and thus, a method of quickly entering a sentence unit in a device such as a wired telephone, a mobile phone, a PDA, etc., in which several letters are assigned to one button can be used. Rather than storing frequently used sentences in the sentence database in the form of shortcut keys and recalling them with shortcut keys, the sentences generated by combining unknown words generated by combining unknown letters input by the user through the AI language decoding device are analyzed. By presenting the decrypted sentences to the user in a natural order of decryption, the user selects the desired sentences.

In other words, it is a way to complete a sentence without having to confirm the letters or words of each word step while writing the sentence.

For example, 'Button 3' means' D, E, F ',' Button 4 'means' G, H, I', 'Button 5' means' J, K, L ',' Button 6 'means' M, N, O ',' Button 7 'has' P, R, S', 'Button 8' has' T, U, V ',' Button 9 'has a button assigned' W, X, Y ' At

When entering 'I Space L O V E Space Y O U Space F O R Space E V E R'

If you enter '4 Space 5 6 8 3 Space 9 6 8 Space 3 6 7 Space 3 8 3 7' (the number means that you press a button that has been assigned a number), you can combine the letters assigned to the number Create unknown sentences by combining unknown words, decipher each unknown sentence, and present the sentences to the user in a natural order of decryption.

If you select 'I Space L O V E Space Y O U Space F O R Space E V E R' and you don't have the sentence you want in the first place, you can check the letters one by one until the sentence you want is created (you can also confirm all letters manually).

Of course, if you confirm a letter in the middle of writing a letter or words in the middle of writing a sentence, the number of unknown words or unknown sentences decreases, which increases the accuracy of ranking the degree of naturalness of the sentence when deciphering. Can be said to be easy. When deciphering the current sentence, deciphering the current sentence in consideration of the previous sentences and subsequent sentences will be more accurate.

The configuration of the present invention is as follows.

1. Entering unknown characters with the character button and

2. Word generation step of creating unknown words through dictionary DB by combining unknown letters and temporarily storing them in word DB

3. A sentence generation step of generating unknown sentences by combining unknown words and temporarily storing them in the sentence DB.

5. Decoding the unknown sentences through the AI speech decoding device;

6. ranking the sentences in the sentence database by determining the rank of the degree of naturalness of the decrypted unknown sentences;

7. Sentence display step of displaying unknown sentences to the user in order of degree of naturalness of decryption

8. If the user selects the desired sentence among the unknown sentences, if not, repeat the steps 2 to 8 while confirming the unknown letters or unknown words (from the beginning of the whole letters forming the sentence. You can also confirm some or all of the letters.)

While writing a sentence, you can complete the sentence without having to confirm the letters or words in each wordstep.

Claims (1)

The number of letter buttons is significantly smaller than the number of letters, and the method of quickly inputting by sentence unit in a device such as a wired telephone, a mobile phone, or a PDA having several letters assigned to one button includes the following steps. How to 1. Entering unknown characters with the character button and 2. Word generation step of creating unknown words through dictionary DB by combining unknown letters and temporarily storing them in word DB 3. A sentence generation step of generating unknown sentences by combining unknown words and temporarily storing them in the sentence DB. 5. Decoding the unknown sentences through the AI speech decoding device; 6. ranking the sentences in the sentence database by determining the rank of the degree of naturalness of the decrypted unknown sentences; 7. Sentence display step of displaying unknown sentences to the user in order of degree of naturalness of decryption 8. If the user selects the desired sentence among the unknown sentences, if not, repeat the steps 2 to 8 while confirming the unknown letters or unknown words (from the beginning of the whole letters forming the sentence. You can also confirm some or all of the letters.)