WO2010124509A1

WO2010124509A1 - Intelligent operating system and method based on keywords inputting

Info

Publication number: WO2010124509A1
Application number: PCT/CN2009/076016
Authority: WO
Inventors: 高精鍊
Original assignee: 广东国笔科技股份有限公司
Priority date: 2009-04-30
Filing date: 2009-12-24
Publication date: 2010-11-04

Abstract

An intelligent operating system based on keywords inputting is provided, which includes: an input module, inputting keywords or indications; a function object database, storing the function objects; a counting module, taking count of the keyword characters input from the input module; a deciding module, deciding whether the number of characters which are input is smaller than a preset value, if yes, calling a keyword matching module, and if no, calling a switching module; the keyword matching module, searching a function object which matches the keyword from the function object database according to the keyword input from the input module; and the switching module, switching to an information editing status, and taking the keyword input from the input module as the current information editing content. Also an intelligent operating method based on keywords inputting is provided. Using the solutions, the users' operating intension can be decided by the semantics of the keywords input, the corresponding function objects can be searched out, and the information editing status can be automatically switched to according to the number of keyword characters which are input, so as to improve the experience of users.

Description

Intelligent operating system and method based on keyword input

TECHNICAL FIELD The present invention relates to a human-computer interaction technology applied to an electronic device, and more particularly to an intelligent operating system and method based on keyword input. Background technique

With the development of personal terminal information technology, portable electronic devices such as mobile phones and PDAs are becoming more and more abundant, and users are increasingly using stored information and functional applications. However, during the user experience operation, its human-computer interaction performance and ease of use are always unsatisfactory. When a user needs to find a certain information or function object and call its function in an electronic device such as a mobile phone, it is not a waste of time and effort on the search. These information objects include address books, files, directories, applications, etc. on electronic devices such as mobile phones. For example, when you need to find contact information such as the phone number of a contact from the mobile phone address book, you must first enter the mobile terminal's desktop through the mobile phone. After the contact list is entered, the name of the contact is searched, and the whole process takes a lot of time, and since some functions are hidden deep, it is difficult to find quickly and conveniently. At present, one of the most popular functions in mobile terminal applications is to send text messages or emails. When a user inputs a string of characters, it is often not necessary to find the associated function, but simply sends the currently entered character text as a text message or email. . Summary of the invention

Based on the deficiencies of the prior art, one of the problems to be solved by the present invention is to provide an intelligent operating system based on keyword input. The second problem to be solved by the present invention is to provide an intelligent operation method based on keyword input. To solve one of the above problems, the present invention provides an intelligent operating system based on keyword input. The method includes: an input module, configured to input a keyword or an instruction; a function object database, configured to store the function object; a counting module, configured to calculate a number of characters of the keyword input by the input module; and a determining module, configured to determine the Whether the number of characters input is less than a set value, if yes, the keyword matching module is called, if not, the switching module is called; the keyword matching module is used to select a keyword according to the input module, from the functional object The function object matching the keyword is searched in the database; the switching module is configured to switch to the information editing state, and the keyword input by the input module is used as the current information editing content. As an embodiment of the system of the present invention, the function object database corresponds to a keyword library, and the keyword library stores keywords that map the function object; the keyword matching module inputs keywords according to the input module. The keywords in the keyword library are matched, and the functional objects mapped by the matching keywords are output. As an embodiment of the system of the present invention, the system further includes a keyword library, the keyword library includes a plurality of keywords, each keyword correspondingly mapping one or more functional objects; and the keyword matching module inputs according to the input module The keywords are matched with the keywords in the keyword library, and the functional objects mapped by the matching keywords are output. As an embodiment of the system of the present invention, the selection calling module is further configured to select a target functional object from the functional objects displayed by the display device according to the input instruction of the input device, and invoke the target functional object. As an embodiment of the system of the present invention, the functional objects displayed on the display device are arranged in descending order of their matching with the input keywords. As an embodiment of the system of the present invention, a setting module is further included for setting the size of the set value. To solve the above problem, the present invention provides an intelligent operation method based on keyword input, which includes the following steps: A, input keywords;

B. Calculate the number of characters in the input keyword;

C, determining whether the number of characters in the input keyword is less than a set value, if yes, executing step D, if not, executing step E;

D. Searching for a functional object matching the keyword from the function object database according to the input keyword, selecting a target functional object from the searched functional objects, and calling the target function pair

E. Switch to the information editing state and use the input keyword as the current information editing content. As an embodiment of the method of the present invention, before step A, the method further includes: setting a keyword library for the function object, the keyword library storing a keyword for mapping the function object; step D further comprising: inputting the keyword and the keyword library The keywords in the match are matched, and the functional objects mapped by the matched keywords are output.

As an embodiment of the method of the present invention, the step A further includes setting a size of the set value. Compared with the prior art, the present invention judges the user's operation intention according to the input keyword, and searches for the function object associated with the keyword, so that the user can quickly and accurately find the target function object. It is no longer necessary for the user to accurately remember the menus of each level where each target object is located. It is not necessary to operate the keyboard multiple times cumbersomely, and the multi-level menu finds the target object. When the number of keyword words input by the user is greater than a set value, the system will default to the user's intention to send information and customize the switch to the information editing state; making the human-computer interaction more intelligent and the user experience is better.

The invention will be further described with reference to the drawings, and the principles and effects of the invention will be apparent from the following description. DRAWINGS 1 is a structural block diagram of a smart operating system based on keyword input in a preferred implementation of the present invention; FIG. 2 is a flow chart of a smart operation method based on keyword input in a preferred implementation of the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 4 is a schematic diagram showing the setting of values in a preferred embodiment of the system and method of the present invention; FIG. 5 is a preferred embodiment of the system and method of the present invention. Another classification display diagram is shown; Figure 6-7 is a schematic diagram showing the display of candidate functional objects based on different categories in Figure 5. DETAILED DESCRIPTION OF THE INVENTION The present invention can be applied to various human-computer interaction platforms such as mobile phones. Referring to FIG. 1, an intelligent operating system based on keyword input of the present invention includes: an input module 1 for inputting keywords or instructions; a function object database 3 for storing functional objects; and a counting module 2 for calculating input The number of characters in the keyword input by the module; the determining module 4, configured to determine whether the number of characters in the input keyword is less than a set value, and if so, invoke the keyword matching module 5, if not, Calling the switching module 6; the keyword matching module 5 is configured to search for a functional object matching the keyword from the function object database 3 according to the keyword input by the input module; and the switching module 6 is configured to switch to the information Editing the state, the keyword input by the input module is used as the current information editing content; and the display device 7 is configured to display the functional object searched by the keyword matching module. The function object database 3 stores a plurality of function objects, which may be information objects, mails, alarm clocks, cameras, video players, and the like, which are set on the mobile phone, or may be various webpage link addresses or web browsers. Further, the function object database 3 corresponds to a keyword library 31, and the keyword library 31 stores keywords that map the functional objects; the keyword matching module 5 is based on an input module. The input keywords are matched with the keywords in the keyword library 31, and the functional objects mapped by the matching keywords are output.

The keyword library 31 includes a plurality of keywords, and each keyword corresponds to one or more functional objects, that is, one functional object may correspond to one or more keywords in the keyword database. The keyword can be a word, a word or a sentence. The keyword corresponding to the functional object includes a word, a word, and a sentence related to the function and use of the function object, and the keyword may be the name of the function object, or the upper-level meaning of the function object name, or the function object name. Keywords for the meaning of the lower word or the meaning of the place word. Even users can set the keywords of each functional object at will, which makes the search function more powerful.

For example, the function of the local video player is to play music, movies, etc., and its keyword library can include: music, movies, audio and video, watching movies, listening to music, songs, listening to songs, players, music players, movie players. , as well as song names and movie names, etc. These words are basically related to the purpose and function of the audio and video player. In addition, the music player and movie player are the synonyms of the name of the video player. The song name and movie name can be considered as the lower-level meaning keywords of the name of the video player. For example, the webpage link address may include a music online play link address, a movie online play link address, a music download link address, and a movie download link address. These link addresses also include corresponding keyword libraries. For example, keywords for music online play link addresses may include music, audio and video, music downloads, songs, song names of songs, singer names, and the like. For example, the keywords of the movie online play link address may include movie, video, movie download, name of each movie, director name, star name, and the like.

Referring to FIG. 3, when the user inputs "listen to music" in the edit box 21 through the input module 1, the keyword matching module 5 searches and matches the input character "listen to music" with the keyword library 31. The keyword matching module 5 will find the audio and video player in the functional object database 3, and the music online play link. The keyword "music" exists in the keyword library of the address and music download link address, thereby inputting the module

1 Enter "listen to music" to match the keyword "music". Therefore, the system searches for the video player, the music online play link address, and the music download link address to be displayed on the display device 7 for the user to select. If the user wants to listen to the song locally, the user can input a selection command through the input device 1, and the selection calling module 9 calls the local video player to play the music according to the selection command input by the input device 1. Of course, the user can also choose to enter the music download link address to download the song online, or choose to enter the music online play link address to listen to the song online.

For example, when inputting "music drawing heart", the keyword "music" will match the local video player, the music online play link address, and the music download link address. "Drawing Heart" is the name of the song, which matches the music online play link address and the music download link address. Since the music online play link address and the music download link address match the input text, the matching degree is higher, so when it is output, its priority on the display device is higher, ranked first, local audio and video The player will be behind both.

Of course, in other embodiments, a separate keyword library may also be provided for each functional object, and these keywords all map the functional object. Users can freely set keywords in the keyword library of each functional object according to their needs. This makes the search more powerful and the search more flexible.

Since there are many functional objects on electronic devices such as mobile phones, when there are many matching functional objects when inputting text, it is difficult for a user to find a target functional object that is required, and a display device of a small electronic device such as a mobile phone has limited display capability. Therefore, the classification module can be further set on the basis of the above. Each functional object is categorized according to its function. For example, functional objects such as audio and video can be classified into online viewing, downloading, purchasing, research, searching, etc. according to their functional classification. The classification module classifies the obtained functional objects according to the classification identifiers. If the obtained functional objects can be divided into online viewing, downloading, purchasing, researching, and searching, a plurality of function buttons are displayed on the display device 7: "Online viewing" , "Download", "Buy", "Research", "Search". When the user passes the input The device input selection command is selected in "Online View", and a candidate list of all function objects having the "Online View" function is entered, and the user can select the target function object in the candidate list again. In this way, the set of these function buttons will play a guiding role, so that the user can accurately and quickly find the desired target object. If the input text of the input device cannot find the matching keyword, the system will automatically pop up the function button "Search". The user only needs to click the function button "Search" to enter, there will be several search engine candidates, such as Baidu, Google. Wait. Of course, in other embodiments, if the input text of the input device cannot find a matching keyword, the system may directly pop up a number of search engines for the user to select directly. Another way is to directly enter a search engine when the text entered by the input device cannot find a matching keyword. The system can also be applied to input methods in different languages, and can be applied to input methods in English, German, French, Japanese, Korean, Arabic and other languages. For example, when inputting English, there are two types of setting modules. One is to set the number of English characters, and the other is to set the number of English words. The user can select settings according to the situation. That is, the counting module can calculate the number of English characters, or the number of English words. When the input character or word is less than the set value, the keyword matching module searches for a functional object matching the keyword from the function object database; when the input character or word is greater than the set value, the switching module will The system switches to the information editing state, and the input keyword is used as the information content. The information editing state may be an information editing state such as a short message editing state or a multimedia message editing state or a mail editing state. The setting module includes an input module and a set value storage module for display on the display. When the user needs to set the set value of the character length, the command is input through the input device. The system displays an input module for user input on the display device, and the set value storage module is used to store the set value input by the user. Referring to FIG. 2, an intelligent operation method based on keyword input of the present invention includes the following steps: 501. Set a keyword library and a functional object database;

502. Set a set value size.

511. Enter a keyword;

512. Calculate the number of characters in the input keyword;

513, determining whether the number of characters in the input keyword is less than a set value, if yes, proceeding to step S14, if not, executing step S16;

514. Search for a function object matching the keyword from the function object database according to the input keyword, S15, select a target function object from the searched function objects, and invoke the target function object;

S16. Switch to the information editing state, and input the keyword as the current information editing content. The keyword library in the above step S01 includes keywords in which the mapping function objects are stored. Each keyword corresponds to one or more functional objects, that is, one functional object may correspond to one or more keywords in the keyword database, and the keywords may be words, words, sentences. The keyword corresponding to the function object includes a word, a word, and a sentence related to the function and use of the function object, and the keyword may be the name of the function object, or the upper-level meaning of the function object name, or the lower-level of the function object name. A keyword for the meaning of a word or the meaning of an apposition. Even users can set the keywords of each functional object at will, which makes the search function more powerful. The function object database stores a plurality of function objects, which may be information objects set on the mobile phone, emails, alarm clocks, cameras, video players, games, and the like, or may be webpage link addresses or web browsers. Functional objects can be classified according to different functions. If the functional objects of audio and video are classified according to different functions, they can be divided into online viewing, downloading, purchasing, research, and searching. In this way, different classification identifiers can be set for functional objects of different functions to be classified, for example, can be used for online The function identifier of the webpage link for watching the movie online is set to 1; the function identifier of the webpage link address for downloading the movie is set to 2.

Referring to FIG. 4, the display device 7 in FIG. 4 displays an interface for setting a value. In the edit box 71, the size of the set value that the user can arbitrarily modify is generally an integer greater than 5; the system has a default. The value is used as the initial value of the set value; after the user modifies the set value through the setting module 8 in the system, the modified current set value can be called by the determining module 4 at any time to compare with the input keyword number.

The keywords input in step S11 may be words, words, sentences, or characters in various languages. The input device is not limited to a physical keyboard, but may also be a virtual keyboard, or a language input. Match the input keyword text with the keyword in the keyword library to obtain matching keywords. For example, if the input text is exactly the same as a certain keyword, it will match the keyword completely; if the input text contains a certain keyword, the partial matching; if the input text contains a part of a certain keyword, then Partial match. The degree of these three matches is high to low. When the input text matches a plurality of keywords corresponding to a certain functional object, the matching degree is high, that is, the more the number of keywords of the functional object matches the input text, the higher the matching degree is.

Then, the functional object mapped by the matching keyword is searched from the function object database. Since each keyword is mapped with one or more functional objects, all functional objects mapped by the matching keywords can be searched for selection by the user. The categories of the searched functional objects are identified based on the function identifiers, and the different functional objects are classified. The function buttons are displayed on the display device to distinguish different types of functional objects, and the user is guided. When a function button is clicked, a type of functional object included in the function button is displayed on the display device.

For the output of the functional object displayed on the display device. The principle of arranging the display is to arrange according to the degree of keyword matching. The higher the keyword matching degree, the functional object arrangement it maps In the front, the easier it is for the user to find the target functional object based on the semantics of the input text.

The user can finally click on the target function object to enter the corresponding function to call the function object. Referring to Figures 5-7, further illustrated below, the user enters the text "TV" in the edit box 21 of the display device 7, which may be a fuzzy match due to the matching of the keywords. Some webpages in the mobile phone have link addresses corresponding to the "television" or "television" similar to the keyword "television". The input keyword "television" can be fuzzyly matched to the words "television", "television" and so on, and then search for matching webpage link addresses. Since most webpage link addresses cannot directly reflect their purpose and function, in order to facilitate the user to quickly and accurately find the target functional object, the functional objects can be classified and used. For example, in several webpage link addresses including the keyword "television", it can be divided into: online viewing, downloading, purchasing, research, and searching according to its purpose and function. The classification module classifies the matched webpage link addresses according to the above classification, and sets the above classification into a plurality of function buttons 22 for display on the display device for the user to select (Fig. 5). The function button "Online Watch" includes several links to video websites that can be viewed online; the function button "Download" includes several links to websites that can be used to download TV shows, etc. The function button "Buy" includes several TV sets. A link to the website of the manufacturer or store, such as Figure 7, may be linked to the website of Skyworth, Konka, TCL, Samsung's TV manufacturer, and also to the website of Gome's and Suning's electrical appliance; The function button "Research" includes several A TV forum, such as a technical forum for people to study and research; the function button "Search" includes links to several search engines, such as Baidu, Google, Sogou, Netease and other search engines (Figure 6). When the user clicks on these sorting function buttons, the system will display the webpage link address of the webpage on the display device for the user to select and call.

Of course, in other embodiments, a keyword library may be set for each functional object, and a plurality of keywords related to the functional object are set in the keyword library, and the keywords are mapped to the functional object, and the input text may have meaning Search for keywords in each keyword library to search The functional objects mapped by the matched keywords. In addition, when the input text does not have a keyword that can be matched, the function button "search" is displayed on the display device, since the function button includes a selection among several search engines. When the user clicks the function button, the search engine can be directly selected for searching. Of course, when the input text does not have a matching keyword, a plurality of search engines are directly displayed on the display device for the user to select a search; or directly enter a certain search engine for searching. Of course, in other embodiments, the system and method of the present invention can also be applied to electronic devices other than mobile phones, such as computers and the like. In addition, the method can also be applied to input methods in different languages, and can be applied to input methods in languages such as English, German, French, Japanese, Korean, and Arabic. For example, when inputting English, there are two types of setting modules. One is to set the number of English characters, and the other is to set the number of English words. The user can select settings according to the situation. That is, the counting module can calculate the number of English characters, or the number of English words. When the input character or word is less than the set value, the keyword matching module searches for a functional object matching the keyword from the function object database; when the input character or word is greater than the set value, the switching module will The system switches to the information editing state, and the input keyword is used as the information content. The information editing state may be an information editing state such as a short message editing state or a multimedia message editing state or a mail editing state. As described above, those skilled in the art can fully implement the present embodiment. Since the space is limited, it will not be repeated here. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, and the equivalent changes made by the scope of the present invention remain within the scope of the present invention.

Claims

Claim

1. An intelligent operating system based on keyword input, comprising: an input module for inputting keywords or instructions; a function object database for storing functional objects; and a counting module for calculating input key of the input module a judging module, configured to determine whether the number of characters input is less than a set value, and if so, invoke a keyword matching module, and if not, invoke a switching module;

a keyword matching module, configured to search, according to a keyword input by the input module, a function object that matches the keyword from a function object database; a switching module, configured to switch to an information editing state, input the input module The keyword is used as the current information editing content.

2. The intelligent operating system based on keyword input according to claim 1, wherein the functional object database corresponds to a keyword library, and the keyword inventory stores keywords that map the functional objects; The keyword matching module matches the keywords input in the keyword library according to the keywords input by the input module, and outputs the functional objects mapped by the matching keywords.

3. The intelligent operating system based on keyword input according to claim 1, further comprising a keyword library, the keyword library comprising a plurality of keywords, each keyword correspondingly mapping one or more functions The keyword matching module matches the keyword input in the keyword library according to the keyword input by the input module, and outputs the functional object mapped by the matching keyword.

4. A smart operating system based on keyword input as claimed in claim 2 or 3, characterized in that The keyword is a word or a word or a sentence.

5. The intelligent operating system based on keyword input according to claim 2 or 3, wherein a selection calling module is configured to select a target from the functional objects displayed by the display device according to the instruction input by the input device. Function object, and call the target function object

6. The intelligent operating system based on keyword input according to claim 2 or 3, wherein: the functional object displayed on the display device is in accordance with the degree of matching with the input keyword from high to low. arrangement.

7. The intelligent operating system based on keyword input according to claim 1, further comprising a setting module configured to set a size of said set value.

8. An intelligent operation method based on keyword input, comprising the following steps:

A, input keywords;

B. Calculate the number of characters in the input keyword;

D. Searching for a functional object matching the keyword from the function object database according to the input keyword, selecting a target functional object from the searched functional objects, and calling the target functional object;

E. Switch to the information editing state and use the input keyword as the current information editing content.

9. The intelligent operation method based on keyword input according to claim 8, further comprising: before step A, further comprising setting a keyword library for the functional object, wherein the keyword inventory is stored Mapping keywords of functional objects;

Step D further includes: matching the input keyword with the keyword in the keyword library, and outputting the functional object mapped by the matched keyword.

10. The intelligent operation method based on keyword input according to claim 9, wherein: before the step A, the method further comprises: setting a size of the set value.