CN107247609B - Word stock maintenance management method - Google Patents
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- CN107247609B CN107247609B CN201710527393.5A CN201710527393A CN107247609B CN 107247609 B CN107247609 B CN 107247609B CN 201710527393 A CN201710527393 A CN 201710527393A CN 107247609 B CN107247609 B CN 107247609B
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Abstract
The invention relates to a word stock maintenance management method.A server sends a first label and a first label selection request to a mobile terminal; the mobile terminal selects the first label to generate a first word stock and sends the first word stock to the server; the mobile terminal sends a first service request and first verification information to the server; the server sends a search character string to the server after the first verification information is verified; the server extracts a second label from the search character string and generates a second word stock; the mobile terminal sends a second service request and second verification information to the server; the server sends second service information to the mobile terminal after the second verification information passes the verification; the server extracts a third label from the second service information and generates a third word stock; the server combines the three character libraries to generate a fourth character library and sends the fourth character library to the mobile terminal. The invention solves the problem that the word stock can not be updated in time in the prior art, and achieves the effect of pushing the information meeting the requirements of the user.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a word stock maintenance and management method.
Background
At present, word libraries of most products on the market are manually edited and modified by users, a mode that the users select labels by themselves is adopted, then the terminal establishes a related word library according to the labels selected by the users, and classification information under the labels is recommended to the users. The problem with this mode is that the word stock is difficult to update with the user's needs, and often the terminal repeatedly pushes information many times before pushing for the user, and the pushed information often does not conform to the user's needs.
Disclosure of Invention
The invention aims to provide a word stock maintenance management method for solving the problem that a word stock cannot be updated in time, and the word stock maintenance management method can play a role in pushing information meeting the requirements of users.
In order to solve the problems in the prior art, an embodiment of the present invention provides a method for maintaining and managing a word stock, where the method includes:
the server sends a first label and a first label selection request to the mobile terminal;
the mobile terminal receives a first label and a first label selection request sent by a server, selects the first label, generates a first word stock, and sends the first word stock to the server;
the mobile terminal sends a first service request and first verification information to the server;
the server receives a first service request sent by the mobile terminal and verifies whether the first verification information passes;
after the server verifies the first verification information, the mobile terminal sends a search character string to the server;
the server extracts a second label from the search character string and generates a second word stock;
the mobile terminal sends a second service request and second verification information to the server;
the server receives a second service request sent by the mobile terminal and verifies whether the second verification information passes;
after the server passes the verification of the second verification information, the server sends second service information to the mobile terminal;
the server extracts a third label from the second service information and generates a third word stock;
the server sets corresponding weights for the labels in the character libraries according to the sequence of the first character library, the second character library and the third character library;
the server combines the label of the first font library, the label of the second font library and the label of the third font library after the weight is set to generate a fourth font library;
the server sends the fourth font library to the mobile terminal;
and the mobile terminal receives the fourth word stock as a local word stock.
Further, the weight of the first label of the first font library is a first weight value, the weight of the second label of the second font library is a second weight value, and the weight of the third label of the third font library is a third weight value; the first weight value is greater than a second weight value, and the second weight value is greater than a third weight value.
Further, the method further comprises: and after the server generates a fourth word stock, normalizing the weight of the label of the fourth word stock.
Further, the method further comprises: and after the server generates a fourth font library, sorting the labels in the fourth font library according to the weight.
Further, the method further comprises: and the server binds the fourth word stock and the identity information.
Further, the method further comprises:
when the server submits the third-party service request, the server submits a fourth word stock at the same time;
and the third-party service submits service information according to the fourth word stock.
Further, the mobile terminal receives a first label and a first label selection request sent by a server, selects the first label and identifies and adds the first label to a first word stock; the server extracts a second label from the search character string, identifies the second label and adds the second label to a second word stock; and the server extracts a third label from the second service information, identifies the third label and adds the third label to a third word stock.
Further, the method further comprises:
the server extracts a second label from the search character string, identifies the second label, skips the second label if the second label exists in the first font library, and adds the second label to the second font library if the second label does not exist in the first font library;
and the server extracts a third label from the second service information, identifies the third label, skips the third label if the third label exists in the first font library/the second font library, and adds the third label to the third font library if the second label does not exist in the first font library/the second font library.
Further, an embodiment of the present invention further relates to a word stock maintenance management apparatus, where the apparatus includes: the server is used for sending the first label and a first label selection request to the mobile terminal; the mobile terminal is also used for receiving a first service request sent by the mobile terminal and verifying whether the first verification information passes or not, receiving a second service request sent by the mobile terminal, verifying whether the second verification information passes or not, and sending second service information to the mobile terminal after the second verification information passes; the server extracts a second label from the search character string and generates a second word stock; the second service information is also used for carrying out third label extraction and generating a third word stock; the server is used for setting corresponding weights of different labels; the mobile terminal is also used for combining the first font library, the second font library and the third font library to generate a fourth font library and then sending the fourth font library to the mobile terminal;
the mobile terminal is used for sending a search character string to the server after the first verification information passes the verification; the mobile terminal is also used for receiving a first label and a first label selection request sent by the server, selecting the first label, generating a first word stock and sending the first word stock to the server; the mobile terminal is further used for sending the first service request and the first verification information and the second service request and the second verification information to the server; the mobile terminal is also used for receiving the fourth word stock as a local word stock.
The word stock maintenance management method provided by the embodiment of the invention solves the problem that the word stock cannot be updated in time in the prior art, and achieves the effect of pushing information meeting the requirements of users.
Drawings
Fig. 1 is a flowchart of a word stock maintenance management method according to an embodiment of the present invention;
fig. 2 is a schematic diagram of a word stock maintenance management apparatus according to an embodiment of the present invention.
Detailed Description
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Fig. 1 is a flowchart of a word stock maintenance management method according to an embodiment of the present invention, where as shown in the figure, the method includes:
step 101: the server sends the first tag and a first tag selection request to the mobile terminal.
When a user uses the mobile terminal and needs to use the service related to the label on the mobile terminal, the server sends a first label and a first label selection request to the mobile terminal, wherein the first label is the label which is provided for the user by the server and is selected according to the preference of the user. The first tag selection request is an operation instruction for notifying a user of tag selection. For example, the server may provide 100 tags to the user for selection, and the user may select 10 tags of interest. Such as "health preserving", "myocardial strain", "bone joint", etc.
Step 102: the mobile terminal receives a first label and a first label selection request sent by a server, selects the first label, generates a first word stock, and sends the first word stock to the server.
After receiving the first tag and the first tag selection request sent by the server, the mobile terminal displays the first tag to the user, and the user selects the content of interest of the user from all tags of the first tag, such as 'health preserving', 'myocardial strain', 'bone joint', and the like. The mobile terminal receives the label selected by the user, converts and identifies the label into a word stock, wherein the word stock is a first word stock, and sends the first word stock to the server. And after receiving the first font library sent by the mobile terminal, the server generates a corresponding information data packet according to the content of the first font library.
Step 103: the mobile terminal sends a first service request and first authentication information to the server.
After sending the first word stock to the server, the mobile terminal may subsequently send a first service request and first verification information to the server, where the first service request may be a service request for a third-party service, and the first verification information is identity verification information or login information of the third-party service.
Step 104: and the server receives a first service request sent by the mobile terminal and verifies whether the first verification information passes or not.
After receiving a first service request sent by a mobile terminal, a server verifies first verification information corresponding to the first service request, monitors whether the first verification information is matched with existing identity information or login information of a database, and if not, the server determines that the verification fails. The existing identity information or login information in the database is data which is input by the user for the first time by using the application, and if the database does not have related data, the user is considered to have not used the application or the service. If the first verification information is not verified, the user can select the server to continue sending the first service request and the first verification information to the mobile terminal, and when the user does not need to continue the first service request, the user can also select to end the service.
Step 105: and after the server verifies the first verification information, the mobile terminal sends a search character string to the server.
The server matches the first verification information with identity information in a database, defaults to the first verification information being verified to pass after the first verification information is successfully matched, and sends verification passing information to the mobile terminal, and after the mobile terminal receives the verification passing information, the next operation can be carried out, for example, the mobile terminal sends a search character string to the server, and the purpose of sending the search character string is to obtain information related to the search character string.
Step 106: and the server performs second label extraction on the search character string and generates a second word stock.
And after receiving the search character string, the server performs a second tag extraction operation on the search character string, wherein the second tag is a tag which can be matched with the search character string, and the tag is not necessarily contained in the first tag and can be a new tag. For example, when the search string is "allergic rhinitis", the corresponding label may be "rhinitis", "allergy", or "budesonide". And the server identifies the second label and then generates a second word stock, or adds the second word stock into the original second word stock. The second word stock contains tags contained in the search strings received by the server.
Step 107: the mobile terminal sends a second service request and second authentication information to the server.
The mobile terminal sends a second service request and second authentication information to the server, where the second service request may be a service request for a third-party service, and the second authentication information is identity authentication information or login information of the third-party service, and the second service request and the first service request may not be for the same type of service or the same type of application, for example, the first type of service request is for an information search service, and the second type of service request is for an information consultation service.
Step 108: the server receives a second service request sent by the mobile terminal and verifies whether the second verification information passes;
after receiving a second service request sent by the mobile terminal, the server verifies second verification information corresponding to the second service request, monitors whether the second verification information is matched with the existing identity information or login information of the database, and if not, determines that the verification fails. The existing identity information or login information in the database is data which is input by the user for the first time by using the application, and if the database does not have related data, the user is considered to have not used the application or the service. If the second verification information is not verified, the user can select the server to continue sending the second service request and the second verification information to the mobile terminal, and when the user does not need to continue sending the second service request, the user can also select to end the service.
Step 109: and after the server passes the verification of the second verification information, the server sends second service information to the mobile terminal.
The server matches the second verification information with identity information in the database, defaults to the second verification information passing verification after the second verification information is successfully matched, and sends verification passing information to the mobile terminal, the mobile terminal can perform the next operation after receiving the verification passing information, and the server sends second service information to the mobile terminal, wherein the second service information is information related to a second service request. For example, the user may send a "dry and itchy nose, sneezing, which is a problem" and may receive a message reply regarding "allergic rhinitis".
Step 110: and the server extracts a third label from the second service information and generates a third word stock.
And after receiving the second service information, the server performs a third tag extraction operation on the second service information, where the third tag is a tag that can be matched with the second service information, and the tag is not necessarily included in the first tag and the second tag, and may be a new tag. For example, when the second service information is "what is a problem of itchy nose, sneezing, the corresponding labels may be" allergic rhinitis "," dry box rhinitis ", and" cold ". And the server identifies the third label and then generates a third word stock, or adds the third word stock into the original third word stock. The third font library contains a label contained in the second service information.
Further, the method further comprises: the server extracts a second label from the search character string, identifies the second label, skips the label if the extracted second label exists in the first font library, namely, does not perform subsequent further processing on the label, and adds the second label to the second font library if the second label does not exist in the first font library; and the server extracts a third label from the second service information, identifies the third label, skips the label if the extracted third label exists in the first font library/the second font library, and adds the third label to the third font library if the second label does not exist in the first font library/the second font library.
Step 111: the server sets corresponding weights for the labels in the character libraries according to the sequence of the first character library, the second character library and the third character library.
And after the server establishes the first font library, the second font library and the third font library, setting corresponding weights for the labels in the first font library, the second font library and the third font library in sequence.
Further, the method further comprises: the weight of the first label of the first font library is a first weight value, the weight of the second label of the second font library is a second weight value, and the weight of the third label of the third font library is a third weight value; the first weight value is greater than a second weight value, and the second weight value is greater than a third weight value.
When a user searches the search string, the search results are sorted according to the weight values of the tags in the fields of the hit results. For example, the weight number of the first tag of the first word stock is multiplied by the hit number of the first tag to obtain a first weight value; multiplying the weight number of a second label of the second word stock by the hit frequency of the second label to obtain a second weight value; and multiplying the weight number of the third label of the third font library by the hit frequency of the third label to obtain a third weight value.
When the weight values of the labels are obtained, the weight values of the labels are added to obtain the total weight number of a certain hit result in the server, for example, the weight value of a certain field of the rhinitis label is 10, and the number of hits appears for 9 times in total; the "drug" label has a weight of 7, and appears 3 times in total, and the total weight of the field is 111.
Step 112: and the server combines the first character library, the second character library and the third character library to generate a fourth character library.
And the server combines the first word stock, the second word stock and the third word stock, and a fourth word stock is obtained after combination, wherein the fourth word stock comprises labels preselected by the user and labels involved in the searching and questioning processes, namely the fourth word stock is in a constantly updated state.
Further, the method further comprises: and after the server generates a fourth word stock, normalizing the weight of the label in the fourth word stock.
And after the server combines the first word stock, the second word stock and the third word stock to generate a fourth word stock, adding labels of the three word stocks in the fourth word stock, adding weights corresponding to the labels, normalizing the weights of the labels, and showing that the weight of the label from the first word stock is greater than the weight of the label from the second word stock and the weight of the label from the second word stock is greater than the weight of the label from the third word stock.
Step 113: and the server sends the fourth font library to the mobile terminal.
And after obtaining the fourth font library, the server sends the fourth font library to the mobile terminal, and the mobile terminal can obtain related information according to the label in the fourth font library.
Further, the method further comprises the step that after the server generates a fourth word stock, the labels in the fourth word stock are sorted according to the weight.
When a user needs to search, a search string or a question can be input at the mobile terminal, and the search string or the question should include a question to be searched or a keyword of an object to be searched. And after receiving the search character string or the question, the mobile terminal retrieves the search character string or the question.
When there are multiple hits in the search string, then the hits need to be sorted. The prior art is to sort the hits according to click-through rate. The method firstly needs to obtain the hit times of each tag in the search character string and the tag in the field of the server, for example, if the tag 'rhinitis' in the search character string appears 9 times in a certain field of the server, the hit time of the tag is 9.
And after the hit times of each tag are obtained, calculating the product of the hit times of the tag and the corresponding weight number of the tag, and taking the obtained value as the weight value of the tag. In the case of the same tag, the higher the weight value, i.e., the greater the number of times the tag hits.
And a field which is overlapped with the label of the search character string in the server is used as a search result, the total weight number of the search result is sequenced after being calculated, and the higher the total weight number is, the higher the relevancy is, namely, the higher the possibility that the user is interested in is. Conversely, the lower the correlation.
Further, the server binds the fourth word stock with the identity information.
In order to enable the user to still use the first character library, the second character library, the third character library and the fourth character library after the user replaces the mobile terminal, the server binds the fourth character library and the identity information of the user, so that the user does not need to reselect the tag and rebuild the character library after replacing the mobile terminal.
And similarly, the server binds the first word stock, the second word stock and the third word stock with the identity information of the user.
Step 114: and the mobile terminal receives the fourth word stock as a local word stock.
In order to facilitate information pushing for the user, the mobile terminal uses the received fourth word stock as a local word stock, that is, the local word stock of the mobile terminal is also in a constantly updated state.
Further, when the server submits a third-party service request, a fourth word stock is submitted at the same time, and the third-party service submits service information according to the fourth word stock.
If the fourth font exists only in the mobile terminal, the function of the fourth font cannot be fully exerted, so that the server can submit the fourth font simultaneously when providing a service request to the third-party application, and after the third-party application acquires the fourth font, the corresponding service information is matched for the user according to the fourth font.
The word stock maintenance management method of the embodiment of the invention solves the problem that the word stock can not be updated along with the use process of a user in the prior art. The embodiment of the invention can lead the user to be capable of making corresponding update in the word stock in each use process, and provides convenience for the next use of the user.
Fig. 2 is a water and soil diagram of a word stock maintenance management device according to an embodiment of the present invention, and as shown in the figure, the device includes a server 1 and a mobile terminal 2, and the mobile terminal 2 and the server 1 are connected by a signal.
The server 1 is configured to send a first tag and a first tag selection request to the mobile terminal 2 when a user operates the mobile terminal 2. And is further configured to receive the first service request sent by the mobile terminal 2 and verify whether the first authentication information input by the user passes, and receive the second service request sent by the mobile terminal 2 and verify whether the second authentication information passes.
After a user inputs a search character string at the mobile terminal 2, the server 1 extracts a second label from the search character string and analyzes and identifies the second label to generate a second word stock; and the server is also used for extracting a third label from the second service information, analyzing and identifying the third label to generate a third word stock, and setting corresponding weights for different labels.
The server 1 is further configured to combine the first font library, the second font library and the third font library to generate a fourth font library, and then send the fourth font library to the mobile terminal 2, where the fourth font library is associated with the latest and dynamic font library of the user.
The mobile terminal 2 is used for sending a search character string to the server 1 after the first verification information passes verification; the mobile terminal 2 is further configured to receive a first tag and a first tag selection request sent by the server 1, select the first tag, generate a first word stock, and send the first word stock to the server 1; the mobile terminal 2 is further configured to send a first service request and first authentication information and a second service request and second authentication information to the server 1; the mobile terminal 2 is further configured to receive the fourth word stock as a local word stock.
The word stock maintenance management device of the embodiment of the invention solves the problem that the word stock can not be updated along with the use process of a user in the prior art. The embodiment of the invention can lead the user to be capable of making corresponding update in the word stock in each use process, and provides convenience for the next use of the user.
Those of skill would further appreciate that the various illustrative components and algorithm steps described in connection with the embodiments disclosed herein may be implemented as electronic hardware, computer software, or combinations of both, and that the various illustrative components and steps have been described above generally in terms of their functionality in order to clearly illustrate this interchangeability of hardware and software. Whether such functionality is implemented as hardware or software depends upon the particular application and design constraints imposed on the implementation. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present invention.
The steps of a method or algorithm described in connection with the embodiments disclosed herein may be embodied in hardware, a software module executed by a processor, or a combination of the two. A software module may reside in Random Access Memory (RAM), memory, Read Only Memory (ROM), electrically programmable ROM, electrically erasable programmable ROM, registers, hard disk, a removable disk, a CD-ROM, or any other form of storage medium known in the art.
The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are merely exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (9)
1. A font library maintenance management method, the method comprising:
the server sends a first label and a first label selection request to the mobile terminal;
the mobile terminal receives a first label and a first label selection request sent by a server, selects the first label, generates a first word stock, and sends the first word stock to the server;
the mobile terminal sends a first service request and first verification information to the server;
the server receives a first service request sent by the mobile terminal and verifies whether the first verification information passes;
after the server verifies the first verification information, the mobile terminal sends a search character string to the server;
the server extracts a second label from the search character string and generates a second word stock;
the mobile terminal sends a second service request and second verification information to the server;
the server receives a second service request sent by the mobile terminal and verifies whether the second verification information passes;
after the server passes the verification of the second verification information, the server sends second service information to the mobile terminal;
the server extracts a third label from the second service information and generates a third word stock;
the server sets corresponding weights for the labels in the character libraries according to the sequence of the first character library, the second character library and the third character library;
the server combines the label of the first font library, the label of the second font library and the label of the third font library after the weight is set to generate a fourth font library;
the server sends the fourth font library to the mobile terminal;
and the mobile terminal receives the fourth word stock as a local word stock.
2. The method of claim 1, wherein the weight of the first label of the first font library is a first weight value, the weight of the second label of the second font library is a second weight value, and the weight of the third label of the third font library is a third weight value; the first weight value is greater than a second weight value, and the second weight value is greater than a third weight value.
3. The method of claim 2, further comprising: and after the server generates a fourth word stock, normalizing the weight of the label in the fourth word stock.
4. The method of claim 2, further comprising: and after the server generates a fourth font library, sorting the labels in the fourth font library according to the weight.
5. The method of claim 1, further comprising: and the server binds the fourth word stock and the identity information.
6. The method of claim 1, further comprising:
when the server submits the first service request or the second service request, the server submits a fourth font library at the same time;
and the first service or the second service submits service information according to the fourth word stock.
7. The method according to claim 1, wherein the mobile terminal receives a first tag and a first tag selection request sent by a server, selects the first tag and adds the first tag to a first word stock by identifying; the server extracts a second label from the search character string, identifies the second label and adds the second label to a second word stock; and the server extracts a third label from the second service information, identifies the third label and adds the third label to a third word stock.
8. The method of claim 1, further comprising:
the server extracts a second label from the search character string, identifies the second label, does not add the second label to a second font library if the second label exists in a first font library, and adds the second label to the second font library if the second label does not exist in the first font library;
and the server extracts a third label from the second service information, identifies the third label, does not add the third label to a third font library if the third label exists in the first font library or the second font library, and adds the third label to the third font library if the third label does not exist in the first font library or the second font library.
9. A font library maintenance management apparatus, characterized in that the apparatus comprises: the server is used for sending the first label and a first label selection request to the mobile terminal; the mobile terminal is also used for receiving a first service request sent by the mobile terminal and verifying whether the first verification information passes or not, receiving a second service request sent by the mobile terminal, verifying whether the second verification information passes or not, and sending second service information to the mobile terminal after the second verification information passes; the server extracts a second label from the search character string and generates a second word stock; the second service information is also used for carrying out third label extraction and generating a third word stock; the server is used for setting corresponding weights of different labels; the mobile terminal is also used for setting weight for the labels in the word stock according to the sequence of the first word stock, the second word stock and the third word stock, combining the labels and generating a fourth word stock, and then sending the fourth word stock to the mobile terminal;
the mobile terminal is used for sending a search character string to the server after the first verification information passes the verification; the mobile terminal is also used for receiving a first label and a first label selection request sent by the server, selecting the first label, generating a first word stock and sending the first word stock to the server; the mobile terminal is further used for sending the first service request and the first verification information and the second service request and the second verification information to the server; the mobile terminal is also used for receiving the fourth word stock as a local word stock.
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| US9535974B1 (en) * | 2014-06-30 | 2017-01-03 | Palantir Technologies Inc. | Systems and methods for identifying key phrase clusters within documents |
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