CN105939364A - Intelligent message push method and system - Google Patents
Intelligent message push method and system Download PDFInfo
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- CN105939364A CN105939364A CN201610542514.9A CN201610542514A CN105939364A CN 105939364 A CN105939364 A CN 105939364A CN 201610542514 A CN201610542514 A CN 201610542514A CN 105939364 A CN105939364 A CN 105939364A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
- H04L65/40—Support for services or applications
- H04L65/4061—Push-to services, e.g. push-to-talk or push-to-video
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
- H04L51/21—Monitoring or handling of messages
- H04L51/214—Monitoring or handling of messages using selective forwarding
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/55—Push-based network services
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Abstract
The invention discloses an intelligent message push method and system of an application (APP). The intelligent message push method includes the following steps of: (1) data acquisition; (2) data classification; (3) message push; (4) intelligent analysis and processing: a message 1 and a message 2 of the same type with the message 1 are processed according to a customized analysis rule, so that a message 3 can be obtained; (5) information storage modification: the message 1 and the message 2 are deleted, the message 3 is stored; and (6) message display. With the message push method of the invention adopted, a large number of redundant messages can be decreased, and pushed content can better accord with the business logic of a user, and interaction is friendlier. The effects of the intelligent message push method are more obvious under a condition that a large number of messages are pushed, while the user cannot check the messages in time.
Description
Technical field
The present invention relates to information push method and the system of a kind of intelligence, particularly to intelligent information push method and the system of a kind of APP, belong to network communication technology field.
Background technology
Along with information technology and the fast development of Internet technology, the Internet becomes acquisition information and the effective way of shared information in user's live and work.Industry-by-industry, each enterprise all develop various APP application, are sold by these APP application and are pushed the sale of one's products and service；When there is the event that certain user is concerned about in business when, need to notify that user, the more commonly used method are through service end to APP terminal PUSH message by APP.
Information push method the most in the art is, the message that server end is received, the message informing hurdle being pushed to mobile terminal one by one.But, along with the quantity of APP is continuously increased, mobile subscriber can receive the PUSH message of enormous amount.The most also the message being no lack of existence repetition takies user mobile phone space；Or there is ageing message, after propelling movement, client is no longer had to meaning.The information of enormous amount causes effective information to reduce in the ratio of information, not only reduces user and obtains the efficiency of effective information, cause user not judge in time, has had influence on the effect that message pushes；Meanwhile, also take up the internal memory of intelligent terminal, also user is caused harassing and wrecking, bring a lot of worry to user.
Summary of the invention
It is an object of the invention to overcome the APP message in the presence of prior art to push the above-mentioned deficiency that quantity is big, effective information ratio is low, the information push method of a kind of intelligence is provided, the method can reduce substantial amounts of redundancy message by intellectual analysis message, and the content pushed more conforms to service logic, mutual more friendly, improve the experience of user.
In order to realize foregoing invention purpose, the invention provides techniques below scheme:
The information push method of a kind of intelligence, comprises the following steps:
(1) data are obtained: destination object is monitored, obtains monitoring data；
(2) data are sorted out: according to self-defined resolution rules, monitoring data sorted out；
(3) message pushes: as message one, monitoring data are pushed to APP system end；
(4) intellectual analysis and process: according to self-defined resolution rules, the people of unread information two of message one with same type is processed, obtains message three；
(5) information storage amendment: delete message one and message two, store message three；
(6) information shows: show information three.
The smart message method for pushing of the present invention, built-in self-defined resolution rules in equipment, instrument or the program that data can be stored, identify and process.Self-defined resolution rules can be actually needed according to user and be configured including but not limited in the following manner and content: the type including at least data, value and service resolution rule (comprising the processing mode to information in service resolution rule) in self-defined resolution rules, and four elements of type number (ID) of each information.Type according to data determines the data service resolution rules of the type, includes but not limited in the following manner: text merges/adds, numbers pile up, data are replaced, and data include text and numeral two types.Value in self-defined resolution rules rule then refers to the information carried in data.Step (1) is based on method and apparatus of the prior art, and obtaining client needs or the data message of customization.After obtaining needing to show the information of user, classifying these information according to the source of data and labelling is stored as information one, the labelling of information one includes data type (Type).Then the information one after labelling is pushed to user's APP system end.After APP system termination receives above-mentioned information one, according to self-defined resolution rules, message one is carried out classification according to the Type of information one labelling and store, and each information is numbered (ID).APP system end also reads the user of unread information two of Type same with information one simultaneously.According to information one and the Type of information two, according to the service resolution rule in self-defined resolution rules, information one and information two are processed.If service resolution rule is additional, then by the information adding in information one after information two, formed and comprise information one and information two common information information three；If service resolution rule is for replacing, then by information one replacement information two, information one is exactly the hot information information three in step (4)；Being added if service resolution rule is numeral, then the numeral of the numeral in information one Yu information two is carried out mathematical addition, the information of the digital sum obtaining the numeral of numeral and the information two comprising in information one forms information three.Above-mentioned information service resolution rules, after information processing is complete, APP system end will be automatically deleted information one and information two, is eventually used for showing that the information in user interface all only has information three.Above-mentioned information process, when APP system termination receives next message, the diversification in role of information three is the information two in above-mentioned processing procedure, new information is then changed into the role of above-mentioned information one, so circulation, User Interface the most only shows 1 information useful to user, i.e. information three.When APP system end monitors after information three read, automatically information three is marked as read information.In next time, information three the most no longer it is read out by information process and processes, setting up a new information processing circulation pattern with fresh information for starting point.The information-pushing method of the present invention, self-defined resolution rules is pre-set in system, according to self-defined resolution rules, the new information one received APP system end on backstage and user of unread information two process the information three obtaining showing user to see, delete message one and information two simultaneously.Substantial amounts of redundancy message can be reduced, and the content pushed more conforms to the service logic of user, the most friendly.This mode is in the case of information is pushed in a large number but user can not check again in time, and effect is more prominent, obvious.
As the preferred version of the present invention, described step (1) is realized by the operational control module of server end.Utilize existing server, set up out an operational control module and destination object is monitored and obtains monitoring data, both facilitated data management and control, facilitate again record and the inquiry of information.
As the preferred version of the present invention, described step (2) is realized by the operational control module of server end.The information intelligent method for pushing of the present invention, by the operational control modules acquiring data of server end.Data are classified, are transmitted easier realization by the collection port according to data.
As the preferred version of the present invention, described step (3) is realized by the message pushing module of server end.Message pushing module can be to have the equipment of message push function, parts or software and program bag.
As the preferred version of the present invention, the information intelligent of the logical APP system end of described step (4) is analyzed module and is realized.Arranging an intelligent analysis module at APP system end, intelligent analysis module can be to have information identification, read and process the equipment of function, parts or software and program bag, wherein processes function and includes the functions such as text merging, numbers pile up, data replacement.
Preferred, described information intelligent analyzes the built-in self-defined resolution rules of module, described self-defined resolution rules includes type (Type), numerical value (Value) and service resolution rule three parts, classification according to message one determines the type of message one, according to the service resolution rule of corresponding types in self-defined resolution rules, described message one and described message two are processed, obtain described message three.
It is furthermore preferred that described numerical value includes word numerical value and digital numerical value, the service resolution rule of word includes merging, add and replacing, and the service resolution rule of numeral includes superposition and replacement.Numerical value is divided into word numerical value and digital numerical value, numeral can be avoided to add by word and cause information errors to transmit, improve the accuracy transmitting information to user.
As the preferred version of the present invention, described step (5) is realized by the information storage module of APP system end.After data are processed by information intelligent analysis module, the storage in information storage module and deletion function is used to complete the renewal of information.
As the preferred version of the present invention, the information display module of the logical APP system end of described step (6) realizes.The APP system utilizing subscription client carries information displaying function, the most easily realizes, and cost is lower, it is more convenient to use.
Another goal of the invention of the present invention also reside in offer a kind of system for realizing above-mentioned smart message method for pushing:
The message push system of a kind of intelligence, including server and APP system, it is characterised in that:
Server includes:
Operational control module: for destination object is monitored, obtains monitoring data, and monitoring data are sorted out by self-defined resolution rules；
Message pushing module: the monitoring data after sorting out are pushed to APP system as information one；
APP system:
Message reception module: be used for the information that receives one；
Message storage module: for storing information one and unread message by type according to self-defined resolution rules, and the instruction of module can be analyzed to specifying message to inquire about, revise and delete according to APP monitoring system and information intelligent；
Information intelligent analyzes module: for identifying the type of information one, and according to self-defined resolution rules, message one and unread message two can be carried out process according to the type of information one and obtain message three, and sends deletion and storage order to described message storage module；Described message one, described message two belong to the same kind of message in described self-defined resolution rules with described message three；
APP monitoring system: for monitoring user's reading situation to message, and according to user, the reading situation of message can be sent operational order to message storage module；
Message display module: be used for showing message three.
The APP monitoring system of the present invention, monitors after described message three is read by a user, sends amendment instruction to message storage module: described message three be marked as read.So can distinguish reading message with unread message.
Compared with prior art, beneficial effects of the present invention:
The information-pushing method of the present invention and system, self-defined resolution rules is pre-set in system, according to self-defined resolution rules, the new information one received APP system end on backstage and user of unread information two process the information three obtaining showing user to see, delete message one and information two simultaneously.Substantial amounts of redundancy message can be reduced, and the content pushed more conforms to the service logic of user, the most friendly.This mode is in the case of information is pushed in a large number but user can not check again in time, and effect is more prominent, obvious.
Accompanying drawing illustrates:
Fig. 1 is the flow chart of information push method of the present invention.
Detailed description of the invention
Below in conjunction with test example and detailed description of the invention, the present invention is described in further detail.But this should not being interpreted as, the scope of the above-mentioned theme of the present invention is only limitted to below example, and all technology realized based on present invention belong to the scope of the present invention.
Table 1 is that the self-defined resolution rules of various embodiments of the present invention is as follows:
Table 1
Embodiment 1
The information push method of the present embodiment carries out message propelling movement with following sight for simulated environment:
The temperature of equipment was monitored by server end, obtained the temperature data of primary equipment every 10 minutes, and then server pushes a temperature value message to APP system end.
9: 10 monitor temperature is 20 degrees Celsius, and server is to APP system end propelling movement Article 1 message: " 9: 10, current device temperature is 20 degrees Celsius ".User of unread takes this information.
9: 20 monitor temperature is 30 degrees Celsius, and server is to APP system end propelling movement Article 2 message: " 9: 20, current device temperature is 30 degrees Celsius ".At APP end, self-defined resolution rules according to us: Article 2 message replaces Article 1 message, will show that unread message is " 9: 20, current device temperature is 30 degrees Celsius ".
Said process is arranged and for each step in the present invention is:
(1) data are obtained: destination object is monitored, obtains monitoring data；
The temperature of equipment is monitored by the operational control module of server end, obtain monitoring data: the 1st data: " 9: 10, current device temperature is 20 degrees Celsius "；2nd data: " 9: 20, current device temperature is 30 degrees Celsius ".
(2) data are sorted out: according to self-defined resolution rules, monitoring data sorted out；
According to the source of monitoring data in above-mentioned (1), 1st data of embodiment 1 and the 2nd data are attributed to the first kind data (Type:10011) of self-defined resolution rules by the operational control module of server end, and the 1st data and the 2nd data to embodiment 1 carries out type mark (Type:10011).
(3) message pushes: as message one, monitoring data are pushed to APP system end；
By the message pushing module of server end to APP system end PUSH message:
9: 10: the 1st data " 9: 10, current device temperature is 20 degrees Celsius " of embodiment 1 is pushed to APP system end as message one.APP system end message reception module receives message one, and sends message one to message storage module.Meanwhile, whether the monitoring system identification message storage module of APP system end contains the unread message of the first kind (Type:10011).After detection state is " without unread message ", message storage module using message one as message two (Type:10011；ID:1) it is stored in message storage module, message two (Type:10011；ID:1) " 9: 10, current device temperature is 20 degrees Celsius " it are.
9: 20: the 2nd data " 9: 20, current device temperature is 30 degrees Celsius " of embodiment 1 is pushed to APP system end as message one.APP system end message reception module receives message one, and sends message one to message storage module.Meanwhile, whether the monitoring system identification message storage module of APP system end contains the unread message of the first kind (Type:10011).Detection state is " containing with type unread message two (Type:10011；ID:1), after ", message one is stored in the numbered (Type:10011 of message storage module of APP system end by APP system end；ID:2).Message one (Type:10011；ID:2) " 9: 20, current device temperature is 30 degrees Celsius " it are.
(4) intellectual analysis and process: according to self-defined resolution rules, the people of unread information two of message one with same type is processed, obtains message three；
According to the self-defined resolution rules of the present invention, the message one (Type:10011 of embodiment 1；And information two (Type:10011 ID:2)；The service resolution rule of the first kind (Type:10011) correspondence ID:1) belonged to together is " rear value replaces front value ".Then by message two (Type:10011；ID:1) message one (Type:10011 is replaced with；ID:2), message one (Type:10011；ID:2) " 9: 20, current device temperature is 30 degrees Celsius " are the message three of the present embodiment.
(5) information storage amendment: delete message one and message two, store message three；
Message one (Type:10011 is deleted by the message storage module of APP system end；ID:2) " 9: 20, current device temperature is 30 degrees Celsius " and message two (Type:10011；ID:1) " 9: 10, current device temperature is 20 degrees Celsius ", store message three " 9: 20, current device temperature is 30 degrees Celsius " numbered (Type:10011；ID:3).
(6) information shows: show information three.
The message display module of client end AP P system is by message three (Type:10011；ID:3) it is shown as unread message, and does not show message one (Type:10011；And message two (Type:10011 ID:2)；ID:1).When user's point opens APP unread message, the information seen is message three (Type:10011；ID:3) " 9: 20, current device temperature is 30 degrees Celsius ".
Embodiment 2
Equipment runnability is monitored by server end, and when warning occurs in the equipment of monitoring, such as temperature is too high, and cpu load is the most high, and server end is to APP system end PUSH message.
10: 10, device temperature was too high, pushed Article 1 message to APP system end, and content is " alarm: device temperature is too high ".User does not read this information.
10: 20, cpu load was too high, pushed Article 2 message to APP system end, and content is " alarm: cpu load is too high ".Self-defined resolution rules according to us: by Article 2 message and Article 1 message coalescing, will show that unread message is " alarm: device temperature is too high at APP end；Alarm: cpu load is too high ".
Said process is arranged and for each step in the present invention is:
(1) data are obtained: destination object is monitored, obtains monitoring data；
Equipment runnability is monitored by the operational control module of server end, obtain monitoring data: the 1st data: " alarm: device temperature is too high "；2nd data: " alarm: cpu load is too high ".
(2) data are sorted out: according to self-defined resolution rules, monitoring data sorted out；
According to the source of monitoring data in above-mentioned (1), 1st data of embodiment 2 and the 2nd data are attributed to the Second Type data (Type:10012) of self-defined resolution rules by the operational control module of server end, and the 1st data and the 2nd data to embodiment 2 carries out type mark (Type:10012).
(3) message pushes: as message one, monitoring data are pushed to APP system end；
By the message pushing module of server end to APP system end PUSH message:
10: 10, the 1st data " alarm: device temperature is too high " of embodiment 2 was pushed to APP system end as message one by server end.APP system end message reception module receives message one, and sends message one to message storage module.Meanwhile, whether the monitoring system identification message storage module of APP system end contains the unread message of Second Type (Type:10012).After detection state is " without unread message ", message storage module using message one as message two (Type:10012；ID:1) it is stored in message storage module, message two (Type:10012；ID:1) " alarm: device temperature is too high " it is.
10: 20, the 2nd data " alarm: cpu load is too high " was pushed to APP system end as message one by server end.APP system end message reception module receives message one, and sends message one to message storage module.Meanwhile, whether the monitoring system identification message storage module of APP system end contains the unread message of Second Type (Type:10012).Detection state is " containing with type unread message two (Type:10012；ID:1), after ", message one is stored in the numbered (Type:10012 of message storage module of APP system end by APP system end；ID:2).Message one (Type:10012；ID:2) " alarm: cpu load is too high " it is.
(4) intellectual analysis and process: according to self-defined resolution rules, the people of unread information two of message one with same type is processed, obtains message three；
According to the self-defined resolution rules of the present invention, the message one (Type:10012 of embodiment 2；And information two (Type:10012 ID:2)；ID:1) the service resolution rule that the Second Type (Type:10012) belonged to together is corresponding is " rear value merges with front value text ".Then by message two (Type:10012；ID:1) with message one (Type:10012；ID:1) carry out text merging, obtain message three " alarm: device temperature is too high；Alarm: cpu load is too high ".
(5) information storage amendment: delete message one and message two, store message three；
Message one (Type:10012 is deleted by the message storage module of APP system end；ID:2) " alarm: cpu load is too high " and message two (Type:10012；ID:1) " alarm: device temperature is too high ", storage message three " alarm: device temperature is too high；Alarm: cpu load is too high " numbered (Type:10012；ID:3).
(6) information shows: show information three.
The message display module of client end AP P system is by message three (Type:10012；ID:3) it is shown as unread message, and does not show message one (Type:10012；And message two (Type:10012 ID:2)；ID:1).When user's point opens APP unread message, the information seen is message three (Type:10012；ID:3) " alarm: device temperature is too high；Alarm: cpu load is too high ".
Embodiment 3
Network connection in equipment running process is monitored by server end, when network flash occurs in the equipment of monitoring, and server end is to APP system end PUSH message.
11: 10, there is primary network flash in equipment, and server end pushes Article 1 message to APP system end, and content is " 1 flash occurs in equipment ".User does not read this information.
11: 15, there is again primary network flash in equipment, and server end pushes Article 1 message to APP system end.Content is " 1 flash occurs in equipment ".According to our self-defined resolution rules, being replaced by the lteral data of Article 1 message and Article 2 message, numerical data is overlapped.At APP end by display unread message it is: " 2 network flash occurs in equipment.”
Said process is arranged and for each step in the present invention is:
(1) data are obtained: destination object is monitored, obtains monitoring data；
Network connection in equipment running process is monitored by server end, obtains and monitors data: the 1st data: " 1 flash occurs in equipment "；2nd data: " 1 flash occurs in equipment ".
(2) data are sorted out: according to self-defined resolution rules, monitoring data sorted out；
According to the source of monitoring data in above-mentioned (1), 1st data of embodiment 3 and the 2nd data are attributed to the 3rd categorical data (Type:10013) of self-defined resolution rules by the operational control module of server end, and the 1st data and the 2nd data to embodiment 3 carries out type mark (Type:10013).
(3) message pushes: as message one, monitoring data are pushed to APP system end；
By the message pushing module of server end to APP system end PUSH message:
11: 10, the 1st data " 1 flash occurs in equipment " of embodiment 3 was pushed to APP system end as message one by server end.APP system end message reception module receives message one, and sends message one to message storage module.Meanwhile, whether the monitoring system identification message storage module of APP system end contains the unread message of the 3rd type (Type:10013).After detection state is " without unread message ", message storage module using message one as message two (Type:10013；ID:1) it is stored in message storage module, message two (Type:10013；ID:1) " 1 flash occurs in equipment " it is.
11: 15, the 2nd data " 1 flash occurs in equipment " was pushed to APP system end as message one by server end.APP system end message reception module receives message one, and sends message one to message storage module.Meanwhile, whether the monitoring system identification message storage module of APP system end contains the unread message of the 3rd type (Type:10013).Detection state is " containing same type (Type:10013) unread message two (Type:10013；ID:1), after ", message one is stored in the message storage module of APP system end, numbered (Type:10013 by APP system end；ID:2).Message one (Type:10013；ID:2) it is " 1 flash occurs in equipment ".
(4) intellectual analysis and process: according to self-defined resolution rules, the people of unread information two of message one with same type is processed, obtains message three；
According to the self-defined resolution rules of the present invention, message one (Type:10013；And information two (Type:10013 ID:2)；The service resolution rule of the 3rd type (Type:10013) correspondence ID:1) belonged to together is " text data: rear value replaces front value；Numerical data: rear value is added with preposition ".Then by message two (Type:10013；ID:1) text message replaces with message one (Type:10013；ID:2) text message, by message two (Type:10013；And message one (Type:10013 ID:1)；ID:2) numeral addition, obtains message three " 2 flash occurs in equipment ".
(5) information storage amendment: delete message one and message two, store message three；
Message one (Type:10013 is deleted by the message storage module of APP system end；ID:2) " 1 flash occurs in equipment " and message two (Type:10013；ID:1) " there is 1 flash in equipment ", storage message three " 2 flash occurs in equipment ", numbered (Type:10013；ID:3).
(6) information shows: show information three.
The message display module of client end AP P system is by message three (Type:10013；ID:3) it is shown as unread message, and does not show message one (Type:10013；And message two (Type:10013 ID:2)；ID:1).When user's point opens APP unread message, the information seen is message three (Type:10013；ID:3) " there are 2 flash in equipment ".
Illustrate: the various embodiments described above, can the most jointly complete, it is also possible to be respectively completed in multiple systems.When occurring that server pushes 3 and the information of more than 3 to APP system end, and during user of unread, can be with repetitive cycling step (3) to step (6).The hot information that message one representative server end pushes, message two is the hot information of storage in memory module, is also the final unread message-message three of a upper circulation.That is, the transformation process after message one enters APP system end is: message one → message, two → message three.At server and APP system end, message one, message two and message three are marked differentiation by numbering (ID) respectively.
Claims (10)
1. an intelligent information push method, it is characterised in that comprise the following steps:
(1) data are obtained: destination object is monitored, obtains monitoring data；
(2) data are sorted out: according to self-defined resolution rules, monitoring data sorted out；
(3) message pushes: as message one, monitoring data are pushed to APP system end；
(4) intellectual analysis and process: according to self-defined resolution rules, the people of unread information two of message one with same type is processed, obtains message three；
(5) information storage amendment: delete message one and message two, store message three；
(6) information shows: show information three.
Information push method the most according to claim 1, it is characterised in that: described step (1) is realized by the operational control module of server end.
Information push method the most according to claim 1 and 2, it is characterised in that: described step (2) is realized by the operational control module of server end.
Information push method the most according to claim 3, it is characterised in that: described step (3) is realized by the message pushing module of server end.
Information push method the most according to claim 1, it is characterised in that: the information intelligent of the logical APP system end of described step (4) is analyzed module and is realized.
Information push method the most according to claim 5, it is characterized in that: described information intelligent analyzes the built-in self-defined resolution rules of module, described self-defined resolution rules includes type, numerical value and service resolution rule three parts, classification according to message one determines the type of message one, according to the service resolution rule of corresponding types in self-defined resolution rules, described message one and described message two are processed, obtain described message three.
Information push method the most according to claim 6, it is characterised in that: described numerical value includes word and numeral, and the service resolution rule of word includes merging, add and replacing, and the service resolution rule of numeral includes being added and replacing.
Information push method the most according to claim 1, it is characterised in that: the information storage module of the logical APP system end of described step (5) realizes.
Information push method the most according to claim 1, it is characterised in that: the information display module of the logical APP system end of described step (6) realizes.
10. an intelligent message push system, including server and APP system, it is characterised in that:
Server, including:
Operational control module: for destination object is monitored, obtains monitoring data, and monitoring data are sorted out by self-defined resolution rules；
Message pushing module: the described monitoring data after sorting out are pushed to APP system as information one；
APP system, including:
Message reception module: be used for the information that receives one, and send message one to message storage module；
Message storage module: for storing information one and unread message by type according to self-defined resolution rules, and the instruction of module can be analyzed to specifying message to inquire about, revise and delete according to APP monitoring system and information intelligent；
Information intelligent analyzes module: for identifying the type of information one, and can process message one and unread message two according to self-defined resolution rules according to the type of information one, obtains message three, and sends deletion and storage order to described message storage module；Described message one, described message two belong to the same kind of message in described self-defined resolution rules with described message three；
APP monitoring system: for monitoring user's reading situation to message, and according to user, the reading situation of message can be sent operational order to message storage module；
Message display module: be used for showing message three.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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