CN105094572A - Menu self-adjusting scrolling display control method, server and portable terminal - Google Patents

Abstract

The invention provides a menu self-adjustment scrolling display control method. The present invention records the user operation information of each user for each functional module of the user service response system in the server, analyzes the user's characteristic score corresponding to each functional module of the user service response system based on the recorded user operation information, and analyzes the The feature scores are sorted to determine the display order of the application menus of each functional module, which greatly reduces the complexity of the menu page, greatly improves the efficiency of menu recognition for the scrolling menu, and effectively simplifies the menu recognition process.

Description

Menu self-adjusting scrolling display control method, server and portable terminal

technical field

The invention relates to a menu processing technology, in particular to a menu self-adjusting scrolling display control method, server and portable terminal.

Background technique

At present, portable terminals (such as mobile phones, tablet computers, etc.) are affected by their small display screens, and cannot display a lot of information on the display screen at one time like traditional personal computers. In order to change this situation, there are now With the split-screen display technology, applications can be scrolled or classified and displayed in split screens. For example, the game screen displays all game-related shortcut menus. Although this split-screen display technology or scrolling display technology alleviates the contradiction between a smaller display screen and too much information to be displayed to a certain extent, this contradiction has not been completely resolved, and the contradiction still exists. For example, when the client system in the portable terminal corresponds to many applications under each functional module (for example, the bank module) of the user service response system in the server, if the application menus belonging to different functional modules are divided into different screens according to the functional modules display, it will obviously bring difficulties in split-screen recognition and cumbersome split-screen search; and if the application menus belonging to different functional modules are scrolled and displayed on the same screen, the complexity of the menu page will be increased, and it is also difficult to avoid menu recognition Difficulty and cumbersome to find.

The above content is only used to assist in understanding the technical solution of the present invention, and does not mean that the above content is admitted as prior art.

Contents of the invention

The main purpose of the present invention is to provide a menu self-adjusting scrolling display control method, server and portable terminal, to determine the menu display sequence of each functional module according to the feature scores of different functional modules corresponding to the user, and then according to the determined display The application menus under each functional module are sequentially displayed, thereby reducing the complexity of the menu page, improving the menu recognition efficiency of the user for the scrolling menu, and simplifying the menu recognition process.

A menu self-adjusting scrolling display control method is applicable to a communication system in which a portable terminal and a server perform data communication through a communication network. The method includes the steps: A. The server records each operation information of each user through the portable terminal to the user service response system in the server; B. According to the recorded operation information of each user, the server analyzes each user's corresponding operation information based on preset analysis rules. The user service responds to the feature scores of each functional module in the system, and feeds back the analyzed feature scores of each user under each functional module to the client system in the corresponding portable terminal; C, the client in the portable terminal The system sorts the feature scores corresponding to the received functional modules according to the preset sorting rules, and determines the display order of the application menus of each functional module according to the sorting order of the feature scores. The menu interface of the above client system displays all the application menus of each functional module.

Preferably, the preset analysis rule is: according to the preset formula P(A)=((the page-specific analysis value corresponding to the A function module)/the sum of the page-specific analysis values corresponding to each function module)*100, calculate the user's The feature score P(A) under different functional modules, where the page-specific analysis value refers to the product value of the page stay time under the functional module and the number of page visits, and A represents the name of the functional module.

Preferably, the preset analysis rule is: according to the preset formula P(A)=((the page-specific analysis value within a fixed time corresponding to the A function module)/the sum of the page-specific analysis values within a fixed time corresponding to each function module) *100, calculate the feature score P(A) of the user under different functional modules, where the page-specific analysis value within a fixed time refers to the stay time and page access within a fixed time of the page under the function module The product value of times, A represents the name of the function module.

Preferably, the preset analysis rule is: according to the preset formula P(A)=((the page-specific analysis value corresponding to the A function module)/the sum of the page-specific analysis values corresponding to each function module)*100, calculate the user's The first scores to be integrated under different functional modules; according to the preset formula P(A)=((the specific analysis value of the page within a fixed time corresponding to the A function module)/the specific analysis value of the page within a fixed time corresponding to each functional module and)*100, calculate the user's second scores to be integrated under different function modules; integrate the first feature scores under each function module with the corresponding second feature scores according to the preset feature score integration rules to Generate feature scores corresponding to functional modules.

Preferably, the method further includes: the client system in the portable terminal obtains the user's personal information from the server, and analyzes the application menus in the application menus of each function module that do not match the user's personal information according to the obtained user's personal information; The client system deletes the unmatched application menus in sequence according to the display order of the application menus of each functional module, and selects other application menus to replace the deleted application menus according to the preset replacement rules; or, deletes all unmatched application menus. Delete, according to the display order of the unmatched application menus, select other application menus to replace the deleted application menus according to the preset replacement rules.

Preferably, the preset replacement rule is: look for other single application menus that are behind the unmatched application menu under the same function module and have the same size as the unmatched application menu; if the single application menu is found, then search for Replace the unmatched application menu with a single application menu, or, if the single application menu is not found, look for the same function module that is behind the unmatched application menu and combined with the same size as the unmatched application menu Multiple other application menus; if the multiple application menus are found, replace the unmatched application menu with the multiple application menus found, or, if the multiple application menus are not found, find and display the order in A single application menu or multiple application menus with the same size as the unmatched application menu under the subsequent function module to replace the unmatched application menu.

Preferably, the preset replacement rule is: look for other single application menus that are behind the unmatched application menu under the same function module and have the same size as the unmatched application menu; if the single application menu is found, then search for Replace the unmatched application menu with a single application menu, or, if the single application menu is not found, look for the same function module that is behind the unmatched application menu and combined with the same size as the unmatched application menu other multiple application menus; if the multiple application menus are found, replace the unmatched application menu with the found multiple application menus, or, if the multiple application menus are not found, replace the unmatched grayed out application menu.

A server suitable for the above-mentioned menu self-adjustment scrolling display control method, the server includes a communication unit, a storage unit, and a processing unit. The communication unit is used for communication connection with the portable terminal via the communication network. The storage unit is used for storing the user service response system and the operation data of the user service response system. The processing unit is used to invoke and execute the user service response system to perform the following steps: the server records each operation information of each user on the user service response system in the server through the portable terminal; according to the recorded operation information of each user, the server based on The preset analysis rules analyze the feature scores of each user corresponding to each functional module in the user service response system, and feed back the analyzed feature scores of each user under each functional module to the client in the corresponding portable terminal system.

A portable terminal suitable for the above-mentioned menu self-adjusting scrolling display control method, the portable terminal includes a communication unit, an input/output unit, a storage unit, and a processing unit. The communication unit is used for communication connection with the server via the communication network. The input/output unit is used to provide a man-machine interactive operation interface for the user to input instructions, and output and display the response data of the portable terminal to the user instructions. The storage unit is used for storing the client system and the running data of the client system. The processing unit is used to call and execute the client system to perform the following steps: receiving the feature scores of each functional module of the user-corresponding user service response system fed back from the server; sorting the received functional modules according to the preset sorting rules The corresponding feature scores are sorted, and according to the sort order of the feature scores, the application menu display order of each functional module is correspondingly determined, and the menu interface of each functional module is displayed in sequence according to the determined menu display order. All applications menu.

Preferably, the processing unit invokes the client system, and further performs the following steps: obtaining user personal information from the server, and analyzing the application menus in the application menus of each functional module that do not match the user personal information according to the obtained user personal information; According to the display order of the application menus of each functional module, delete the unmatched application menus in sequence and select other application menus to replace the deleted application menus according to the preset replacement rules; or delete all unmatched application menus, according to The display order of the unmatched application menus is sequentially selected according to the preset replacement rules to replace the deleted application menu with other application menus.

Compared with the prior art, the present invention records the user operation information of each user for each functional module of the user service response system in the server, and analyzes the characteristics of the user corresponding to each functional module of the user service response system based on the recorded user operation information. Score, sort the analyzed feature scores to determine the display order of the application menu of each functional module, which greatly reduces the complexity of the menu page, greatly improves the user's menu recognition efficiency for scrolling menus, and effectively simplifies the menu recognition process .

Description of drawings

FIG. 1 is a schematic diagram of a communication environment of a preferred embodiment of a communication system for realizing menu self-adjusting scrolling display control according to the present invention.

FIG. 2 is a hardware structural diagram of an embodiment of the server 2 in FIG. 1 .

FIG. 3 is a hardware structural diagram of an embodiment of the portable terminal 1 in FIG. 1 .

Fig. 4 is an example diagram of an embodiment of the feature scores of users corresponding to different functional modules in the present invention.

Fig. 5 is an exemplary diagram of an embodiment of the display sequence of all application menus of each functional module of the present invention.

Fig. 6 is an example diagram of an embodiment of deleting and replacing unmatched application menus according to the present invention.

FIG. 7 is an implementation flowchart of an embodiment of the control method for menu self-adjusting scrolling display of the present invention.

The realization of the purpose of the present invention, functional characteristics and advantages will be further described in conjunction with the embodiments and with reference to the accompanying drawings.

Detailed ways

It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

It should be noted that in the description below:

The quantifier "at least one" refers to either one or more;

The quantifier "one" means that the minimum requirement is one, and does not limit the situation that there can be more than one. For example, X includes one Y for Z, but it does not mean that X cannot include more Y for Z.

As shown in FIG. 1 , it is a schematic diagram of a communication environment of a preferred embodiment of a communication system implementing menu self-adjusting scrolling display control according to the present invention. In this embodiment, the communication system includes a server 2, at least one portable terminal 1 (two are taken as an example in the figure), and a communication network 4 for data exchange between the server 2 and the portable terminal 1 .

It should be noted that, in this embodiment, the portable terminal 1 can be a mobile phone, a tablet computer or any other suitable portable electronic device; the communication network 4 can be a mobile Internet, a traditional Internet or any other suitable data communication network .

When the portable terminal 1 is configured with a wireless communication unit (for example, the wireless communication unit can be a WIFI module, a Bluetooth module, a mobile communication unit with a SIM card that can communicate with a mobile base station, etc.) computer), the communication network 4 can be a mobile Internet network; when the portable terminal 1 is a wireless communication device (for example, a tablet computer) configured with a wired communication unit (for example, the wired communication unit can be an independent network card or an integrated network card with a network interface) When the communication network 4 can be a traditional Internet; when the portable terminal 1 is a wireless communication device (for example, a mobile phone or a tablet computer) configured with a wireless communication unit and a wired communication unit, the communication network 4 can be a mobile Internet or a traditional Internet.

In this solution, through the communication system, the server 2 can record the operation information of the user logging in to the server 2 via the portable terminal 1, and analyze the feature analysis of each functional module in the user service response system in the user corresponding server 2 according to the recorded operation information. values, and then the portable terminal 1 performs menu display sorting according to the feature score analysis results of the server 2, and displays all application menus of each function module on the menu interface on the portable terminal 1 according to the display sorting, so that the menu self-adjustment scrolling display control is realized. Have a system foundation.

As shown in FIG. 2 , it is a hardware structure diagram of an embodiment of the server 2 in FIG. 1 . In this embodiment, the server 2 includes a communication unit 23 , a storage unit 25 , a processing unit 20 and a user service response system 21 .

The communication unit 23 is used to communicate with the portable terminal 1 via the communication network 4 . The communication unit 23 can be a wireless communication unit (for example, a WIFI module, a bluetooth module, a mobile communication unit with a SIM card that can communicate with a mobile base station, etc.); the communication unit 13 can also include a wireless communication unit and a wired communication unit (such as , stand-alone network card or integrated network card with network interface).

The storage unit 25 is used for storing the user service response system 21 and the operation data of the user service response system 21 .

The processing unit 20 is used to call and execute the user service response system 21 to perform the following steps:

A, the server 2 records each user's operation information for the user service response system 21 in the server 2 through the client system in the portable terminal 1, wherein the client system (i.e. the client corresponding to the user service response system 21 The menu page of the application program system) includes each application menu under each function module in the user service response system 21;

B. According to the recorded operation information of each user, the server 2 analyzes the feature scores of each user corresponding to each functional module in the user service response system 21 (for example, the bank module, investment module, insurance module shown in FIG. 4 ) based on preset analysis rules. module and the feature score table corresponding to the life module), and the analyzed feature score of each user under each function module is fed back to the client system in the corresponding portable terminal 1.

It should be noted that the operation information may include access time, number of visits, bounce rate, dwell time, page entry and exit time, etc. for each application submodule page under each function module in the user service response system 21 . In this embodiment, the operation information includes the total number of clicks (that is, the number of visits) of each application sub-module page under each function module by the user as an example for illustration, and/or, within a fixed period of time (within the latest month) As an example) the total number of clicks by the user on each application sub-module page under each function module is taken as an example for illustration. In other embodiments of the present invention, the operation information may include any other applicable operation information. The operation information can be obtained from the web server of the client system of the portable terminal 1 and the user behavior log files of the background application server.

Further, it should be noted that in this embodiment, the user service response system 21 includes four functional modules (respectively, a bank module, an investment module, an insurance module, and a life module) as an example for illustration. In other embodiments, the user service response system 21 may include any other applicable functional modules. In this embodiment, the functional modules provided by Ping An Group are taken as an example for illustration. The application sub-modules of the banking module may include Ping An Pocket Bank, Orange Bank, Wealth Management Product Express, Ping An Express, and One Account; the application of the investment module Sub-modules can include Hong Kong Stock Express, Ping An Futures Trading, Ping An Securities Market Trading, Ping An e-financing, Ping An Fortune Treasure, and Financial Steward; the application sub-modules of the insurance module can include life insurance E-services, Ping An Auto Insurance, Ping An Insurance Mall, and Ping An Accompanying; The application sub-modules of the module can include Ping An Wanli Tong, Ping An Tianxia Tong, One Wallet, and Ping An WIFI.

Further, it should be noted that, for those skilled in the art, there may be multiple preset analysis rules, such as the following preset analysis rule 1, preset analysis rule 2, and preset analysis rule 3:

Preset analysis rule 1 (only based on the operation information including the total number of user clicks on each application submodule page under each function module as an example): According to the preset formula "P(A)=((the page corresponding to the A function module Specific analysis value)/the sum of page-specific analysis values corresponding to each functional module)*100", calculate the user's feature score "P(A)" under different functional modules. Among them, the page-specific analysis value refers to the product value of the page stay time under the function module and the number of page visits; A represents the name of the function module, for example, when A represents a bank, P(A) represents the Feature score, "P(A)=((the page-specific analysis value corresponding to the bank module)/the sum of the page-specific analysis values corresponding to each functional module)*100";

Preset analysis rule 2 (only based on the operation information including the total number of user clicks on each application submodule page under each function module within a fixed period of time (taking the last month as an example): according to the preset formula "P (A)=((the page-specific analysis value within a fixed time corresponding to the A function module)/the sum of the page-specific analysis values within a fixed time corresponding to each function module)*100", calculate the feature score of the user under different function modules "P(A)". Among them, the page-specific analysis value within a fixed time refers to the product value of the dwell time of a page under a function module within a fixed time and the number of page visits within a fixed time; A represents the name of the function module, for example, when A represents For banks, P(A) represents the feature score under the bank module, "P(A)=((the page-specific analysis value within a fixed time corresponding to the bank module)/the specific analysis value of the page within a fixed time corresponding to each functional module and)*100";

Preset analysis rule 3 (only based on the operation information including the total number of user clicks on each application sub-module page under each function module, and, within a fixed period of time (taking the last month as an example) the user clicks on each application sub-module page under each function module The total number of clicks on the pages of each application sub-module is taken as an example), according to the preset formula "P(A)=((the page-specific analysis value corresponding to the A function module)/the sum of the page-specific analysis values corresponding to each function module)*100" , to calculate the user’s first score to be integrated under different functional modules; according to the preset formula “P(A)=((the page-specific analysis value within the fixed time corresponding to the A function module)/the fixed time corresponding to each function module The sum of page-specific analysis values)*100” to calculate the user’s second score to be integrated under different functional modules; according to the preset feature score integration rules (take the integration of different scores to be integrated with the same weight as an example) ; Different weights can also be assigned to different scores to be integrated, which will not be described in detail here) The first feature score under each functional module is integrated with the corresponding second feature score to generate the feature score of the corresponding functional module. In this embodiment, the preset feature score integration rule is to assign the same weight to different scores to be integrated for integration, that is, "feature score of each functional module=(first score to be integrated*50%+second Score to be integrated * 50%).

For those skilled in the art, referring to the above preset analysis rules, other types of operation information can be added, or changed into other types of operation information to set the above preset analysis rules, which will not be repeated here.

In this embodiment, the user service response system 21 also includes two application modules (not shown in the figure), which are an operation information recording module and a characteristic score analysis module. in:

The operation information recording module is used to record each operation information of each user for the user service response system 21 in the server 2 through the client system in the portable terminal 1;

The characteristic score analysis module is used to analyze the characteristic scores of each user corresponding to each functional module in the user service response system 21 based on the preset analysis rules according to the recorded operation information of each user, and analyze the analyzed user information The feature scores under each functional module are fed back to the client system in the corresponding portable terminal 1 .

As shown in FIG. 3 , it is a hardware structure diagram of an embodiment of the portable terminal 1 in FIG. 1 . In this embodiment, the portable terminal 1 includes a communication unit 13 , an input/output unit 15 , a storage unit 16 , a processing unit 10 and a client system 11 .

The communication unit 13 is used to communicate with the server 2 via the communication network 4;

The input/output unit 15 is used to provide a man-machine interactive operation interface for the user to input instructions, and output and display the response data of the portable terminal 1 to the user instructions. The input/output unit 15 includes an input subunit and an output subunit, wherein the input subunit may be a keyboard input unit, a touch input unit or a voice input unit. When the input subunit is a keyboard input unit, each key is mapped with a character, that is, the keyboard input unit includes a keyboard and a key mapping storage module. The keyboard includes a full keyboard, a compressed keyboard, and also includes a physical physical keyboard and a virtual keyboard. The key mapping storage module stores characters corresponding to each key on the keyboard. For example, on a full keyboard, each key is mapped to a character. The characters include numeric characters, alphabetic characters, symbol characters, stroke characters, and the like. If the keyboard is compressed, one key corresponds to multiple characters. The user inputs an instruction through the input/output unit 15 to generate a character sequence;

The storage unit 16 is used to store the client system 11 and the operating data of the client system 11;

The processing unit 10 is configured to call and execute the client system 11 to perform the following steps:

Receiving the feature scores of each functional module of the user-corresponding user service response system 21 fed back from the server 2;

According to the preset sorting rules, the feature scores corresponding to the received functional modules are sorted, and according to the sorting order of the feature scores, the application menu display sequence of each functional module is correspondingly determined, and the menu display sequence is determined in the order according to the determined menu display sequence. The menu interface of the client system displays all application menus of each functional module.

Taking Fig. 5 and Fig. 4 as an example, the application menus 1 to 12 are displayed in the corresponding screen positions in order, and the characteristic score of the investment module is the highest (55 points), and the application menus 1 to 4 contained in it are displayed at the bottom of the menu page. Above; the feature score of the bank module is the second highest (23 points), and its application menus 5 to 7 are displayed immediately below the application menu of the investment module; the feature score of the life module is the third highest (13 points), and its The included application menus 8 to 10 are displayed immediately below the application menu of the banking module; the insurance module has the lowest feature score, and its included application menus 11 and 12 are displayed at the bottom of the menu page.

In order to improve the display friendliness of the menu page and prevent the application menu that does not match the user's personal information from being grayed out in the traditional way, the processing unit 10 invokes and executes the client system 11, and also performs the following steps:

Obtain the user's personal information from the server 2, and analyze the application menus that do not match the user's personal information in the application menus of each function module according to the obtained user's personal information (for example, if the number of children in the user's registered information is zero, then the insurance module The application menu of juvenile insurance is the application menu that does not match the user's personal information);

According to the display order of the application menus of each functional module, delete the unmatched application menus in sequence and select other application menus to replace the deleted application menus according to the preset replacement rules; or delete all unmatched application menus, according to The display order of the unmatched application menus is sequentially selected according to the preset replacement rules to replace the deleted application menu with other application menus.

Further, it should be noted that in this embodiment, the user personal information includes the personal information filled in by the user when registering in the user service response system 21, for example, in the example figure of user personal information shown in FIG. 5 , the The user's personal information includes name, gender, company, position, age, education level, working years, number of houses, monthly salary, total bank deposits, number of children, etc. In other embodiments of the present invention, the user personal information may include any other applicable personal information.

Further, it should be noted that, for those skilled in the art, there may be multiple preset replacement rules, such as the following preset replacement rule 1 and preset replacement rule 2:

Preset replacement rules 1. Find other single application menus that are behind the unmatched application menu under the same function module and have the same size as the unmatched application menu. If found, replace the unmatched single application menu with the one you are looking for. Application menu; if the single application menu is not found, look for other multiple application menus that are behind the unmatched application menu under the same function module and combined to have the same size as the unmatched application menu, if found, then Replace the unmatched application menu with the multiple application menus found; if the multiple application menus are not found, then search for a single application menu or multiple application menus under the function module in the display order in the above-mentioned manner to replace The mismatched application menu;

Preset replacement rule 2. Find other single application menus that are behind the unmatched application menu under the same function module and have the same size as the unmatched application menu. If found, replace the unmatched application menu with the one you are looking for Application menu, if the single application menu is not found, then look for other multiple application menus that are behind the unmatched application menu under the same function module and combined to have the same size as the unmatched application menu, if found, then replacing the unmatched application menu with the multiple found application menus; if the multiple application menus are not found, graying out the unmatched application menu in a conventional manner;

Preset replacement rule 3. Find other single application menus that are behind the unmatched application menu under the same function module and have the same size as the unmatched application menu. If found, replace the unmatched application menu with the one you are looking for Application menu, if the single application menu is not found, the unmatched application menu is grayed out in a traditional manner.

Taking Figure 6 as an example, based on the above-mentioned preset replacement rule 1, the application menu 4 under the investment module does not match the user's personal information, and there is no other application menu behind the application menu 4 under the investment module, so the display sequence will be the last The application menu 7 with the same size as the application menu 4 under the bank module is displayed in the position of the original application menu 4 to replace the original application menu 4. At this time, the original location of the application menu 7 leaves enough space for the following applications The display position of the menu 8 is shifted. In this case, the application menu 8 will move to the left, and so on, and the gap left by the left movement of the application menu 8 will be filled and displayed by other adapted application menus later.

In this embodiment, the client system 11 includes two application modules (not shown in the figure), namely, a feature score acquisition module and an application menu display module. in:

The feature score acquisition module is used to receive the feature scores of each functional module of the user corresponding to the user service response system 21 fed back from the server 2;

The application menu display module is used to sort the received feature scores corresponding to each function module according to a preset sorting rule, and determine the application menu display sequence of each function module according to the sort order of the feature scores, according to the determined The menu display sequence displays all the application menus of each functional module on the menu interface of the client system in sequence.

In order to improve the display friendliness of the menu page and prevent the application menu that does not match the user's personal information from being grayed out in the traditional way:

The feature score obtaining module is also used to obtain user personal information from the server 2, and analyze the application menus in the application menus of each functional module that do not match the user personal information according to the obtained user personal information;

The application menu display module is also used to delete the unmatched application menus in order according to the display order of the application menus of each functional module and select other application menus to replace the deleted application menus according to the preset replacement rules; Delete all matching application menus, and select other application menus to replace the deleted application menus according to the preset replacement rules in accordance with the display order of the unmatching application menus.

As shown in FIG. 7 , it is an implementation flowchart of an embodiment of the control method for menu self-adjusting scrolling display of the present invention.

Step S10, the server 2 records each user's operation information on the user service response system 21 in the server 2 through the client system 11 in the portable terminal 1, wherein the menu page of the client system 11 includes the user service response system Each application menu under each function module in 21.

Step S11, according to the recorded operation information of each user, the server 2 analyzes the feature scores of each user corresponding to each function module in the user service response system 21 based on the preset analysis rules, and lists the analyzed users under each function module The feature score of is fed back to the client system 11 in the corresponding portable terminal 1 .

Step S12, the client system 11 sorts the received feature scores corresponding to each functional module according to the preset sorting rules, and correspondingly determines the display order of the application menus of each functional module according to the sorting order of the feature scores, according to the determined All application menus of each function module are displayed on the menu interface of the client system 11 in sequence.

Further, in order to improve the display friendliness of the menu page and prevent application menus that do not match the user's personal information from being grayed out in a traditional manner, the above method further includes the steps of:

The client system 11 obtains the user's personal information from the server 2, and analyzes the application menus in the application menus of each functional module that do not match the user's personal information according to the obtained user's personal information;

The client system 11 deletes the unmatched application menus in sequence according to the display order of the application menus of each functional module and selects other application menus to replace the deleted application menus according to preset replacement rules; or, deletes all unmatched application menus. To delete the application menus, select other application menus to replace the deleted application menus according to the display order of the unmatched application menus according to the preset replacement rules.

The above are only preferred embodiments of the present invention, and are not intended to limit the patent scope of the present invention. Any equivalent structure or equivalent process conversion made by using the description of the present invention and the contents of the accompanying drawings, or directly or indirectly used in other related technical fields , are all included in the scope of patent protection of the present invention in the same way.

Claims (10)

1. A menu self-adjustment scrolling display control method, the method is applicable to a communication system in which a portable terminal and a server carry out data communication through a communication network, it is characterized in that the method comprises steps: A. The server records each user's operation information for the user service response system in the server through the portable terminal; B. According to the recorded operation information of each user, the server analyzes the characteristic score of each user corresponding to each functional module in the user service response system based on the preset analysis rules, and analyzes the analyzed user's value under each functional module The feature score is fed back to the client system in the corresponding portable terminal; C. The client system in the portable terminal sorts the feature scores corresponding to the received functional modules according to the preset sorting rules, and determines the application menu display order of each functional module according to the sorting order of the feature scores, according to the determined The display order of the menus is to display all the application menus of each functional module on the menu interface of the client system in sequence. 2. The menu self-adjusting scrolling display control method as claimed in claim 1, wherein the preset analysis rule is: According to the preset formula P(A)=((the page-specific analysis value corresponding to the A function module)/the sum of the page-specific analysis values corresponding to each function module)*100, calculate the feature score P( A), where: The page-specific analysis value refers to the product value of the page stay time under the function module and the number of page visits; A represents the name of the function module. 3. The menu self-adjusting scrolling display control method as claimed in claim 1, wherein the preset analysis rule is: According to the preset formula P(A)=((the page-specific analysis value within the fixed time corresponding to the A function module)/the sum of the page-specific analysis value within the fixed time corresponding to each function module)*100, calculate the user’s performance under different function modules The feature score P(A) of , where: The page-specific analysis value within a fixed time refers to the product value of the dwell time of a page under a function module within a fixed time and the number of page visits within a fixed time; A represents the name of the function module. 4. The menu self-adjusting scrolling display control method as claimed in claim 1, wherein the preset analysis rule is: According to the preset formula P(A)=((the page-specific analysis value corresponding to the A function module)/the sum of the page-specific analysis values corresponding to each function module)*100, calculate the user’s first score to be integrated under different function modules value; According to the preset formula P(A)=((the page-specific analysis value within the fixed time corresponding to the A function module)/the sum of the page-specific analysis value within the fixed time corresponding to each function module)*100, calculate the user’s performance under different function modules The second score to be integrated; The first feature score and the corresponding second feature score under each functional module are integrated according to the preset feature score integration rule to generate the feature score of the corresponding function module. 5. The menu self-adjusting scrolling display control method as claimed in claim 1, characterized in that the method further comprises: The client system in the portable terminal obtains the user's personal information from the server, and analyzes the application menus in the application menus of each functional module that do not match the user's personal information according to the obtained user's personal information; The client system deletes the unmatched application menus in order according to the display order of the application menus of each functional module and selects other application menus to replace the deleted application menus according to preset replacement rules; or, deletes all unmatched application menus To delete the menu, select other application menus to replace the deleted application menus according to the display order of the unmatched application menus according to the preset replacement rules. 6. The menu self-adjusting scrolling display control method according to claim 5, wherein the preset replacement rule is: Find other single application menus that are behind the mismatched application menu under the same function module and have the same size as the mismatched application menu; If the single application menu is found, replace the unmatched application menu with the single application menu that was found, or, if the single application menu is not found, search for the back of the unmatched application menu under the same function module Multiple other application menus combined to have the same size as the non-matching application menu; If the multiple application menus are found, replace the unmatched application menu with the found multiple application menus, or, if the multiple application menus are not found, search for the following function modules in the display order and A single application menu or multiple application menus of the same size as the unmatched application menu are used to replace the unmatched application menu. 7. The menu self-adjusting scrolling display control method according to claim 5, wherein the preset replacement rule is: Find other single application menus that are behind the mismatched application menu under the same function module and have the same size as the mismatched application menu; If the single application menu is found, replace the unmatched application menu with the single application menu that was found, or, if the single application menu is not found, search for the back of the unmatched application menu under the same function module Multiple other application menus combined to have the same size as the non-matching application menu; If the multiple application menus are found, replace the unmatched application menu with the multiple found application menus, or, if the multiple application menus are not found, gray out the unmatched application menu deal with. 8. A server suitable for the menu self-adjusting scrolling display control method according to any one of claims 1 to 7, characterized in that the server comprises: a communication unit for communication connection with the portable terminal via a communication network; The storage unit is used for storing the user service response system and the operation data of the user service response system. The processing unit is used to call and execute the user service response system to perform the following steps: The server records each user's operation information for the user service response system in the server through the portable terminal; According to the recorded operation information of each user, the server analyzes the feature scores of each user corresponding to each functional module in the user service response system based on preset analysis rules, and analyzes the analyzed feature scores of each user under each functional module. The values are fed back to the client system in the corresponding portable terminal. 9. A portable terminal suitable for the menu self-adjusting scrolling display control method according to any one of claims 1 to 7, characterized in that the portable terminal comprises: a communication unit, configured to communicate with the server via a communication network; The input/output unit is used to provide a human-computer interaction operation interface for the user to input instructions, and output and display the response data of the portable terminal to the user instructions; a storage unit for storing the client system and the operating data of the client system; The processing unit is used to call and execute the client system to perform the following steps: Receive the feature scores of each functional module of the user-corresponding user service response system fed back from the server; According to the preset sorting rules, the feature scores corresponding to the received functional modules are sorted, and according to the sorting order of the feature scores, the application menu display sequence of each functional module is correspondingly determined, and the menu display sequence is determined in the order according to the determined menu display sequence. The menu interface of the client system displays all application menus of each functional module. 10. The portable terminal according to claim 9, wherein the processing unit invokes the client system, and further performs the following steps: Obtain the user's personal information from the server, and analyze the application menus in the application menus of each functional module that do not match the user's personal information according to the obtained user's personal information; According to the display order of the application menus of each functional module, delete the unmatched application menus in sequence and select other application menus to replace the deleted application menus according to the preset replacement rules; or delete all unmatched application menus, according to The display order of the unmatched application menus is sequentially selected according to the preset replacement rules to replace the deleted application menu with other application menus.