KR20120050907A - Intelligent network communication system and method - Google Patents

Abstract

PURPOSE: An intelligent network communication system and method thereof are provided to enable a user to grasp music and games by enabling the user to rapidly confirming the network traces of friends in all forums. CONSTITUTION: An account information management module(110) stores the account information of a user and friends. The account information storage module(120) analyzes the account information of the friend accounts. The account information storage module determines the state of account groups according to network account information included in the account information. A information reception and transmission management module(140) transmits and receives messages between a network communication system and a network server.

Description

INTELLIGENT NETWORK COMMUNICATION SYSTEM AND METHOD}

The present invention relates to an intelligent network communication system and method that allows a user to browse the network activities of all friends, to recognize their online status, and to select the most suitable way to communicate with friends.

With the development of network technology, communication over the network will flourish and instant messaging (IM), multi-system instant messaging, SNS social websites, friend feeds, forums, online games, video and music web It is broken down into popular applications such as sites.

Instant messaging (IM) typically refers to a system for performing instant communications on the Internet, allowing two or more people to perform textual, document, voice and video communications instantly over a network. The IM is different from e-mail in that the communication is performed in real time. Most IM services can provide status information, such as displaying a list of contact persons, the online status of a contact, and whether the contact is available. Users' favorite IM services on the Internet are Windows Live Messenger, AOL Instant Messager, Skype and Yahoo! Yahoo! Messenger, NET Messenger Service, Jabber, ICQ, QQ and the like. This IM software is user friendly, has gained popularity by allowing people to be contacted in real time at minimal cost, and has become the primary way to communicate with each other over the Internet. With this IM software, people can receive a response from others immediately after sending a message, enabling active interaction and meeting the requirements for synchronous communication.

As user needs increased, multi-system instant messaging services software, such as eBuddy (www.ebuddy.com), began to appear. IBuddy is a network and mobile phone application that supports multiple IM services, including MSN, YAHOO, AIM, GTALK, FACEBOOK, ICQ, and MYSPACE. Iberdy's characteristics are as follows. The user first logs in to his Eberdie Web Message account and registers his IM account. Then, merge the accounts of all your friends under the registered IM account into one window using different icons. Thus, the user can communicate with friends without changing the window.

In addition, after logging in to an SNS website (FACEBOOK, Happy Net, Renren network, etc.), the user can view the activity status of friends on social networks.

FriendFeed is a personal information aggregation website that can integrate network community media updates, social network services, bookmarker websites, blogs, microblogs and other RSS / Atom information resources. The user collects this kind of information in a feed, sharing it with friends or leaving a comment. All users need a personal friend feed account for their friend feed system, which allows the user to see other friends' network activity traces in the friend feed.

However, the existing network communication has the following disadvantages.

(1) In the case of instant messaging services, users using different instant messaging software cannot communicate with each other. In order to communicate with other friends, the user may need to register an account for other instant messaging software. When a user contacts a friend, they may not know what instant messaging service the friend is using. The user has to log in with several different instant messaging accounts, which is somewhat inconvenient.

(2) In the case of the instant messaging integration service, all of the friends' online statuses are integrated, but the user still has to log in to multiple accounts or websites and manually select a particular account of the friends to send a message.

(3) In the case of the existing social network service (SNS), the user can see only the activity status of friends in each network. The user may have various social network accounts and corresponding friend groups. When a user wants to check the status of friends in different social networks, they have to log in to different networks, which is inconvenient.

(4) In the case of a friend feed system, the user can see traces of network activity of friends of the friend feed. However, the user can only make network traces and communicate in friend groups of friend feeds.

(5) In the case of network activities such as forums, online games, online music, videos, etc., users still cannot learn all of this on a single device.

Therefore, there is a need to develop network systems and methods that can integrate instant messaging accounts with friends' online status and network traces.

The present invention provides an intelligent network communication system and method.

According to an aspect of the present invention, in a network communication system, an account information management module that stores user accounts and corresponding account information of a user, and analyzes account information of the friend accounts and includes a network account included in the account information. And an account information storage module for determining whether to add friend accounts belonging to the same friend to the same account group according to the information.

The network communication system further includes an information reception and transmission management module and a status information management module, wherein the information reception and transmission management module transmits and receives a message between the network communication system and a network server to which the friend account belongs, and the status information. The management module manages network activity trend information of the friend account, sends a request for querying the activity trend of the friend to the network server, and responds to the request from the network server to achieve the friend's trend information query. Receive

The network communication system further includes a configuration management module for providing system account and code settings, wherein the user's instant message account is added under the system account.

When a friend icon is selected by the user for message transmission, the information receiving and transmitting management module selects a friend account of the friend according to any one of first to third methods, and the first method is selected by the user. If all of the friend's friend accounts are not online, the information receiving and sending management module requests the state information management module to analyze the login history for each friend account of the friend and to offline the friend account frequently used by the friend. The second method is a method of transmitting a message, and if only one friend account is online for the friend, the information receiving and transmitting management module sends a message directly to an online state friend account. If two or more friend accounts for the friend are online, the information receiving and sending management module is turned on. For the state and the message sent, depending on the login history it is characterized in that way that friends are frequently used accounts, select the friend.

The account information storing module performs automatic grouping of friend accounts through steps (a) to (d), wherein step (a) is performed among friend accounts listed in all network accounts owned by the user. Selecting one friend account and extracting account information of the selected friend account, and step (b) extracts the other network account if the account information of the selected friend account includes another network account; Step (c) is a step of comparing the other network account with all friend accounts stored in the account information storage module to determine whether there is the same network account as the other network account, and step (d) If there is a same network account, the selected friend account and the same network account are added to the same account group And that is characterized.

If there is no other network account included in the account information of the friend account in step (a) or if there is no same network account as the other network account, the selected friend account is added to the new account group.

The state information management module periodically sends a trend query request to the server of each friend account and updates the network activity trend of the friend account.

The status information management module updates the online status and login history of the friend account according to the information received by the information reception and transmission management module.

The user associates each of the account groups with the corresponding friend.

According to another aspect of the present invention, a network communication method includes the steps of: (a) registering a system account by a user in a network communication system; (b) logging into the network communication system through the registered system account and registering each instant messaging account owned by the system account; (c) the network communication system automatically adding all friend accounts of each instant messaging account; And (d) grouping all friend accounts according to the account information of each friend account.

The step (d) may include: (d1) selecting one friend account and extracting account information of the friend account; (d2) determining whether the extracted account information includes another network account; (d3) if the other network account is included in the account information, comparing the other network account with each of all friend accounts of the respective instant messaging accounts; (d4) grouping the selected friend account and the same network account into the same account group when there is the same network account as the other network account; And (d5) adding the selected friend account to a new account group when the same network account as the other network account does not exist or the account information does not include another network account.

The user associates each of the account groups with the corresponding friend.

The network communication method further includes a friend trend update step (e) of periodically transmitting a trend query request to the servers of each friend account, and updating the network activity trend and the login history of the friend accounts according to the reception result of the trend query. Include.

In the network communication method, when the user requests to send a message to a specific friend, the user selects one of friend accounts owned by the friend according to the online status and login history of the friend accounts of the friend and transmits the message. And further comprising a message sending step (f).

The message transmitting step transmits the message according to any one of first to third methods, and in the first method, when all of the friend accounts of the corresponding friend are not online, each friend account of the corresponding friend. Analyzing the login history for each of them and sending an offline message to a friend account commonly used by a friend; The second method is a method in which the information receiving and sending management module sends a message directly to an online status friend account if only one friend account for a friend is online; And the third method is a method in which the information receiving and sending management module selects a friend account frequently used by a friend according to the online status and login history and transmits a message when two or more friend accounts are online. It features.

The friend trend updating step (e) may include (e1) selecting one friend; (e2) selecting one of the friend's network accounts; (e3) transmitting a request for querying a trend to a server to which the network account belongs; (e4) receiving trend information and updating a network activity trend of the network account; And (e5) determine whether a trend query has been performed for all network accounts owned by the friend, and if the trend query is performed, return to step (e1) to select a next friend, and the trend query If not, the process proceeds to step (e2) and includes the step of selecting the next network account.

The system and method according to the present invention may incorporate network activity trends of friends, including instant messaging information, socialized network friend trends, forum information, and the like. In addition, the user according to the present invention can immediately see the traces and threads of friends in all forums, and can know what music the friend is listening to, where the friend is playing the game, and the like. According to the present invention, communication and information sharing become more convenient and efficient.

1 is a schematic diagram showing a configuration of a network communication system according to an embodiment of the present invention;
2 and 3 are diagrams illustrating account management of a network communication system according to an embodiment of the present invention;
4 is a flowchart illustrating a friend account intelligent management in a network communication system according to an embodiment of the present invention;
5 is a flowchart illustrating a system verification method of a network communication system according to an embodiment of the present invention;
6 is a flowchart illustrating a method of transmitting a message in a network communication system according to an embodiment of the present invention;
7 is a flowchart illustrating a method for receiving a message in a network communication system according to an embodiment of the present invention;
8 is a flowchart illustrating a method of querying a friend information trend in a network communication system according to an embodiment of the present invention;
9 is a flowchart illustrating a method of receiving a friend information trend in a network communication system according to an embodiment of the present invention;
10 illustrates an example of logging in to a network communication system according to an embodiment of the present invention.

Reference will now be made in detail to embodiments of the invention.

The terms "friend account" and "network account" mentioned below both refer to an instant messaging account or network activity account registered by a user or friend. If an account registered by a friend is included in a network account registered by the user, it may also be referred to as a "friend account".

1 is a schematic diagram illustrating a configuration of a network communication system according to an embodiment of the present invention. As shown in FIG. 1, the network communication system 100 includes an account information management module 110, an account information storage module 120, a state information management module 130, an information receiving and sending module 140, and a setting management. Module 150.

The account information management module 110 provides an intelligent grouping and management function for a friend account. When the user enters his system account, the system automatically obtains all friend accounts from the network account under the system account, analyzes the account information of all friend accounts, and includes other network accounts included in the account information of the existing friend account. Extract a network account, compare the extracted network account with an existing friend account, determine an account belonging to a specific friend, and add a friend account belonging to the friend to the same account group. Undetermined friend accounts are grouped into ungrouped account groups, which are then manually grouped by the user and bonded to the corresponding friends (contacts).

As shown in Fig. 2, a user registers a system account in a network communication system according to an embodiment of the present invention, and under the system account, the user has his or her MSN network account, each having a plurality of friend accounts, Suppose you log in to a Skype network account, a QQ network account, a Fetion network account, and other network accounts. The account information management module 110 performs intelligent grouping for all friend accounts under each network account that the user has.

For example, the account information management module 110 finds that QQ Account 2, MSN Account 3, Skype Account 5, and Petion Account 1 are correlated with each other through analysis, and those accounts are assigned to a specific friend (contact). I judge that I belong. The account information management module 110 then adds such accounts to the same account group (account group 1). Similarly, account information management module 110 groups all friend accounts based on correlations between friend accounts. Uncorrelated friend accounts are added to an ungrouped account group. The user then combines each account group with a different friend. For example, as shown in FIG. 3, the user associates account group 1 with friend 1. That is, IM account 1, SNS account 1 and blog account 1 belong to one friend.

The account information storage module 120 stores all acquired friend accounts and their account information in a storage device through a database or a file system. The friend accounts may be any network account providing a network service that a user can obtain, for example, an IM account, an SNS account, a blog account, a web page bookmark, a web page game account, a network video account, a music online account, and the like. It may include.

The account information management module 130 mainly performs the following three functions. a) when the user logs in to the network communication system according to an embodiment of the present invention, queries the account information storage module 120 to obtain all friend accounts, and b) a network server (e.g., an SNS server, an IM server). , A blog server, etc.) to query a friend's status, and the network responds to the request so that the user can know the friend's status at any time, and c) when the user sends a message to a friend, The information management module 130 selects the most suitable friend account as the message sending object according to the current friend's status.

The information receiving and transmitting module 140 mainly performs the following two functions. a) receive a message from a network server under each network account to update a friend's network activity status, b) when sending a message to a friend, query status information management module 130, and friend's online status and activity Choose your friend's best friend account according to the trend.

When a user wants to communicate with a friend through a network communication system according to an embodiment of the present invention, the user first needs to register a system account in the network communication system and sets a corresponding code. Then, the user logs in to the network communication system using the registered system account and code, and his network accounts (e.g., MSN network account, IM network account, SNS network account, Skype network account, QQ for instant messaging) Network accounts, petion network accounts, etc.) and network accounts of other social networks. When the user re-logs in to the network communication system using the registered system account, the network communication system automatically logs in to the network accounts registered by the user.

Since network communication system 100 combines all network accounts of a friend, system verification can be performed through configuration management module 150, which provides system account and code settings for safety when the user logs in to the network communication system. Can be.

4 is a flowchart illustrating intelligent management of a friend account of a network communication system according to an exemplary embodiment of the present invention. Hereinafter, operation steps of the method performed by the account information management module 110 will be described with reference to FIG. 4.

After the user logs in to the network communication system according to the present invention using his system account and adds his network account, information about all friend accounts under his network account is stored in the account information storage module 120. do. The account information storage module 120 then intelligently groups all friend accounts.

As shown in FIG. 4, in step S400, it is determined whether account information regarding friend accounts under all added network accounts of the user is extracted. If there is a friend account for which the account information has not been extracted yet, in step S410, the account information management module 110 may select one friend account M (for example, the friend account M may be MSN) among the friend accounts for which the account information has not yet been extracted. Network account), and the account information of the friend account M is extracted from the server (eg, MSN server) to which the friend account M belongs through the information receiving and sending module 140. In step S420, it is determined whether the account information includes another network account. If the account information includes another network account N (eg, N is a QQ account), after the network account N is extracted, the process proceeds to step S470.

In operation S470, the extracted network account N is compared with all existing network accounts stored in the account information storage module 120. As a result of the comparison, when there is a network account that matches the extracted network N, the network account N extracted in step S480 and the friend account selected in step S410 are grouped into one same account group. For example, if a network account that matches the extracted network account N is a network account K, it may be determined that the network account K belongs to the same friend (which may be determined as a QQ account). Therefore, in step S480, the network accounts M and K are added to the same account group, and as a result, the QQ account matching the comparison result with the MSN network account friend account M (that is, the network account M) is one account group. Tied up Thereafter, the method returns to step S400.

If there is no network account that matches the extracted network account N in step S470, the method goes to step S440 to create a new account group and adds the friend account M selected in step S450 to the new account group. The method then returns to step S400.

If the account information of the friend account M does not include another network account in step S420, the method proceeds to step S440 to create a new account group and add the friend account M to the new account group. Thereafter, the method performs step S400.

The above steps are repeated until the account information of all friend accounts is extracted and compared. Therefore, the friend account information management is completed (step S490). That is, the intelligent grouping for the friend account is completed.

After the intelligent grouping operation is performed by the account information management module 110, all friend accounts are divided into several account groups. Friend accounts that fail to compare with friend accounts that do not contain other network accounts are added to the ungrouped account group. The results of the intelligent grouping are shown on the left side of FIG. 3. Friend accounts of an ungrouped account group may be further determined and grouped manually by the user.

After the account information management module 110 completes the intelligent grouping for the friend accounts, the user can combine each account group with the corresponding friend. The right side of FIG. 3 shows the state after the account group 1 is coupled to the friend 1. When the user uses the network communication system for communication, the user can see the icons and friends' online status in the displayed interface (as shown in the third column of FIG. 10), and how many network accounts the friend has I can't see that. When a user sends a message to a friend, the user does not need to select a friend's specific network account, just clicks on the friend's icon.

5 is a flowchart illustrating a method performed by the configuration management module 150 to verify a system account. The user may set an operation for system account verification according to the requirement. When the user logs in to the network communication system according to the present invention, system verification is performed for safety when the user enters the system. System verification can be accomplished by the prior art, and therefore is not described in detail below.

6 is a flowchart illustrating a method of transmitting a message in a network communication system according to an embodiment of the present invention. Hereinafter, operations for transmitting a message to a friend will be described with reference to FIG. 6.

When the user requests to send a message by selecting one friend among friend accounts divided into at least one account group (step S600), the state information management module 130 may include the corresponding friend included in the user's system account in step S610. Inquire about the status of each network account belonging to. In step S620, online statuses of all network accounts of the friend are determined. If all of the friend's network accounts are not online, proceed to step S650. In step S650, the state information management module 130 analyzes the log history of friends who are offline. In step S660, a friend account commonly used by a friend is selected according to the analyzed log history record in step S650, or a friend account commonly used by a friend to contact the user is selected. In step S670, the information receiving and sending module 140 sends the message to the selected friend account. Thereafter, the message transmission is completed in step S680.

In step S620, when the friend has at least one online network account, it is determined whether the number of online network accounts is one. If there is only one network account online, the message is directly sent to the network account (steps S670 and S680).

When the determination result of step S630 is "no", it means that some network accounts of the friend are online (including free, busy, and leaving). In step S640, the status and log history of some network accounts are analyzed, that is, after analyzing the log history of network accounts that are online, one suitable network account is selected in step S660. For example, if only one online state network account is in a communicable state and the other online state accounts are in a communicating or leaving state, the message is sent directly to the network account in a communicable state. If some online state network accounts are in a communicable state, their log history records are analyzed and a commonly used online state network account is selected for message transmission. Similarly, if all online state network accounts are communicating or left, a commonly used online state network account is selected according to the log history record (step S660). In step S670, the information receiving and transmitting module 140 transmits the message to the selected friend account. Thereafter, the message transmission is completed in step S680.

7 is a flowchart illustrating a method for receiving a message in a network communication system according to an embodiment of the present invention.

As shown in FIG. 7, in step S710, when a message is received, the information receiving and sending module 140 extracts account information of a friend account that has sent the message (step S720), and which friend account is the message. Check whether it has been sent, and the status information management module 130 updates the account status of the friend, including log history records and network activity trends (step S750). On the other hand, the information receiving and transmitting module 140 stores a message (step S730). Thus, message reception is achieved (step S740).

8 is a flowchart illustrating a method of querying a friend information trend of a network communication system according to an embodiment of the present invention. The query request is made by the state information management module 130, and the trend information obtained through the query is stored in the state information management module 130.

As shown in FIG. 8, the information receiving and sending module 140 selects a friend, extracts friend accounts of the friend, and sends a query request to the network servers of the friend accounts, each of the friend. Obtain activity trends from your friend's account. When the trend information query is completed for all friends, the trend information query is completed. According to an embodiment of the present invention, the security verification may be performed after acquiring a friend's network account. Operations for verification are shown in FIG. 5. If the verification is successful, a request for a trend information query is made via the information receiving and sending module 140. If the verification fails, a trend information query is made for the next friend account. This will be described in more detail with reference to FIG. 8.

First, in step S800, the state information management module 130 makes a request for querying a friend's activity trend. In step S811, it is determined whether an activity trend query has been made for all friends. If it is determined that an activity trend query is made for all friends, the process proceeds to step S817 to complete the trend query process. If not, in step S812, one friend is selected from friends whose activity trends are not queried. In step S813, it is determined how many network accounts a friend has, and whether all network accounts have been extracted for an activity trend query. Otherwise, in step S814, one network account of a friend is extracted from the account information storage module 120. In step S815, the information receiving and sending module 140 obtains a friend account from the account information module 120 and sends an activity trend query request to the server to which the network account selected in step S816 belongs to update the activity trend of the selected network account. Send. The method then returns to step S813 to extract the friend's next network account for the activity trend query until the activity trend query is made for all network accounts of the same friend.

When the activity trend query is completed for all network accounts of a specific friend (YES in step S813), the method goes to step S811 to query the activity trend for the next friend.

In addition, before performing step S816, the method may further include a verifying step for verifying the safety of the activity trend query. If the verification is successful, the state information management module 130 transmits an activity trend query request to the corresponding server through the information receiving and transmitting module 140. If the verification fails, the method returns to step S813 to extract the next network account.

9 is a flowchart illustrating a method of receiving friend activity trend information. During the query for the friend activity trend, the information receiving and sending module 140 receives the friend activity trend information from the network server to which the friend's network account belongs (S910), extracts the friend's information from the received friend activity trend information, and , Update the activity trend of the friend (S930, S940). Meanwhile, in the state information management module 130, the online state of the friend's network account, the login history record, and the network activity trend are updated (S950).

According to the network communication system of the present invention, after a user logs in to the system, the user can log in to all network accounts registered under the system account. Of course, the user can log in by selecting some of the network accounts registered under the system account, and the selected network accounts are automatically logged in to the network communication system. For example, the QQ account, MSN account, and Skype account are selected for login as shown in FIG. The interface presented to the user is based on a group of friends regardless of the number of network accounts the friend has. For example, the interface shown in FIG. 10 includes five friends, namely Tom, Jerry, Luna, Mike and Jorn. Friends' network accounts are not displayed, only their online status. When the user selects a friend to send a message, the network communication system automatically analyzes all of the friend's network accounts and sends the most appropriate network account for sending the message according to the friend's online status and log history record. Select by address.

The network communication system according to the present invention includes an account information management module 110, an account information storage module 120, a state information management module 130, an information receiving and sending module 140, and a setting management module 150. . The system can solve a number of technical problems. However, the above modules are not necessarily included in the network communication system. For example, even when the network communication system includes only the account information management module 110 and the account information storage module 120, intelligent grouping of friend accounts can be achieved. In this case, the state information management module 130 is not essential. In addition, such modules may be integrated into one module or divided into more modules.

In the network communication system according to the present invention, the network activity trends of friends are displayed to the user in real time, so that the user can pay attention to the activity trends of the friends. As shown in FIG. 10, it can be seen that Tom, Jerry, Luna, Mikle and Jorn have 10, 5, 7, 3 and 12 new network activities respectively. If a user wants to know the details of updates from a friend's network account, the user may include SNS-related updates, blogs, photos of forums, text, videos or music friends are watching or listening to, games that friends are playing, etc. You can see the detailed updates arranged in chronological order.

Compared with the network communication scheme of the prior art, the network communication system and method according to the present invention has at least the following advantages.

(1) In the case of the prior art integrated instant messaging service, a user still needs to log in to each of a plurality of accounts or a website even if they know their friends online. However, according to the network communication system of the present invention, all network accounts are combined together. Knowing that one of the friend's network accounts is logged in, the network communication system selects the online state network account as the address for sending the message, thereby providing an intelligent and effective communication method. Even when all of a friend's network accounts are not currently logged in, the network communication system can select a network account that the friend commonly uses to send offline messages.

(2) Compared to the SNS where the user can concentrate only on the friends in each network, the network communication system of the present invention integrates all the activity trends of the friends. As long as there is activity on the network, the network communication system of the present invention can recognize and display the activity, so that the user can know all activity trend information of the friend. Thus, the network communication system of the present invention is more advantageous in terms of usability than conventional social networks. In addition, the network communication system of the present invention analyzes the information about friends and connects the related topics from different friends to each other to generate hot spot information, so that the user checks the hot spot information to associate with all the friends. Know the content or news.

(3) In the case of an existing friend feed, the user can see the network activity traces of another friend feed. However, a user can only track and communicate traces within a friend feed circle. According to the network communication and method of the present invention, tracking of network activity trends of friends and communication between friends is limited to a specific network. The network communication system according to the present invention integrates all the tools and network activities together for online communication. The network communication system can know which tool a friend uses for online communication, so that they can select the appropriate instant message access for contacting the friend. When the user logs in to the network communication system of the present invention, the user can use the network communication tools and communicate the friend's activities to communicate with the friend. In addition, the method provided by the present invention provides a convenient method for the user, so that the user can conveniently know the current network status of the friends and communicate with the friends.

(4) In the case of forums, online games, online music, online videos, etc., there is no way for a user to know such information immediately on a device according to the prior art. However, through the network communication system and method according to the present invention, the user can immediately see the traces of the friend and the thread posted by the friend in every forum, and know the music the friend is listening to and the place where the friend is playing the game. Can be. Thus, information can be shared in a more convenient and efficient manner.

While some embodiments have been shown and described, those skilled in the art will appreciate that modifications can be made to such embodiments without departing from the spirit and spirit of the invention having the scope defined in the claims and their equivalents.

Claims (14)

In the network communication system including an account information management module and an account information storage module,
The account information management module for storing user friend accounts and corresponding account information;
And analyzing the account information of the friend accounts and determining whether to add friend accounts belonging to the same friend to the same account group according to the network account information included in the account information. system. According to claim 1, Information receiving and transmitting management module for transmitting and receiving messages between the network communication system and the network server to which the friend account belongs;
Managing network activity trend information of the friend account, sending a request to query the friend's activity trend to the network server, and receiving a response to the request from the network server to achieve the friend's trend information query; And said status information management module. 3. The network communication system of claim 2, further comprising a configuration management module for providing system account and code settings, wherein the user's instant message account is added under the system account. The method according to claim 2, wherein when a friend icon is selected by the user for message transmission, the information receiving and transmitting management module selects a friend account of the friend according to any one of first to third methods.
In the first method, if all of the friend accounts of the friend are not online, the information receiving and sending management module requests the state information management module to analyze the login history for each friend account of the friend, thereby providing the friend. Send offline messages to your favorite friend's account.
In the second method, if only one friend account for the friend is online, the information receiving and sending management module directly sends a message to an online friend account.
The third method is a method in which the information receiving and transmitting management module selects a friend account frequently used by a friend for message transmission according to the online status and the login history when two or more friend accounts are online for the friend. Network communication system. The method of claim 1, wherein the account information storing module performs automatic grouping of friend accounts through steps (a) to (d),
Step (a) is a step of selecting one friend account among friend accounts listed in all network accounts owned by the user, and extracting account information of the selected friend account,
In the step (b), if the account information of the selected friend account includes another network account, the other network account is extracted.
Step (c) is a step of comparing the other network account with all friend accounts stored in the account information storage module, and determining whether there is the same network account as the other network account,
In step (d), if the same network account exists, the selected friend account and the same network account are added to the same account group. The method of claim 5, wherein in the step (a), if there is no other network account included in the account information of the friend account or if there is no same friend account as the other network account, the selected friend account is added to the new account group. Characterized by a network communication system. The network communication system of claim 2, wherein the status information management module periodically sends a trend query request to a server of each friend account and updates a network activity trend of the friend account. The network communication system of claim 2, wherein the status information management module updates the online status and login history of the friend account according to the information received by the information reception and transmission management module. In the network communication method,
(a) registering a system account by a user in a network communication system;
(b) logging into the network communication system through the registered system account and registering each instant messaging account owned by the system account;
(c) the network communication system automatically adding all friend accounts of each instant messaging account; And
(d) grouping all friend accounts according to the account information of each friend account. The method of claim 9, wherein step (d)
(d1) selecting one friend account and extracting account information of the friend account;
(d2) determining whether the extracted account information includes another network account;
(d3) if the other network account is included in the account information, comparing the other network account with each of all friend accounts of the respective instant messaging accounts;
(d4) grouping the selected friend account and the same network account into the same account group when there is the same network account as the other network account; And
(d5) if the same network account as the other network account does not exist or if the account information does not include another network account, adding the selected friend account to a new account group. 10. The method according to claim 9, further comprising: sending a trend query request to servers of each friend account periodically and updating a network activity trend and login history of the friend accounts according to a result of receiving the trend query. Network communication method further comprising. 12. The method of claim 11, wherein when the user requests to send a message to a specific friend, the user selects one of friend accounts owned by the friend according to the online status of the friend accounts of the friend and the login history. And (f) sending a message. The method of claim 12, wherein the transmitting of the message transmits the message according to any one of first to third methods.
The first method is a method of sending an offline message to a friend account frequently used by the friend by analyzing a login history for each friend account of the friend when all of the friend accounts of the friend are not online. ,
In the second method, if only one friend account for the friend is online, the information receiving and transmitting management module directly transmits a message to an online friend account.
In the third method, if two or more friend accounts for the friend are online, the information receiving and sending management module selects a friend account frequently used by the friend to send a message according to the online status and login history, and transmits a message. Network communication method, characterized in that the system. The method of claim 11, wherein the updating of the friend trend step (e),
(e1) selecting one friend;
(e2) selecting one of the friend's network accounts;
(e3) transmitting a request for querying a trend to a server to which the network account belongs;
(e4) receiving trend information and updating a network activity trend of the network account; And
(e5) It is determined whether a trend query has been performed for all network accounts owned by the friend. If the trend query is performed, the process returns to step (e1) to select a next friend, and the trend query is performed. If not performed, the method comprising the step of (e2) proceeding to select the next network account, characterized in that the network communication method.

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