CN104038410B - A kind of group member identity's information protecting method and system - Google Patents
A kind of group member identity's information protecting method and system Download PDFInfo
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Abstract
The invention discloses a kind of group member identity's information protecting method and system, method is comprised the following steps：Instant communication client sends anonymous request information to cluster server, cluster server is randomly assigned not currently used first assumed name from a default assumed name storehouse to the instant communication client, sets up the corresponding relation of the instant communication client and the assumed name；The instant communication client is with corresponding assumed name information come as the identification information communicated to other clients in this cluster server；Trigger every a default time cycle or through an event, the cluster server is randomly assigned not currently used second assumed name again to the instant communication client from assumed name storehouse, re-establish the corresponding relation of the instant communication client and second assumed name, instant communication client by with the identity of current second assumed name come as the identification information communicated to other clients in this cluster server.And corresponding system.
Description
Technical Field
The invention belongs to the technical field of instant messaging, and particularly relates to a group member identity information protection method and system.
Background
Network instant messaging services have become a widely used network application. The instant messaging service not only enables interaction between two users, but also enables group interaction between multiple users by creating groups. However, in the current group chat software, the security degree of the identity information of the group members is still not high enough in some situations or in view of some user groups.
In some cases, users are reluctant to expose a piece of information to chat, whether the information is published by themselves, or whether other members of the group are not expected to view their information. Users want to be able to speak well in the group and not worry about other users locking themselves at all. Thus, people may pay more attention to the published information and not be able to determine the account from which the message was published. Methods and systems for anonymous group chat that meet such customer needs are lacking.
Disclosure of Invention
In order to overcome the defects in the prior art, the invention provides a group member identity information protection method, which comprises the following specific technical scheme:
a group member identity information protection method is characterized by comprising the following steps:
s1: the method comprises the steps that an instant messaging client sends anonymous request information to a group server, the group server randomly distributes a first pseudonym which is not used currently to the instant messaging client from a preset pseudonym library, and the corresponding relation between the instant messaging client and the pseudonym is established;
s2: the instant communication client uses the corresponding pseudonymous information as the identification information for communicating to other clients in the group server;
s3: and at intervals of a preset time period or triggered by an event, the group server randomly re-allocates a second pseudonym which is not used currently to the instant messaging client from the pseudonym library, re-establishes the corresponding relation between the instant messaging client and the second pseudonym, and the instant messaging client uses the identity of the current second pseudonym as identification information for communication to other clients in the group server.
As an optimized scheme, the group server further comprises a pitch changing module: the voice information in the chat information is subjected to voice change, so that anonymous chat information is obtained;
when the instant communication client terminal actively or passively sends out the sound changing request, the group server completes the voice communication of the instant communication client terminal through the sound changing module.
As an optimization scheme, when the instant messaging client passively sends out the inflexion request, the following steps are further performed:
the instant communication client is in the state of pseudonymous identity information protection, and the voice communication request sent out is regarded as a voice change request passively sent out by the instant communication client.
Preferably, the pseudonym comprises at least any one or more of an avatar, a nickname and an inflexion number.
As an optimization scheme, the pitch change module comprises a preset pitch change library; the inflexion library comprises inflexion files corresponding to the kana in the kana library; each sound variation file comprises a sound variation serial number and a single-frequency sound variation program; and the single-frequency sound changing program converts the frequency of the sound into the frequency corresponding to the sound changing number.
As an optimization scheme, the group server searches the single-frequency pitch changing program in a pitch changing library according to the pitch changing number in the pseudonym corresponding to the instant messaging client, and performs pitch changing on voice information by using the single-frequency pitch changing program so as to obtain anonymous chat information; and sending the anonymous chat information to all group members.
The optimization scheme is characterized in that the group server comprises a voice changing module, and the voice changing module is used for changing voice of the group server to the chat information; the sound changing module is dynamic frequency conversion; the voice changing module is used for changing voice of the voice information so as to obtain anonymous chat information; and sending the anonymous chat information to all group members.
A group membership information protection system, comprising:
the group server is used for receiving request information sent by the instant messaging client, distributing pseudonyms for the instant messaging client, converting chat information into anonymous chat information and sending the anonymous chat information to all the instant messaging clients;
and the instant communication client is used for sending request information to the group server, sending the distributed pseudonyms and the chat information edited by the identity of the current pseudonym to the group server, and receiving the anonymous chat information sent by the group server.
Preferably, the pseudonym comprises at least any one or more of an avatar, a nickname and an inflexion number.
The optimization scheme is characterized in that the group server comprises a data receiving and sending module, a kana library, a kana random distribution module and a pitch changing module; wherein,
the data receiving and sending module is used for receiving request information and chat information sent by the instant messaging client and sending anonymous chat information to all instant messaging clients;
the pseudonym library is used for storing all pseudonyms;
the pseudonym random allocation module is used for randomly reading pseudonyms in the pseudonym library and allocating the read pseudonyms to the instant messaging client;
and the voice changing module is used for changing voice of the voice information in the chat information to obtain anonymous chat information.
Compared with the prior art, the invention has the following beneficial effects:
the invention provides a user identity protection method and a user identity protection system for group chat, which effectively protect the identity information of group members through a dynamically changed pseudonym distribution mode, can ensure that some users can not expose certain information in the chat and release the information by themselves, and effectively prevent other members of a group from locking certain user information. The identity confidentiality of the user in group chat can be improved, and the method is also suitable for scenes of hiding identity hierarchical information so as to realize more real communication and more free expression.
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Fig. 1 is a schematic diagram illustrating a group membership information protection process according to the present invention.
Detailed Description
The invention is described in detail below by way of example with reference to fig. 1.
A group member identity information protection method comprises the following steps:
s110: the instant communication client sends anonymous request information to the group server, and the group server randomly distributes a first pseudonym which is not used at present to the instant communication client from a preset pseudonym library to establish the corresponding relation between the instant communication client and the pseudonym.
S120: the instant communication client uses the corresponding pseudonymous information as the identification information for communicating to other clients in the group server;
s130: and at intervals of a preset time period or triggered by an event, the group server randomly re-allocates a second pseudonym which is not used currently to the instant messaging client from the pseudonym library, re-establishes the corresponding relation between the instant messaging client and the second pseudonym, and the instant messaging client uses the identity of the current second pseudonym as identification information for communication to other clients in the group server.
The first embodiment is as follows:
in step S110, the group server generally sets a kana library in advance, for example, the kana in the kana library is set as a three-country character. Pseudonyms in the pseudonym pool may describe pseudonyms with pseudonym attribute information. For example, if the kana in the kana library is "Zhang Fei", the kana can be uniquely identified by an ID number (e.g. 5774), and the display name of the kana is "Zhang Fei", and may further include other information, such as corresponding image information, corresponding inflexion number, and the like.
As shown in the method steps of fig. 1, an instant messaging client sends anonymous request information to a group server, the group server receives the anonymous request information, then randomly takes out a currently unused pseudonym from a preset pseudonym library to serve as a first pseudonym to be distributed to the instant messaging client, and sends an ID number corresponding to the first pseudonym to the instant messaging client as unique encoding information for the instant messaging client to communicate with the group server. And sending state information for displaying the pseudonymous name identity information protection state of the instant messaging client to the instant messaging client. Thereby successfully establishing the corresponding relation between the instant messaging client and the pseudonym.
In step S120, when the group server receives the communication sent by the instant messaging client, the corresponding ID number is analyzed from the communication information, and the communication with the ID information protection can be determined by the ID number, and then the attribute information corresponding to the ID number, such as the pseudonym name "zhangfei" and the corresponding zhangfei image, is found by the preset pseudonym library, and the identity protection of the client is performed by displaying the "zhangfei" and zhangfei image, and the client is displayed by displaying the "zhangfei" and zhangfei image, so as to perform the instant communication with other clients. Thus, the information identification of the communication in the pseudonymous identity information protection state is completed.
The group server further comprises a sound changing module: the system is used for changing the voice information in the chat information, and the frequency of the voice information sound is changed through software to realize the change of the sound tone and the tone, so that the changed voice information is obtained as anonymous chat information. The inflexion module also includes an inflexion library, which includes all inflexion programs, each inflexion program has a corresponding inflexion number and a single-frequency inflexion program. The single-frequency sound changing programs are used for converting the original sound frequency into a specific frequency, and each single-frequency sound changing program corresponds to a target frequency.
The chat message includes text message and voice message. And when the group server identifies that the chat information sent to the group server by the instant communication client is voice information, the voice changing module is started. Even if under the anonymous condition, as long as the information that sends is speech information, most people still can hear who said under the unprocessed condition, and speech information can confuse the sound after changing the sound, let the people who receives the pronunciation can't hear who said, thereby play the purpose of protecting the speaker. Moreover, voice is the most convenient information input and transmission mode in the mobile client product, and the application of the method can improve the transmission willingness of the information in the mobile client product.
For example, the group server's inflexion module immediately reads the pseudonym ID number of 5774 and its inflexion number of 5774. The inflexion number and the ID number may be the same or different in the present invention. The inflection module searches an inflection program corresponding to the inflection number 5774 in an inflection library built in the inflection module, and is used for processing original voice information sent by the instant messaging client to obtain inflection information which is consistent with the tone and the tone of the sound corresponding to the inflection number 5774. In the process of instant communication with other clients, the identity protection of the client is carried out by displaying the image of Zhangfei and playing the inflexion information.
In step S130, the preset time period of this embodiment is to randomly assign a pseudonym to the instant messaging client again by the group server every 30 seconds. The group server comprises a pseudonym random distribution module for randomly reading pseudonyms in the pseudonym library and distributing the read pseudonyms to the instant messaging client. And the pseudonym random allocation module starts timing from the successful allocation of the first pseudonym of the instant messaging client, and automatically and randomly allocates pseudonyms for the instant messaging client once again in the pseudonym library after 30 seconds. Or, the instant messaging client sends the chat information once as a trigger event, and the pseudonym random allocation module at the group server side is triggered to randomly allocate the pseudonym for the instant messaging client again. Wherein the event triggers a higher priority for re-pseudonym assignment than for timed re-pseudonym assignment.
Therefore, the pseudonym displayed by each sending of the chat message is the pseudonym which is newly distributed, and the sound of the voice message sent each time is the sound corresponding to the pseudonym which is newly distributed, so that the identification information and the voice sound of the chat message sent each time by the same instant messaging client are different. The same instant messaging client sends character information or voice information for a plurality of times continuously, and after being processed by the group server, the display result is the character information sent by different kana or different sounds sent by different kana on all instant messaging clients.
For example, after the instant messaging client sends the text information of "hello" with the identity of the first pseudonym, the group server immediately redistributes a currently unused pseudonym "grandchild right" to the instant messaging client as the second pseudonym of the instant messaging client. The pseudonym "grandchild" corresponds to an ID number 3552, a grandchild image, and a corresponding inflexion number 1704. At this time, the current pseudonym of the instant messenger client is changed to "grandchild", the ID number received by the instant messenger client becomes 3552, and the information displayed when communicating with the other group members becomes the sound corresponding to the pseudonym name "grandchild", the grandchild image, and the change number 1704. When the instant messaging client sends the information for the second time, the identity of the grandchild right and the picture of the grandchild right are used for displaying the text information, and the voice information is played by the sound of the grandchild right.
If the instant messaging client does not send the chat message for more than 30 seconds, the group server will automatically allocate a new pseudonym to the instant messaging client again. The identity of the instant messaging client in the group is still dynamically changed, and the group server performs pseudonym allocation at regular time under the condition of no event trigger.
And under the condition that the instant messaging client does not send an anonymous request to the group server, the group server sends state information which is not in a pseudonymous identity information protection state to the instant messaging client. At this time, the user of the instant communication client can send a sound changing request to the group server, and the group server sends the state information in the sound changing state to the instant communication client after receiving the sound changing request. In the state of changing voice, the group server only changes voice for the voice information sent by the instant communication client, and does not allocate a pseudonym for the group server. The voice changing module receives the voice information each time in the voice changing state, and randomly selects a voice changing program for the voice information in the voice changing library to change voice. In this embodiment, the identification information of the instant messaging client, such as the nickname and the avatar, is not changed, but only the sound of the voice message sent by the instant messaging client is changed.
For example: the instant communication client sends a character message in a state of changing voice, at the moment, the group server analyzes and judges the ID number of the instant communication client, and can judge that the ID number does not belong to the communication protected by identity information, and the information displayed on all the instant communication clients is the real information of nicknames, images and the like of the instant communication client. When the instant communication client side sends the voice information, the group server analyzes and judges the ID number of the instant communication client side, and can judge that the ID number belongs to the sound changing state, the sound changing module changes the sound of the voice information, and sends the anonymous chat information obtained by the sound changing to all the instant communication client sides. The sound played on all the instant communication clients is the sound after the sound change, and the sound after the sound change is the random sound change frequency in the sound change library. The sound changing program distribution in the sound changing state is to randomly draw a sound changing program different from the previous time to change the sound of the current voice information every time the voice information is received. Thereby ensuring that each time anonymous voice is played, the anonymous voice has different tones and pitches.
Example two:
in this embodiment, the kana does not include a inflexion number, the inflexion module does not set an inflexion library, and the inflexion module in this embodiment is dynamic frequency conversion, that is, the target sound frequency to which the original sound frequency is changed is dynamically changed when the sound frequency is changed, so that the inflexion information is a random sound. The timbre, pitch, and the like of the inflexion information obtained in the present embodiment are randomly changed. The inflection module is configured to change the target frequency every 10 seconds. Under the setting, the sound of each sentence sent by the instant messaging client is different.
For example: in the state of the pseudonym identity information protection state and the state of changing the sound, when the instant messaging client sends the voice information with the identity of the first pseudonym, the sound played by all the instant messaging clients after being processed by the group server is the sound A. However, when the instant messaging client sends the voice message again, the sound played by all the instant messaging clients in the identity of the second pseudonym "grandchild" after being processed by the group server is the sound B. Sound a and sound B correspond to random frequencies in the inflected tone block. In this case, the tone-changing frequency is randomly changed by using a tone-changing program to send a voice message once. Even if the kana is extracted again to be in "Zhang off" when a certain kana is randomly allocated, the voice of the voice information is different from the voice extracted to be in "Zhang off" in the last time because the inflexion module is dynamically frequency-converted although the displayed kana information is the same.
The group member identity information protection method and the group member identity information protection system provided by the invention can ensure that the identity information of a user in the chat process cannot be locked, and other users cannot know which user sends a certain piece of information. By the method, the user identity protection system improves the user information security of the user in the chat room and provides guarantee for the smooth desire of the user. The method is also suitable for scenes of hiding identity hierarchical information so as to realize more real communication and more free expression.
The above disclosure is only one specific embodiment of the present application, but the present application is not limited thereto. Any variations that may be suggested to one skilled in the art are intended to be within the scope of the present application.
Claims (7)
1. A group member identity information protection method is characterized by comprising the following steps:
s1: the method comprises the steps that an instant messaging client sends anonymous request information to a group server, the group server randomly distributes a first pseudonym which is not used currently to the instant messaging client from a preset pseudonym library, and the corresponding relation between the instant messaging client and the pseudonym is established;
s2: the instant communication client uses the corresponding pseudonymous information as the identification information for communicating to other clients in the group server;
s3: the group server randomly re-allocates a second pseudonym which is not used at present to the instant messaging client from the pseudonym library every other preset time period or triggered by an event, re-establishes the corresponding relation between the instant messaging client and the second pseudonym, and the instant messaging client uses the identity of the second pseudonym at present as identification information for communication to other clients in the group server;
the group server further comprises a sound changing module: the voice information in the chat information is subjected to voice change, so that anonymous chat information is obtained;
when the instant communication client terminal actively or passively sends out a voice change request, the group server completes the voice communication of the instant communication client terminal through the voice change module;
the sound changing module comprises a preset sound changing library; the inflexion library comprises inflexion files corresponding to the kana in the kana library; each sound variation file comprises a sound variation number and a single-frequency sound variation program; and the single-frequency sound changing program converts the frequency of the sound into the frequency corresponding to the sound changing number.
2. The method of claim 1, wherein the passive on-demand communication client making the mute request further comprises:
the instant communication client is in the state of pseudonymous identity information protection, and the voice communication request sent out is regarded as a voice change request passively sent out by the instant communication client.
3. The method of claim 2, wherein the pseudonym comprises at least any one or more of an avatar, a nickname, an inflexion number.
4. The method of claim 3, wherein the group server searches the single-frequency sound variation program in a sound variation library according to a sound variation number in a pseudonym corresponding to the instant messaging client, and performs sound variation on voice information by using the single-frequency sound variation program, thereby obtaining anonymous chat information; and sending the anonymous chat information to all group members.
5. The method of claim 1 or 2, wherein the group server comprises a voicing module for voicing the chat information by the group server; the sound changing module is dynamic frequency conversion; the voice changing module is used for changing voice of the voice information so as to obtain anonymous chat information; and sending the anonymous chat information to all group members.
6. A group membership information protection system, comprising:
the group server is used for receiving request information sent by the instant messaging client, distributing pseudonyms for the instant messaging client, converting chat information into anonymous chat information and sending the anonymous chat information to all the instant messaging clients;
the instant communication client is used for sending request information to the group server, sending the distributed pseudonyms and the chat information edited by the identity of the current pseudonym to the group server, and receiving the anonymous chat information sent by the group server;
the group server comprises a data receiving and sending module, a kana library, a kana random distribution module and a tone changing module; wherein,
the data receiving and sending module is used for receiving request information and chat information sent by the instant messaging client and sending anonymous chat information to all instant messaging clients;
the pseudonym library is used for storing all pseudonyms;
the pseudonym random allocation module is used for randomly reading pseudonyms in the pseudonym library and allocating the read pseudonyms to the instant messaging client;
the voice changing module is used for changing voice of the voice information in the chat information to obtain anonymous chat information;
the sound changing module comprises a preset sound changing library; the inflexion library comprises inflexion files corresponding to the kana in the kana library; each sound variation file comprises a sound variation number and a single-frequency sound variation program; and the single-frequency sound changing program converts the frequency of the sound into the frequency corresponding to the sound changing number.
7. The system of claim 6, wherein the pseudonym comprises at least any one or more of an avatar, a nickname, an inflexion number.
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