WO2013086802A1

WO2013086802A1 - User-created-content management method and system

Info

Publication number: WO2013086802A1
Application number: PCT/CN2012/071366
Authority: WO
Inventors: 陶伟成; 陈军; 尚国强
Original assignee: 中兴通讯股份有限公司
Priority date: 2011-12-14
Filing date: 2012-02-20
Publication date: 2013-06-20
Also published as: CN102638362B; CN102638362A

Abstract

Disclosed are a user-created-content management method and system. The method comprises: a first server receiving a management operation instruction from a content publisher client and for a specific content; the first server sending the specific content to a second server according to the received management operation instruction; the second server processing the received specific content; the first server performing a management operation corresponding to the specific content, generating a notification message corresponding to the management operation, binding an access interface for accessing the second server to the notification message, and sending the bound notification message to a user/subscriber client of the specific content. The present invention solves the problem in the prior art that if a content created by a user is managed, a user/subscriber of the content cannot obtain the original content.

Description

User management method and system for generating content

The present invention relates to User-generated Content (UGC) management technology of the Internet, and more particularly to a management method and system for user-generated content. Background technique

With the increasing commercialization of the world's third-generation mobile communication technology (3G, 3rd-Generation) and the continuous development of mobile Internet services, the mobile UGC business is emerging, which has aroused widespread concern in the industry. UGC means that users can display their original content through the Internet platform or provide it to other users. UGC is a rise of the Web 2.0 concept with the main feature of promoting personalization. UGC is not a specific kind of business, but a new way for users to use the Internet, that is, from the original download to the download and upload. Websites such as YouTube and MySpace are all successful UGCs. Community networks, video sharing, blogs, and podcasts (video sharing) are all major UGC applications.

One of the main features of UGC is that it is fast, so when users are managing (for example: deleting, backing up, dumping, creating, updating) content in UGC, the user/subscriber of the content is not online or for a long time. For other reasons such as login, the user/subscriber cannot be managed in a timely manner (for example, deleting), and the user/subscriber of the content will not be able to obtain the pre-administration content. Based on this, it is urgent to propose a solution to the above problems. Summary of the invention

In view of this, the main objective of the present invention is to provide a management method and system for user-generated content, so as to solve the problem that the user/subscriber who manages UGC will cause the content to be unavailable in the prior art. Take the issue of the content before management.

In order to achieve the above object, the technical solution of the present invention is achieved as follows:

The present invention provides a management method for user generated content, the method comprising:

The first server receives a management operation instruction for the specific content from the content publisher client;

Sending, by the first server, the specific content to the second server according to the received management operation instruction;

The second server processes the received specific content;

The first server performs a corresponding management operation of the specific content and generates a notification message corresponding to the management operation, binds an access interface that accesses the second server, and binds the notification message, and binds The subsequent notification message is sent to the user/subscriber client of the particular content.

After the bound notification message is sent to the user/subscriber client of the specific content, the method further includes:

The user/subscriber client of the specific content obtains corresponding content from the second server according to the access interface in the received notification message.

After the second server processes the received specific content, the method further includes:

The second server generates an access interface of the processed specific content, and sends a return message carrying the access interface to the first server;

When the first server receives the receipt message, the access interface in the receipt message is extracted.

The method further includes:

The first server uses an address of the second server as an access interface of the second server.

The management operation includes at least one of the following: delete, create, update, backup, dump. The specific content includes at least one of the following: audio, video, blog, log, microblog. The present invention also provides a management system for user-generated content, the system comprising: a first server and a second server,

The first server is configured to receive a management operation instruction for a specific content from a content publisher client, and send the specific content to the second server according to the received management operation instruction;

The second server is configured to process the received specific content;

The first server is further configured to: perform a corresponding management operation of the specific content, and generate a notification message corresponding to the management operation, and bind an access interface that accesses the second server to the notification message, And sending the bound notification message to the user/subscriber client of the specific content.

After receiving the notification message, the user/subscriber client of the specific content acquires the corresponding content from the second server according to the access interface in the received notification message.

The second server is further configured to: after processing the received specific content, generate an access interface of the processed specific content, and send a return message carrying the access interface to the first server;

Correspondingly, the first server is further configured to: when receiving the receipt message, extract an access interface in the receipt message.

The first server is further configured to use an address of the second server as an access interface of the second server.

The management operation includes at least one of the following: delete, create, update, backup, dump. The specific content includes at least one of the following: audio, video, blog, log, microblog. The user-generated content management method and system provided by the invention realizes effective management of UGC, and when the UGC is managed, even if the user/subscriber of the content is not currently online or has not logged in for a long time, The second server obtains the content before management; the invention is the user's UGC Management provides convenience and increases the user experience. DRAWINGS

1 is a flow chart of a UGC management method according to the present invention;

2 is a flowchart of a UGC management method according to Embodiment 1 of the present invention;

3 is a flowchart of a UGC management method according to Embodiment 2 of the present invention;

FIG. 4 is a flowchart of a method for managing three UGCs according to an embodiment of the present invention. detailed description

The technical solutions of the present invention are further elaborated below in conjunction with the accompanying drawings and specific embodiments. As shown in FIG. 1, the UGC management method provided by the present invention mainly includes the following steps: Step 101: A first server receives a management operation instruction for a specific content from a content publisher client.

Step 102: The first server sends the specific content to the second server according to the received management operation instruction.

Step 103: The second server processes the received specific content (such as storage, backup, etc.).

Step 104: The first server performs a corresponding management operation of the specific content, generates a notification message corresponding to the management operation, binds an access interface that accesses the second server, and binds the notification message, and binds the notified message. The consumer/subscriber client that is sent to that particular content.

After the bound notification message is sent to the user/subscriber client of the specific content, the user/subscriber client of the specific content can obtain the corresponding content from the second server according to the access interface in the received notification message. .

Generally, after the second server processes the received specific content, the second server generates an access interface (eg, a link address) of the processed specific content and sends a receipt carrying the access interface to the first server. Message; when the first server receives the receipt message, The access interface in the receipt message is extracted (the access interface of the specific content serves as the access interface for accessing the second server).

Of course, the first server may directly use the address of the second server as the access interface of the access second server. For example: When the second server does not send a receipt message to the first server in step 103, or the first server does not receive the receipt message in step 104, the first server may use the address of the second server as the access interface and the generated The notification message is bound, and the bound notification message is sent to the user/subscriber client of the specific content; then, correspondingly, the user/subscriber client of the specific content can be based on the received notification message The address of the second server acquires the corresponding content from the second server.

In addition, the first server may also batch process the specific content, that is, when there are multiple user/subscriber clients of the specific content, and different user/subscriber clients correspond to different second servers. The first server performs batch processing to send the specific content to the plurality of second servers; subsequently, each second server separately processes the received specific content;

If the second server returns a receipt message of the access interface carrying the specific content to the first server, the first server binds the access interface returned by each second server to the notification message, and binds the message. Notification message corresponding to the user/subscriber client sent to the specific content;

If at least one of the plurality of second servers of the batch does not send a receipt message to the first server, or the first server does not receive the receipt message of the at least one second server, or the at least one second The access interface of the server does not include the access interface (that is, among the plurality of second servers in the batch, some of the second servers send the receipt message, and some of the second servers do not send the receipt message; or some of the receipt messages are carried in the receipt message. The access interface does not carry the access interface in any of the return messages; the first server binds the address of each second server as the access interface and the generated notification message, and sends the bound notification message to the corresponding a user/subscriber client of the specific content; correspondingly, each of the specific content The user/subscriber client obtains the corresponding content from the second server according to the address of the second server in the received notification message.

In the management method of the present invention, the management operation includes at least one of the following: delete, create, update, backup, and dump. Specific content includes at least one of the following: audio, video, blog, log, microblog.

The UGC management method of the present invention will be further elaborated below in conjunction with specific embodiments.

Embodiment 1 of the present invention describes the following scenario: When a social network user deletes content on a social network, since some content users/subscribers are offline or some reason does not acquire the content to be deleted, then the content to be deleted may be added. The content is given to the user's attention/subscribe to the friend, so that the user's follow/subscribe friend can still obtain the deleted content after the user deletes the content, such as sending the content to be deleted to the content user/subscriber before the attention/ The destination address (for example, email address;) registered at the time of subscription. The specific operation procedure in the scenario of the first embodiment of the present invention is as follows:

Step 201: The content publisher client sends a delete operation instruction for the content to the content server (the first server).

Before step 201, the content publisher (such as user U)'s friends (such as users A, B, C) subscribe to the content server's content to the content server, for example: user A, B, C subscribes to user U's content. Or subscribe to certain aspects of content, or add user U for attention, and add your friend's own address, such as email address (A@ 163.com, B@163.com, C@ 163.com ), when you subscribe. The address is saved by the content server.

Step 202: The content server will display the content group to be deleted indicated in the deletion operation instruction step 202a, that is, deliver it to the mail server (ie, the second server) where the friend's email address is located, and delete the corresponding content in the content server. Content (as shown in step 202b in Figure 2).

The content server organizes the content to be deleted into an email form and sends it to user A's email address A@163.com, and sends it to user B's email address B@163.com, and sends it to user C. The email address C@ 163.com, and the content to be deleted is deleted from the content server. In other words, the mail addresses of the user A, B, and C mailbox addresses are the same.

Step 203: The mail server stores the received mail, generates an access interface for accessing the mail (as shown in step 203a in FIG. 2), and sends a return receipt message carrying the access interface to the content server (as shown in FIG. 2). Step 203b). Access interface to access the message link address may be used, i.e. a universal resource identifier (URI, Universal Resource Identifier) ₀ e.g. receipt message as follows:

" A @ 163.com+http:〃 mail.163.com/back_A @ 163.com:ID= 1#

B@ 163.com+http:〃 mail.163.com/back_B @ 163.com:ID=2#

C@ 163.com+http:〃 mail.163.eom/back_C@ 163.com:ID=3"

Among them, the "#" and "+" are delimiters. The receipt message contains the email address of the above three friends (users A, B, C) and the access interface of the corresponding email.

Step 204: After receiving the receipt message, the content server extracts the access interface in the receipt message, generates a notification message corresponding to the deletion operation sent by the content publisher client, and binds the access interface to the notification message (FIG. 2). In step 204a), the bound notification message is sent to the friend client, ie, the content consumer/subscriber client (as shown in step 204b in FIG. 2).

The content server derives three access interfaces based on the above separators:

Http://mail.l 63.com/back_A @ 163.com:ID= 1;

Http:〃 mail.163.com/back_B @ 163.com:ID=2;

Http:〃 mail.163.com/back_C @ 163.com:ID=3.

The content server will access the interface http:〃 mail.l63.com/back_A@ 163.com:ID=l and the generated notification message will be sent to the client of user A; the access interface http://mail.163. Com/back_B @ 163.com:ID=2 is bound to the generated client by the generated notification message; the access interface htt ://mail.163.com/back_C @ 163.com:ID=3 The generated notification message is bound and sent to the client of user C. Step 205: The friend client obtains corresponding content from the mail server according to the access interface in the notification message.

For example: In step 204, for user A, the content server extracts the access interface "htt ://mail.163.com/back_A @ 163.com:ID=l" in the receipt, and deletes it with the user U on the content server. The notification message corresponding to the operation is bound, for example, the notification message is "Your friend U deleted a content that you are interested in!", or "You have a system message!". The bound notification message is sent to the client of user A or when user A logs in to the social network next time, the notification message is obtained. In step 205, when the user A clicks the notification message, the user automatically connects to the mail server, and the mail server directly reads the content in the mail after performing necessary authentication.

Similarly, for the users B and C, the content server respectively extracts the corresponding notification messages generated by the access interfaces in the corresponding receipt messages and sends them to the clients of users B and C respectively.

Preferably, when the email addresses registered by the user's friends when subscribing to the user content do not belong to the same domain or the same server, each mail server separately sends a receipt message carrying the access interface to the content server. For example, the addresses registered by the user U's friends (users A, B, and C) when subscribing to the content are A@163.com, B@csdn.net, and C@qq.com, respectively, and the addresses of the friends of the user U correspond to The mail server addresses are 163.com, csdn.net, and qq.com. Then, when these mail servers receive the content sent to them by the content server, they respectively send corresponding access interfaces to the content server, for example: 163.com mail server sends htt ://mail.163.com/back_A @ 163.com : ID= 1 to the content server, csdn.net mail server send http:〃 mail.csdn.net back_B @csdn.net:ID=2 to the content server, qq.com mail server send http:〃 mail .qq.com/back_C@qq.com: ID=3 to the content server. Subsequently, the content server binds the access interface http:〃 mail.l63.com/back_A@163.com:ID=l to the generated notification message and sends it to the client of user A; the access interface http://mail. Csdn.net back_B@csdn.net:ID=2 The client that is bound to the generated notification message and sent to user B; will access the interface http:〃 mail.qq.com/back_C@qq.com:ID=3 Health The notification message is sent to the client of user C after being bound.

In addition, if there are at least one second server (such as csdn.net mail server) in the batch of multiple mail servers (such as 163.com, csdn.net, qq.com mail server), the first server is not sent to the first server. Sending a receipt message, or the first server does not receive a receipt message from at least one second server (such as a mail server of csdn.net), or a receipt message of at least one second server (such as a mail server of csdn.net) Including the access interface, the first server binds the address of each mail server and the generated notification message separately, and sends the bound notification message to the user/subscriber client of the specific content. For example, the first server binds A@ 163.com to the generated notification message and sends it to the client of user A. Bind B@csdn.net with the generated notification message and send it to the client of user B. C@qq.com is bound to the generated notification message and sent to the client of user C. Correspondingly, User A obtains the specific content from A@163.com, and User B obtains the specific content from B@csdn.net, and the user obtains the specific content from C@qq.com.

It should be noted that, for the content to be deleted by the content server, the follower/subscriber in this embodiment may be: the follower/subscriber who has read/acquired the content before the user U deletes the content, and/ Or followers/subscribers who have not read or have not obtained the content.

In addition, if the mail server cannot provide the receipt message carrying the access interface, the destination email address sent by the content server may be used as the access interface, and the access interface and the notification message are bound.

Embodiment 2 of the present invention describes the following scenario: The content publisher needs to dump/back up the content on the content server (the first server) to another due to the limitation of the storage space/the amount of content server access or other reasons. The server (hereinafter referred to as the dump/backup server, that is, the dump operation corresponds to the dump server, and the backup operation corresponds to the backup server) is up to ensure that the content user can access smoothly. The specific operation process in the scenario of the second embodiment of the present invention is as follows:

Step 301: The content publisher client sends a dump/backup operation of the content to the content server. Instruction.

The content publisher selects the content to be dumped/backed up and the destination of the dump/backup, and issues a dump/backup operation instruction to the content server for the selected content through its client. In this embodiment, the destination of the content dump/backup is the dump/backup server (second server).

Step 302: The content server sends the content to be dumped/backed up in the dump/backup operation instruction to the dump/backup server.

The content server sends the local content to be dumped/backed up to the destination (ie, the dump/backup server). If it is a dump operation, the content is deleted locally to release the storage space; if it is a backup operation, it is locally Do not delete.

Step 303: The dump/backup server stores the content, generates an access interface, that is, a URI (see step 303a in FIG. 3), and sends a return receipt message carrying the access interface to the content server (as shown in FIG. 3). Step 303b).

Different from the access interface in the first embodiment, the access interface in this embodiment includes only one, which is a dumped/backed content link, and all content users use the access interface to access the content.

Step 304: After receiving the receipt message, the content server extracts the access interface in the receipt message, generates a notification message corresponding to the dump/backup operation issued by the content publisher client, and binds the access interface to the notification message ( As shown in step 304a of FIG. 3, the bound notification message is sent to the content consumer/subscriber client (as shown in step 304b in FIG. 3).

Step 305: The content consumer/subscriber client obtains the corresponding content from the dump/backup server according to the access interface in the notification message.

In the case of dumping, when the content user/subscriber uses the content, clicking the received notification message directly connects to the content stored on the second server, and the content consumer/subscriber does not need to do anything to facilitate the content. User/subscriber use.

In addition, the notification message can be bound to multiple access interfaces, for example, in the case of a backup, a notification message It can be bound to the access interface of the content on the backup server (the second server), and can also bind the access interface of the content on the original content server. Then when the content server has a large amount of access, the content consumer/subscriber will be linked to the second server to use the content backed up on the second server, and at the same time, when the second server has a large amount of access, the content user/subscribe Will be linked back to the first server. Content users/subscribers also do not need to do anything to improve the content user/subscriber experience.

Embodiment 3 of the present invention describes the following scenarios: A network user has a corresponding account on different social networks, and the user creates content (such as a blog, a microblog, a log, a picture, etc.) on one of the social networks, and the corresponding user The same content is created synchronously on other social networks without requiring the user to log in to other social networks. The specific operation process in the scenario of the third embodiment of the present invention is as follows:

Step 401: The content publisher client sends a creation operation instruction of the content to the first server (one of the social networks).

For example: User U creates a blog post on social network X, and then client U's client sends a create operation instruction to the first server for the blog post.

Step 402: The first server sends the content indicated in the creation operation instruction to the second server (other social network).

Step 403: The second server stores the content indicated in the creation operation instruction, generates an access interface for accessing the content (as shown in step 403a in FIG. 4), and sends a receipt message carrying the access interface to the first server. Step 403b).

Step 404: After receiving the receipt message, the first server extracts the access interface in the receipt message, generates a notification message corresponding to the creation operation sent by the content publisher client, and binds the access interface to the notification message (as shown in FIG. The step 404a in 4) sends the bound notification message to the content consumer/subscriber client (as shown in step 404b in FIG. 4).

Step 405: The content consumer/subscriber client can be based on the access interface in the notification message. To access the second server to obtain the corresponding content.

Corresponding to the management method of the UGC, the present invention further provides a UCG management system, including: a first server and a second server. The first server is configured to receive a management operation instruction for the specific content from the content publisher client, and send the specific content to the second server according to the received management operation instruction; and the second server is configured to receive the specific The content is processed; the first server is further configured to: perform a corresponding management operation of the specific content and generate a notification message corresponding to the management operation, bind an access interface that accesses the second server, and bind the notification message, and bind the The final notification message is sent to the user/subscriber client for that particular content. After receiving the notification message, the user/subscriber client of the specific content acquires the corresponding content from the second server according to the access interface in the received notification message.

Preferably, the second server is further configured to: after processing the received specific content, generate an access interface of the processed specific content, and send a return message carrying the access interface to the first server; When the first server receives the receipt message, it extracts the access interface in the receipt message.

Preferably, the first server is further configured to directly use the address of the second server as the access interface.

In the UCG management system of the present invention, the management operation includes at least one of the following: deleting, creating, updating, backing up, dumping. Specific content includes at least one of the following: audio, video, blog, log, microblog.

The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention.

Claims

Claim

1. A method for managing user generated content, the method comprising:

The first server sends the specific content to the second server according to the received management operation instruction;

The second server processes the received specific content;

2. The method for managing user-generated content according to claim 1, wherein after the bound notification message is sent to the user/subscriber client of the specific content, the method further comprises:

The user/subscriber client of the specific content obtains the corresponding content from the second server according to the access interface in the received notification message.

The method for managing user-generated content according to claim 1, wherein after the second server processes the received specific content, the method further includes:

4. The method of managing user-generated content according to claim 1, wherein the method further comprises:

The method for managing user-generated content according to any one of claims 1 to 4, wherein the management operation comprises at least one of the following: deleting, creating, updating, backing up, dumping.

The method for managing user-generated content according to any one of claims 1 to 4, wherein the specific content includes at least one of the following: audio, video, blog, log, and microblog.

7. A management system for generating content by a user, the system comprising: a first server and a second server,

The first server is configured to receive a management operation instruction for a specific content from a content publisher client, and send the specific content to a second server according to the received management operation instruction;

The second server is configured to process the received specific content;

8. The user-generated content management system according to claim 7, wherein the user/subscriber client of the specific content receives the notification message from the second according to the access interface in the received notification message. The server gets the content.

The user-generated content management system according to claim 7, wherein the second server is further configured to: after processing the received specific content, generate an access interface of the processed specific content, and The first server sends a receipt message carrying the access interface;

Correspondingly, the first server is further configured to: when receiving the receipt message, extract an access interface in the return message.

The user-generated content management system according to claim 7, wherein the first server is further configured to: use an address of the second server as the second server Access interface.

The management system for user-generated content according to any one of claims 7 to 10, wherein the management operation comprises at least one of the following: deleting, creating, updating, backing up, dumping.

The management system for user-generated content according to any one of claims 7 to 10, wherein the specific content comprises at least one of the following: audio, video, blog, log, microblog.