WO2010124510A1

WO2010124510A1 - Human-computer interface interaction system and method

Info

Publication number: WO2010124510A1
Application number: PCT/CN2009/076018
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: 2009-12-25
Publication date: 2010-11-04
Also published as: CN102117159A; CN102117159B

Abstract

A human-computer interface (HCI) interaction system is provided, which comprises: an input device, which is used for inputting a keyword string sequence and transmitting the keyword string sequence to a display device, and the input device is used for inputting select instructions and transmitting the select instructions to the call module after the target information object is found by the search module; a storage repository, which is used for storing information objects; a search module, which is used for finding the matching information objects from the information objects stored in the storage repository according to the inputted keyword string sequence; an output module, which is used for outputting the obtained information objects by searching to the display device; a display device, which is used for forming an input region on the displayed mobile terminal desktop to display the keyword string sequence inputted by the input device and displaying the information object list outputted by the output module; a call module, which is used for selecting the target information object from the displayed information object list according to the select instructions inputted by the input device and calling the target information object. An HCI interaction method is also provided. The invention can search for the matching information object and directly call the properties of the information object by directly inputting the keyword string sequence on the desktop of the mobile terminal, so that the information object can be searched and called more rapidly and conveniently.

Description

Human-machine interface interaction system and method

The present invention relates to an information search technology applied to an electronic device, and more particularly to a human-machine interface interaction system and method. Background technique

As the functions of mobile terminals such as mobile phones become more and more abundant, users use portable mobile phone devices to store more and more information and function applications; however, the human-computer interaction performance and convenience of mobile terminals are always unsatisfactory. When the user finds a certain information object in the mobile terminal and calls its function, it has to waste a lot of time and effort on the search. These information objects include contacts, files, directories, applications, etc. on the mobile phone. For example, when you need to find contact information such as the phone number of a contact from the phone address book, you must first enter the contact list through the mobile phone's desktop. After entering the name of the contact and searching, the whole process takes a lot of time, and because some functions are hidden deep, it is difficult to find quickly and conveniently. Therefore, there is an urgent need for a human-machine interface interaction system for quickly calling information resources on a mobile terminal to solve this problem. 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 a human-machine interface interaction system capable of quickly calling various information object functions on a mobile phone.

The second problem to be solved by the present invention is to provide a human-machine interface interaction method capable of quickly calling the functions of various information objects on the mobile phone.

In order to solve the above problems, the present invention provides a human-machine interface interaction system, including: an input device, configured to input a key character sequence and transmit to a display device; when the search module finds a target information object, Inputting a selection instruction and transmitting it to the calling module;

a repository for storing information objects; a search module, configured to search for a matching information object from the information object stored in the storage library according to the input key character sequence;

An output module, configured to output the searched information object to the display device;

a display device, configured to form an input area on the desktop of the displayed mobile terminal for displaying a key character sequence input by the input device, and a list of information objects for displaying the output of the output module;

And a calling module, configured to select a target information object from the displayed information object list according to the selection instruction input by the input device, and invoke the target information object.

As an improvement of the system of the present invention, the information object contains a sequence of marked characters and their corresponding difficulties.

As a further improvement of the system of the present invention, the system further includes a button mapping table, and a repository establishing module connected to the repository, the repository establishing module specifically comprising:

a hash table establishing unit, configured to establish a hash table consisting of a plurality of key value lists and storing the hash table, wherein each key value list corresponds to a hash value;

An input unit, configured to input a sequence of marked characters of the information object and its corresponding key value into the repository;

a first converting unit, converting the sequence of marked characters into a corresponding digital sequence according to the button mapping table;

a first decomposition unit, the digital sequence is decomposed into a plurality of number fields, and a hash value corresponding to the number fields is found in the hash table;

And an allocating unit, configured to store the key value assignment corresponding to the input character sequence of the input into the key value list corresponding to the hash value of the number field.

As a further improvement of the system of the present invention, in one embodiment, the hash table is composed of a list of one thousand key values, each key value list corresponding to a hash value consisting of three digits, a hash value The value ranges from 000 to 999; the first decomposition unit decomposes the digital sequence into A number field consisting of three digits; the key values stored in the key value list of the hash table are arranged in order of size.

The search module includes:

a second conversion unit, configured to convert a key character sequence input by the input device into a corresponding digital sequence according to the key mapping table;

a second decomposition unit, configured to decompose the digital sequence into a plurality of three-digit number fields, and find a hash value corresponding to the number field in a hash table of the storage library;

An intersection calculation unit, configured to find the same key value contained in the key value list of the hash value corresponding to the number field;

And a verification unit, configured to check whether the sequence of the marked characters corresponding to the key value obtained by the intersection calculation unit matches the input key character sequence, and transmit the matched sequence of the marked characters to the output module.

As an embodiment of the system of the present invention, the object information is application software, and the identifier sequence is the name of the application software, and the application software further includes a storage path thereof.

As an embodiment of the system of the present invention, the object information is a link object, the sequence of the marked characters of the link object is its name, and the link object further includes its link address.

To solve the above problem, the present invention also provides a human-machine interface interaction method, which includes:

A. Store the information object in the repository;

B. input a key character sequence, and form an input area on the desktop of the mobile terminal to display the key character sequence;

C. Searching for a matching information object from the information object stored in the storage library according to the input key character sequence, and outputting the display;

D. Input the selection instruction, select the target information object from the displayed information object, and call the target information object.

As a modification of the method of the present invention, the step A specifically includes the following steps: The body includes the following steps:

Al, establishing a hash table consisting of a plurality of key value lists and storing them in the repository, each key value list corresponding to a hash value;

A2, storing the sequence of the marked characters of the respective information objects and their corresponding key values into the repository; A3, converting the sequence of the marked characters of the respective information objects into corresponding digital sequences according to the key mapping table in the storage library;

A4. Read a sequence of numbers corresponding to the sequence of the marked characters, decompose the sequence of numbers into a number of fields, and find a hash value corresponding to the number field in the hash table;

A5. Store the key value assignment corresponding to the read signed character sequence into the key value list corresponding to the hash value of the number field.

As a further improvement of the method of the present invention, the hash table is composed of a list of one thousand key values, and each key value list corresponds to a hash value consisting of three digits, and the hash value ranges from 000 to 999. In the step A4, the digital sequence is decomposed into a number field consisting of three digits; the key values stored in the key value list of the hash table are arranged in order of size.

As a further improvement of the method of the present invention, the step C specifically includes the following steps: converting the input key character sequence into a corresponding digital sequence according to a button mapping table; and decomposing the digital sequence into a plurality of three digits The number field is composed, and the hash value corresponding to the number field is found in the hash table of the repository;

Finding the same key value contained in the key value list of the hash value corresponding to the number field; respectively checking whether the marked character sequence corresponding to the same key value matches the input key character sequence, and matching The sequence of marked characters is output to the desktop display of the mobile terminal.

Compared with the prior art, the present invention displays an input device, inputs a key character sequence to be searched directly on the desktop of the mobile terminal, searches for an information object that matches the key character sequence, and directly selects the target information object to be called. The function of making information objects faster and more convenient to find and call. DRAWINGS

1 is a structural block diagram of a human-machine interface interaction system according to the present invention;

2 is a structural block diagram of a storage library building module in a human-machine interface interaction system according to the present invention; FIG. 3 is a schematic diagram of a hash table stored in a storage library in a specific embodiment of a human-machine interface interaction system according to the present invention;

4 is a schematic structural diagram of a search module in an embodiment of a human-machine interface interaction system according to the present invention;

FIG. 5 is a main flowchart of a human-machine interface interaction method according to the present invention; FIG.

Figure 6 is a specific flow chart of step S1 in Figure 5;

Figure 7 is a specific flow chart of step S14 in Figure 6;

8 is a specific flowchart of step S3 in FIG. 5;

Figure 9 is a detailed flow chart of step S32 of Figure 8. detailed description

The human-machine interface interaction system and method provided by the present invention are applied to a mobile terminal. The following uses a mobile phone as an example for description. First, create a repository on the phone and add the information objects on the phone to the search repository. This repository is distinguished from a contact repository in a similar mobile phone. The information object includes: a sequence of character sequences and attributes of the information object. For example: The information object Wang Ming, Wang Ming, the two characters themselves belong to the sequence of marked characters of the information object Wang Ming, and its attributes include its belonging to the contact. In this way, information such as mailboxes, alarm clocks, various link addresses, and the like can be added to the repository. The user inputs the key sequence of a function or information (information object) according to the rules of the common input method, and then displays the found information on the desktop of the mobile terminal, and the user can operate the target information item according to its attribute. For example, if the information object of Wang Ming is searched, the contact information of Wang Ming in the mobile phone contact can be directly opened according to the attribute contact of the information object. Thus making the phone The function of the device is easier and faster to use. The key characters may be various identifiable characters such as Chinese kanji characters, English, and numbers. Of course, the information objects stored in the repository should match the input language.

Referring to FIG. 1, a human-machine interface interaction system provided by this embodiment includes a display device 1, an input device 2, a search module 3, a storage library 4, an output module 5, and a calling module 6.

The display device 1 is formed on the desktop of the mobile terminal it displays with an input area for displaying the input key character sequence. The display device is also used to display information objects and the like output by the output module 5. The information object output by the output module 5 can be displayed on the desktop of the mobile terminal, or can be displayed separately by changing the interface.

The input device 2 is configured to input a key character sequence in a state in which the desktop of the mobile terminal is displayed. The input device 2 receives input information input to a keyboard or touch screen, and includes an input interface for transmitting the input key character sequence to the search module 3. After the mobile terminal desktop displays the found information object, a selection instruction is input according to the user's selection to select the target information object from the displayed information object, and transmits it to the calling module 6.

The repository 4 is used to store information objects. The information object may be an application software, a link address, or the like. The application software may be a movie player, a game, a music player, an alarm clock, or the like installed on a mobile phone. The link address may include an email address, a web page, and the like. In addition, the information object can also be a contact, a contact number, a folder. The information object includes a sequence of character sequences and their corresponding key values, other attributes. For example, if the object information is application software, the object information includes a name of the application software (ie, a sequence of marked characters), a key value corresponding to the name, and a storage path thereof; if the object information is a link object, the object information includes The name of the link object (that is, the sequence of marked characters), the key value corresponding to the name, and its link address.

The search module 3 is configured to search for a matching information object from the information objects stored in the repository 4 according to the input key character sequence.

The output module 5 is configured to output the searched matching information object to the display device 1 for outputting Displayed on the desktop of the mobile terminal.

The calling module 6 is configured to select a target information object from the displayed information objects according to the selection instruction input by the input device 2, and invoke the attribute of the target information object. After the matched information object is displayed on the desktop of the mobile terminal, the call operation is performed according to the user's button message. When the user selects one, a series of operation functions of the selected information object are called to implement related operations, and different types of information objects have different correspondences. The operation, that is, has different properties. Specifically, if the information object movie "Painted Skin", if the repository 4 includes two information objects of "Painted Skin", one of the information objects of "Painted Skin" includes the name painted skin and the storage path stored in the mobile phone. Another informational object of “Painted Skin” includes the name of the painted skin and the link address of a webcast on the Internet. The user can find the two information objects from the repository 4 by entering a key character sequence, and then select the target information object. If the former is selected, the player on the mobile phone is opened through its storage path to play the movie “Painted Skin” stored on the mobile phone; if the latter is selected, the movie “Painted Skin” is played online through its link address. If the information object is a folder picture, the information object includes a name picture and a storage path of the folder. If the information object is the contact Wang Ming, the information object includes the name Wang Ming, and the storage path of the contact Wang Ming. The user can find the information object from the repository 4 by inputting the key character sequence Wang Ming, and then select the information object. After the target information object, open the contact on the mobile phone through its storage path - Wang Ming, and call the contact information of the contact person Wang Ming.

Referring to FIG. 2 and FIG. 3, the system of the present invention further includes a key mapping table corresponding to various language input methods (such as an alphanumeric mapping table corresponding to the English nine-key input method), and a storage library connected to the storage library 4. Module 7 is created. The repository establishing module 7 specifically includes a hash table establishing unit 71, an input unit 72, a first converting unit 73, a first decomposing unit 74, and an allocating unit 75.

The hash table establishing unit 71 is configured to create a hash table composed of a plurality of key value lists 711 and store them in the storage library 4. The key value is a number for the information object, an information object corresponds to a key value, and the key value is also stored in the repository. Each of its key value lists 711 corresponds to a hash value. As a best practice, the hash table can be composed of a thousand key values. Table 71 1 composition, each key value list 71 1 corresponds to a three-digit hash value, the value of the hash value is 000 to 999; because the three-digit number is the best, its space and time If the hash value is a two-digit number, the space used will be smaller, but the time required for the search will be large; if the hash value is 4 digits or more, the space used will be large. The time required for the search does not optimize the sequence of the character sequence used by the input unit 72 for inputting the information object and its corresponding key value, and the input information object is classified into the repository 4. That is, each information object corresponds to a category attribute, and the information objects can generally be divided into the following categories: contact information, songs, directories, files, applications; each category entry has a different operation, such as the operation of the song is Open the music player and play this song;

The first converting unit 73 converts the sequence of the marked characters into a corresponding sequence of numbers according to the button mapping table. The button mapping table stores various characters defined for input according to each button of the mobile phone. For example, the mobile phone number button 2 indicates that there is &, b, c, and the key mapping table corresponding to the mobile phone number button 2 stores a stored in the memory. , b, c, and number 2.

The first decomposition unit 74 decomposes the sequence of numbers into a number of fields, and finds a hash value corresponding to the number fields in the hash table. Specifically, the sequence of numbers is decomposed into a number of fields consisting of three digits.

The allocating unit 75 is configured to store the key value corresponding to the input character sequence of the input into the key value list corresponding to the hash value of the number field, and the key values stored in the key value list are arranged in order of size, such that When you need to find a key value, you can use binary search; this can save a lot of search time.

Referring to FIG. 4, the search module 3 includes a second conversion unit 31, a second decomposition unit 32, an intersection calculation unit 33, and an inspection unit 34.

The second converting unit 31 is configured to convert a key character sequence input by the input device into a corresponding digital sequence according to the button mapping table. The conversion unit can use an existing corpus analyzer To achieve, it can transform the language sequence into a digital sequence. The current corpus analyzer supports a variety of foreign language input methods and Chinese input methods.

The second decomposing unit 32 is configured to decompose the digital sequence into a number of three-digit number fields, and find the hash values corresponding to the number fields in the hash table of the repository.

The intersection calculation unit 33 is configured to find the same key value contained in the key value list of the hash value corresponding to the number field.

The checking unit 34 is configured to check whether the sequence of the marked characters corresponding to the key value obtained by the intersecting calculating unit matches the input key character sequence, and transmit the matched signed character sequence and its category attribute to the output module. The specific operation process of using the above search system for quick search is described in detail below. Referring to FIG. 5, a human-machine interface interaction method includes the following steps:

S1. Store the information object in the repository;

52. Enter a key character sequence, and form an input area on the desktop of the mobile terminal to display the key character sequence;

53. Searching for a matching target information object from the information object stored in the storage library according to the input key character sequence, and outputting to the desktop display of the mobile terminal;

54. Input a selection instruction, select one of the displayed target information objects, and call the function of the target information object. Calling the attribute of the target information object, for example, the information object is a folder, that is, the attribute of the information object includes the folder belonging to the folder, and the attribute of the information object is called to open the folder; for example, the information object is a song, that is, The attribute attribute includes a music player, and the property of the information object is called to open the music player to play the song; for example, the information object is a song, but the song is linked through a network, that is, the attribute of the information object includes the song. The link address, the property of the information object is called to open the network link; etc., since the type of the information object can be varied, those skilled in the art can fully implement the present embodiment, here The calling properties of the information object are no longer explained one by one.

Referring to FIG. 6, step S1 in FIG. 5 specifically includes the following steps:

511. Create a hash table consisting of a list of key values, and store the hash table in the repository, where each key value list corresponds to a hash value; the hash table is composed of a list of one thousand key values. Each key value list corresponds to a hash value consisting of three digits, and the hash value ranges from 000 to 999;

512. Sort the information objects to be searched, each information object corresponds to a sequence of marked characters and a key value, and its category attribute, for example, assigning an information object whose sequence of characters is "painted" to the category of the movie, and assigning A key value "9381" (the key value is a four-digit unsigned integer, and other digits can also be used); Enter the sequence of the character sequence of all information objects and their corresponding key values and category attributes into the repository, and put them in a table. The form is stored in the repository; it is replaced by the corresponding sequence of numbers; for example, when the Chinese character sequence of the character is input, the pre-stored pinyin mapping table is used to convert the "painted skin" into the pinyin "huap i". Then, using a pre-stored alphanumeric mapping table, the pinyin "huapi" is converted into a digital sequence "48274";

514. Decompose each digital sequence into a plurality of number fields, and decompose according to the sequence of the digital sequence, and find a hash value corresponding to the number field in the hash table; and then sequence the current marked character The corresponding key value assignment is stored in the key value list corresponding to the hash value of the number field; for example, the number sequence "48274" of the "painted skin" is decomposed into "482" "827" "274", and then in the hash table Find the list of key values corresponding to the hash values of the three number fields, and store the key value "9381" of the "painted skin" in the three key value lists with hash values of "482", "827", and "274". Go; this completes a decentralized storage of key values;

515. Each key value list in the hash table stores a plurality of key values, and the key values stored in each key value list are arranged in order of size. Referring to FIG. 7, step S14 in FIG. 6 specifically includes:

S140: reading a sequence of marked characters and its key values, and corresponding digital sequences thereof; S141: determining whether the length of the digital sequence is greater than or equal to three digits; if the length of the digit sequence is greater than or equal to three digits, performing the following Steps S1421-S1424:

S 1421: Take the first three digits of the sequence of numbers to form a hash value.

S1422: Find a key value list of the hash value in the hash table, and insert the key value read in step S140 into the stored value.

S1423: Determine whether there are any remaining numbers in the digital sequence, and if yes, perform steps

S1424; If no, the process returns to step S140.

S1424: Continue to take a number from the sequence of numbers, place it after the first two digits, construct a three-digit hash value, and return to step S1422. If the length of the digital sequence is not greater than or equal to three digits, perform the following steps S1425-S1426: S1425: Complement 0 after the sequence of digits read to make it reach three digits, forming a hash value. S1426: In the hash table The key value list of the hash value is found, and the key value read in step S140 is inserted into the storage; and the process returns to step S140. Referring to Figure 8, the detailed steps of step S3 in Figure 5 include:

S31. Convert a key character sequence input by the input device into a corresponding digital sequence according to the button mapping table. For example, when inputting the key character sequence of Chinese characters "painting skin", using the pre-stored pinyin mapping table, first convert the "painting skin" into the pinyin "huapi", and then use a pre-stored alphanumeric mapping table to pinyin "huapi". "Converted to a digital sequence "48274".

S32. Decompose the converted digital sequence into a plurality of three-digit number fields, and find a hash value corresponding to the number field in a hash table of the repository. Key values from these hash values Find the same key value it contains in the list. For example, the number sequence "48274" of "painted skin" is decomposed into "482""827""274", and then the three key value lists corresponding to the hash values of the three number fields are found in the hash table, and then calculated. The intersection of these three key value lists is to find the same key value they contain. Since the list of key values is sorted by size, a binary search can be used to find the same key value; this saves a lot of time to find.

533. Convert the same key value found above into a corresponding sequence of the marked characters according to the corresponding table of the key value and the marked character sequence stored in the repository, and respectively check whether the sequence of the marked characters matches the input key sequence. The matching sequence of marked characters is retained. The reason for the test is that after the sequence of marked characters is decentralized, restoring it will produce some redundant information. For example, the hash value of the decentralized storage of the key value 8548 can also form a sequence of numbers such as "426426426". When the user inputs "426426426", the key value 8548 can also be found, but this obviously does not match the 8548, so it is verified. , remove the key values that do not match, in order to output.

534. Output the matched sequence of the marked characters and the category attribute thereof to the desktop display of the mobile terminal. Referring to Figure 9, the detailed steps of step S32 in Figure 8 include:

S 321: reading a sequence of numbers converted from a sequence of key characters input;

S322: Determine whether the length of the digital sequence is greater than or equal to 3 digits. If yes, perform the following steps S3231-S3235; if no, proceed to steps S3236-S3240.

If the length of the digital sequence is greater than or equal to 3 digits, perform the following steps S3231-S3235:

S3231: Take the first three digits of the sequence of numbers to form a three-digit hash value.

S3232: Take the list of key values of this hash value from the hash table in the repository and put it into a calculation queue.

S3233: Determine whether there are any remaining numbers in the digital sequence, and if yes, proceed to step S3234; if not, proceed to step S324: output the current calculation list.

S3234: Continue to take another number from the sequence of numbers, after the first two digits, Form a new hash value.

S3235: Extract the key value list of the hash value, intersect it with the current calculation list, replace the obtained intersection value with the original key value stored in the calculation list, and update the current calculation list; and return to step S3233.

If the length of the digital sequence is less than 3 digits, perform the following steps S3236-S3240:

S3236: Add "0" to the end of the sequence of numbers to make it a three-digit number to form a hash value. S3237: The key value list of this hash value is taken from the hash table in the repository and placed in a calculation queue.

S3238: Determine whether the current hash value is smaller than the largest three digits formed by the sequence of numbers, and if yes, step S3239; if no, proceed to step S324: output the current calculation list.

S3239: Add 1 to this hash value as the current hash value.

S3240: Extract the key value list of the current hash value from the hash table, intersect the calculation list with the calculation list, replace the obtained intersection value with the original key value stored in the calculation list, and update the current calculation list; and return to step S3238.

For example, a sequence of numbers read is "32", which is less than three digits. It is changed to 0 "320" after the sequence of numbers, and a hash value of 320-329 is obtained from the hash table ( That is, the hundred digits are '3, the three-digit hash value of the single digit is '2, and the hash value of the hash value 320-329 is found to be the intersection, and the calculation queue to be output is obtained. If there is only one number in a sequence of numbers read, such as "8", then the key value list of the hash value of 800-899 is intersected.

The invention first classifies the information to be searched, each information corresponds to a sequence of marked characters and a key value, and then adds the sequence of marked characters of the information and the corresponding key value to the search repository. When the user searches, the key character sequence input by the user is transmitted to the repository for searching, and the repository sends out the list of key values found, and the system then classifies the key values in the list into a sequence of marked characters and displays the sequence to the user on the interactive interface. , for user operation.

In addition, the input device may be a full keyboard of a physical keyboard, a compressed keyboard, or a virtual A keyboard, or a handwriting input device, a voice input device, and the like. The key sequence of characters input in the system and method of the present invention may be a sequence of numeric characters, a sequence of alphabetic characters, or a sequence of Chinese characters, and the like. For example, the Chinese character sequence can be a Chinese stroke sequence, a Chinese character, a Chinese phrase, a Chinese sentence, and the like. The sequence of alphabetic characters can be a sequence of alphabetic characters, words, and the like. The desktop refers to a desktop after booting, or a standby desktop, that is, when the user opens an electronic device such as a mobile phone, the system can be directly faced or implemented. Of course, it can also be a special desktop, for example, pressing a button, the desktop is popped up for the user to use the system and method. Those of ordinary skill in the art can fully accomplish the above embodiments, and are not described here again.

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

1/4 of the claims

A human-machine interface interaction system, comprising:

An input device, configured to input a key character sequence and transmit to the display device; when the search module finds the information object, the input instruction selects the target information object and transmits the target information object to the calling module;

a repository for storing information objects;

a searching module, configured to search for a matching information object from the information object stored in the storage library according to the input key character sequence;

a display device, configured to form an input area on a desktop of the mobile terminal displayed thereon for displaying a key character sequence input by the input device, and a list of information objects for displaying the output of the output module;

The human-machine interface interaction system according to claim 1, wherein the information object includes a sequence of marked characters and corresponding key values.

3. The human-machine interface interaction system according to claim 2, wherein: the object information is application software, and the marked character sequence is a name of the application software, and the application software further includes a storage path thereof.

4. The human-machine interface interaction system according to claim 2, wherein: the object information is a link object, the sequence of the marked characters of the link object is a name thereof, and the link object further includes a link address thereof.

The human-machine interface interaction system according to claim 2, wherein the system further comprises a button mapping table and a repository establishing module connected to the repository, the button mapping table for storing each button The characters mapped on the library, the repository building module specifically includes: a 2/4 hash table establishing unit, configured to establish a hash table consisting of a plurality of key value lists and storing the hash table in the repository, each key value list corresponding to a hash value;

6. The human-machine interface interaction system according to claim 5, wherein: the hash table is composed of a list of one thousand key values, and each key value list corresponds to a hash composed of three digits. The value, the value of the hash value ranges from 000 to 999; the first decomposition unit decomposes the sequence of numbers into a number field consisting of three digits.

7. The human-machine interface interaction system according to claim 6, wherein: the key values stored in the key value list of the hash table are arranged in a large order.

8. The human-machine interface interaction system according to claim 7, wherein: the search module comprises:

a second conversion unit, configured to convert a key character sequence input by the input device into a corresponding digital sequence according to a button mapping table;

a second decomposition unit, configured to decompose the digital sequence into a plurality of digital segments consisting of three digits, and find a hash value corresponding to the number field in a hash table of the repository;

a verification unit, configured to check a mark word corresponding to a key value obtained by the intersection calculation unit Whether the 3/4 symbol sequence matches the input key character sequence, and the matched sequence of flag characters is transmitted to the output module.

A human-machine interface interaction method, characterized in that it comprises the following steps:

A. Store the information object in the repository;

D. Input a selection instruction, select a target information object from the displayed information object, and call the target information object.

10. The method of interacting with a human-machine interface according to claim 9, wherein the step A specifically includes the following steps:

A2, storing a sequence of marked characters of each information object and its corresponding key value into the repository; A3, converting the marked character sequence of each information object into a corresponding digital sequence according to the button mapping table;

A4, reading a sequence of numbers corresponding to the sequence of marked characters, decomposing the sequence of numbers into a plurality of digital segments, and finding a hash value corresponding to the number fields in the hash table;

A5. The key value assignment corresponding to the read sequence of the marked characters is stored in the key value list corresponding to the hash value of the number field.

11. The human-machine interface interaction method according to claim 10, wherein: the hash table is composed of a list of one thousand key values, and each key value list corresponds to a hash composed of three digits. The value of the hash value ranges from 000 to 999; in the step A4, the sequence of numbers is decomposed into a number field consisting of three digits. 4/4

The human-machine interface interaction method according to claim 11, wherein: the key values stored in the key value list of the hash table are arranged in order of size.

The method for interacting with a human-machine interface according to claim 12, wherein the step C specifically includes the following steps:

Converting the input key character sequence into a corresponding digital sequence according to a key mapping table; decomposing the digital sequence into a plurality of three-digit number fields, and finding the number fields in a hash table of the repository Corresponding hash value;