JP2011139454A - Method for sensing service activity of user, base station, network-side apparatus, and system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method for sensing service activity of a user, base station, network-side apparatus and system. <P>SOLUTION: A method for sensing service activity of a user includes: in a first terminal, acquiring service activity information for controlling a home network device via a base station; and transmitting the service activity information to a network side connected to the home base station and acquiring the service activity of the user based on the service activity information, at the network side. This invention allows the network side to acquire the specific service activity of the user. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a home network in the field of mobile communication technology, and more particularly, to a method, a base station, a network side device, and a system that are sensitive to user service activity.

  A home base station is a small version of a base station in a mobile communication system, and is mainly arranged in an indoor environment of a house, office or public place.

  Current home base stations can generally support simultaneous calls of 4 to 6 users, have low transmission power and relatively low coverage. In general, one home base station provides a communication service to terminals in one home network, terminals in one office, or terminals in one store.

  As shown in the architecture diagram of the current home base station service shown in FIG. 1, in a home network, a home base station (for example, Femto), a home network device HND (Home Network Device), and a home network device via the home base station A controllable terminal UE (User Equipment) is included.

  Among them, the home base station can provide a voice call function of a general base station and also provides a high-speed mobile data service function. Although the home base station is a voice device, it is also an IP device that connects to a home network and connects to other home network devices.

  Examples of the home network device include a liquid crystal television, a game machine, a recorder, and a personal computer.

  A terminal in a home network, such as a mobile phone terminal, may change the home service using multimedia by establishing an IP channel with the home base station, or via the home base station. The device HND may be controlled.

  In order to provide a home base station service, a provider arranges a home base station gateway (for example, Femto Gateway, abbreviated as GW) on the network side and collectively transfers the voice and data stream of the home base station.

  The provider arranges an IP multimedia subsystem IMS (IP Multimedia System) on the network side, and diverts the voice and data stream transmitted from the home base station to the IMS from the traditional circuit area CS (Circuit Switch). The home base station accesses the IMS via the home base station gateway.

  The IMS includes a call / session control function CSCF (Call / Session Control Function), a media gateway control function MGCF (Media Gateway Control Function), and a media gateway MGW (Media Gateway). IMS can also provide voice and data services based on IP to Fetmo users and provide channels for transmitting presence information to home base station users. The home base station gateway connects to the IMS MGW and CSCF.

  On the network side, the provider places a home base station service functional entity. This function is a control center for the home base station service, and is a point where services and contents are collected. Data of service provider SP (Service Provider) and content provider CP (Content Provider) is transmitted to the home base station via the home base station service. The home base station accesses the home base station service via the home base station gateway. The home base station service mainly processes specific service control, summarization, and transmission as a functional entity on the service side.

  Currently, there are mainly the following two types of services of home base stations provided by providers.

one. Presence information based on location
When the home base station user enters the coverage of the home base station, the home base station acquires the user's location based on mobility management or location service signaling, and then passes the user's location information to other authorized users. provide. For example, if there is one child and mother in one household and one home base station in the house, and the child carrying the terminal comes home from school, the home base station Upon detecting that the child has entered, a short message indicating that the child has returned home from school is automatically transmitted to the child's mother.

two. Location-based service provision When a home base station user is in the coverage of a home base station, some home base station services are activated and pushed to the mobile phone of the home base station user. For example, after a child comes home, the home base station sends an animation trailer he likes to his mobile phone.

  The current service processing mainly has the following problems.

  Currently, the home base station can only identify presence information based on the user's location and the user cannot further identify specific activities (including time, location, incident, etc.) at a location. For example, the home base station knows that the user is at home, but does not know what the user is doing at home.

  Since the current home base station presence information service is based on location, the current home base station service is also provided based on location. In the era of more personalized services, such service provision methods are insufficient, and the user needs to be based on detailed presence information such as specific activities at the home base station, contents of activities, and time.

  Also, the home base station service currently used by the user cannot be shared with friends. In the Internet era, where people-to-people communication and cooperation are highly developed, isolated services are disadvantageous for the spread of provider services, limiting the spread and application range of home base station services.

  The technical problem to be solved by the present invention is a method, a base station, a network side apparatus, and a system that are sensitive to a user's service activity.

  In order to solve the above technical problem, an embodiment of the present invention provides a method for responding to a user's service activity.

  In a method for responding to a user's service activity, the first terminal obtains service activity information for controlling a home network device via a home base station, and the service activity is transmitted to a network connected to the home base station. Transmitting information and causing the network side to acquire a user's service activity based on the service activity information.

  In obtaining service activity information for controlling the home network device via the home base station by the first terminal, specifically, receiving a service control request for the home network device transmitted by the first terminal; Guiding the service content returned by the network side according to the service control request to the home network device, and acquiring service activity information generated based on the service content.

  In transmitting the service activity information to the network connected to the home base station, specifically, the service activity information is converted into service activity data in RPID format, and the service activity data in RPID format is Transmitting to the network side.

  After the service activity information is transmitted to the network side connected to the home base station, the service recommendation content generated based on the service activity information by the network side is acquired and transferred to the home network device. Is further included.

  After transmitting the service activity information to the network side connected to the home base station, the network side transmits the service activity information to the second terminal, and based on the service activity information to the second terminal, The service content corresponding to the service activity information may further be acquired from the network side via a home base station connected to the second terminal.

  Embodiments of the present invention further provide a base station. The base station is connected to the home base station and a service proxy module for the terminal to acquire service activity information for controlling the home network device via the home base station and transmit the service activity information to the service sensitive module in real time. And the service sensitivity module for transmitting the service activity information to the network side and causing the network side to acquire the service activity of the user based on the service activity information.

  The service proxy module is for receiving a service control request for the home network device transmitted by the terminal and a service content returned from the network side according to the service control request to the home network device. And a generation module for generating service activity information based on the service content and transmitting the service activity information to the service sensitive module in real time.

  The service proxy module further includes a recommended service acquisition module for acquiring and transferring service recommendation content generated by the network side based on the service activity information to the home network device.

  The service sensitivity module includes a conversion module for converting the service activity information into service activity data in the RPID format, and a transmission module for transmitting the service activity data in the RPID format to the network side.

  The embodiment of the present invention further provides a network side device. The network-side device acquires service activity information transmitted from the first home base station, in which the first terminal controls the home network device, and acquires the service activity of the user based on the service activity information. And a network watcher for acquiring service activity information for controlling the home network device by the first terminal from the presence server.

  The network side device further includes a service distribution center for acquiring service contents from a service provider, and the network watcher further includes a service activity in a second format that allows the service distribution information to be identified by the service distribution center. The service activity data in the second format is transmitted to the service distribution center, and the service distribution center obtains a service recommendation content based on the service activity data in the second format to obtain the first service activity data. Send to home base station.

  The presence server further transfers service activity information for controlling the home network device by the first terminal to the second terminal, and a service corresponding to the service activity information based on the service activity information to the second terminal. The contents are acquired from the service distribution center via a second home base station connected to the second terminal.

  Embodiments of the present invention further provide a network system. In the network system, a first terminal acquires service activity information for controlling a home network device via a first home base station, and transmits the service activity information to a presence server connected to the first home base station. A first home base station to perform service activity information transmitted from the first home base station to control the home network device, and a user service activity based on the service activity information. And a network watcher for acquiring service activity information for the first terminal to control a home network device from the presence server.

  The network system further includes a service distribution center for acquiring service content from a service provider, and the network watcher further includes service activity data in a second format that can identify the service activity information to the service distribution center. And the service activity data in the second format is transmitted to the service distribution center, and the service distribution center acquires service recommendation content based on the service activity data in the second format to obtain the first home. Send to base station.

  The presence server further transfers service activity information for controlling the home network device by the first terminal to the second terminal, and a service corresponding to the service activity information based on the service activity information to the second terminal. The contents are acquired from the service distribution center via a second home base station connected to the second terminal.

  The second terminal includes a terminal watcher for acquiring the service activity information from the presence server and returning a service confirmation message generated after acquiring the service content corresponding to the service activity information from the service distribution center. .

  According to the above technical scheme of the present invention, the following beneficial effects can be obtained.

  In the above scheme, the first terminal acquires service activity information for controlling the home network device and transmits it to the network side. Thus, after acquiring the user service activity from the service activity information, the network side acquires the specific service activity of the first terminal in the current home network for the home network device, for example, the service activity of the first terminal. It can be transmitted to other terminals such as the user who wants to do so.

1 shows the architecture of a home base station service in the prior art. 1 shows an architecture of a network system for home base station service according to the present invention. FIG. 3 shows a flow of a method for responding to a user service activity in the architecture shown in FIG. 3 illustrates another method flow for responsive to user service activity in the architecture illustrated in FIG. Fig. 3 shows another method flow for responsive to user service activity in the architecture shown in Fig. 2;

  In order to clarify technical problems, technical solutions and merits to be solved by the present invention, the present invention will be described in detail below with reference to the drawings and specific embodiments.

  In view of the problem that the home base station cannot respond to the specific service activity to the home network device by the terminal in the home network in the prior art, the present invention is specific to the home network device by the terminal in the home network. Provided are a method, a base station, a network side apparatus, and a system for sensing user service activity that can sense various service activities.

  As mobile communications have evolved to date and the demand on capacity has increased, the cells have become smaller and smaller. In addition, the demand for services with personalization of mobile communications will become stronger. On the other hand, construction and maintenance costs for large base stations are becoming higher and providers need base station systems that can be deployed quickly and at low cost. Home base stations are born exactly in response to demand for communication development, user demand and provider demand. However, most current home base stations have evolved with the help of conventional base station systems, providing wireless access to users and meeting user voice and data communication demands. ing.

  FIG. 2 shows a network system based on a home base station service provided by the present invention.

  In the network system, a first terminal acquires service activity information for controlling a home network device via a first home base station, and transmits the service activity information to a presence server connected to the first home base station. A first home base station to perform service activity information transmitted from the first home base station to control the home network device, and a user service activity based on the service activity information. And a network watcher for acquiring service activity information for the first terminal to control a home network device from the presence server.

  The network system further includes a service distribution center for acquiring service contents from a service provider.

  The network watcher further converts the service activity information into service activity data in a second format that can be identified by the service distribution center, and transmits the service activity data in the second format to the service distribution center.

  The service distribution center acquires service recommendation content based on the service activity data in the second format and transmits the service recommendation content to the first home base station.

  The presence server further transfers service activity information for controlling the home network device by the first terminal to the second terminal, and a service corresponding to the service activity information based on the service activity information to the second terminal. The contents are acquired from the service distribution center via a second home base station connected to the second terminal.

  The second terminal includes a terminal watcher for acquiring the service activity information from the presence server and returning a service confirmation message generated after acquiring the service content corresponding to the service activity information from the service distribution center. .

  The first terminal may also have a terminal watcher. The second terminal and the first terminal are both terminals that support the home base station service, and may be terminals having the same function.

  Hereinafter, description will be further made based on the network system architecture.

  Currently, the home base station (Femto) is no longer just one base station and one antenna, but a home communication and multimedia control center. The UE is not only a part of mobile phones but also a controller for home communication and multimedia service, which is similar to a remote control but has much more functions than a remote control.

  The home base station connects to the home network device HND via the home network. The home network device is, for example, a liquid crystal television, a DVD player, a digital set top box, a fixed line telephone, a personal computer, or a home environment control system.

  The home base station includes a service proxy module FSA (Femto Service Agent). FSA connects to HND via IP technology.

  The HND receives the user service control request via the FSA.

  The terminal UE includes a home base station service control FSC (Femto Service Control). The user controls the FSC via the man-machine interface, and plays the movie “Transformers” on the LCD TV, the start of the game “FIFA10” on the PS3, and the home conference in a room via the FSA. A service control request such as convocation or display of images in the personal computer on a notebook personal computer is transmitted to the HND.

  As a control center, the home base station can monitor various activities via the user's UE, extracts user activity data, and stores the user's location and service activity information in RPID format (Rich Presence Information Data Format). And distribute user location and service activity information via IMS to home base station service functional entities in the Internet and provider networks or show them to user friends.

  For example, if a home base station user watches a movie “Transformers” at home and the user's friend subscribes to the service activity information of the home base station user, the home base station user (user identity) Can now view rich online status information from the mobile phone or personal computer to watch (operation) “Transformers” (service) at home (location) at 9:00 AM (time).

  The network side watcher in the home base station service function entity on the network side receives service activity information in the RPID format of the home base station user from the home base station, and then uses a keyword, for example, from the service activity information data in the RPID format. Activity information such as user identity, location, operation, and service is extracted and transmitted to a home base station service distribution center FSD (Femto Service Delivery) for analysis.

  The FSD connects to the network side watcher and receives the RPID of the home base station user. For example, the FSD looks at a home base station user watching a “transformers”, searches for the preference setting of the home base station user, and the home base station user watches an SF movie. It can be seen that the user wants to recommend a favorite and latest large-scale SF movie from the network, and that the user is under the control of the home base station and can watch it on the liquid crystal television. Then, the FSD searches the latest masterpiece SF movie from its cache or content provider CP, sees, for example, “2012” is the latest update, and sends the movie to the home base station user. Decide to recommend.

  The FSD sends information to the HSC of the user's mobile phone via the FSA at the home base station, prompting that “2012” is viewable via the home base station for the user's favorite movie.

  In addition to providing a home base station user's rich online status and providing service recommendations based on the user's online status, the home base station user can share the service currently used by the home base station user with his friend. It can also be shared automatically. For example, when the home base station user controls the playback of “transformers” from the home base station via the UE, the home base station detects the user's service type and content via the FSA, and then the home base station service The sensitivity module (Femto Sense) checks the settings related to the service sharing of the home base station user, such as the types of services that can be shared with friends and the list of friends that can share services. Then, the type and content of the service used by the user is distributed to the watcher of the friend's UE via IMS (if the friend is currently in the coverage of the home base station). If the friend confirms that he / she will share the service, he / she confirms via the man-machine interface of the UE and selects the HND (liquid crystal television, PC or PSP, etc.) to play the service. The watcher sends the type and contents of the service confirmed to be used to the mobile phone HSC, the HSC sends a service control command to the home base station FSA, and the FSA extracts the corresponding service from the FSD in the network. To HND. In this way, friends will appreciate "Transformers" at home. As a merit of this function, a complete automation setting is realized, there is little interaction between humans and computers, the use efficiency of home base station service is improved, and the communication between users is deepened.

  In the home base station service architecture, the home base station realizes user activity sensitivity, rich online status distribution, and service sharing. The advantage of doing so is that the service experience of the home base station increases and becomes more abundant. At the same time, the home base station becomes more intelligent and the network is more personalized through the intelligent home base station. Therefore, a quicker service can be provided to the user.

  Based on the above home base station service architecture, an embodiment of the present invention provides a method for responsive to user service activity. The method of the present invention includes the following steps 21-22.

  In step 21, the first terminal obtains service activity information for controlling the home network device via the home base station.

  In step 22, the service activity information is transmitted to the network side connected to the home base station, and the network activity is acquired by the network side based on the service activity information.

  In this embodiment, the main body that executes Step 21 and Step 22 is a home base station. The home base station acquires service activity information for the first terminal to control the home network device, and transmits the service activity information to the network side, so that the network side can determine the specific service activity of the user based on the service activity information. The service activity information of the first terminal in the current home network for the home network device can be transmitted to another terminal such as a user who wants to acquire the service activity of the first terminal.

  In order to realize the above step 21, the following steps 211 to 213 are specifically included.

  In step 211, the service control request for the home network device transmitted by the first terminal is received.

  In step 212, the service content returned by the network side according to the service control request is guided to the home network device.

  In step 213, service activity information generated based on the service content is acquired.

  In order to realize the above step 212, the following steps 2121 to 2123 are specifically included.

  In step 2121, the service control request is transferred to the home network device and the network side.

  In step 2122, the service content returned by the network side according to the service control request is received.

  In step 2123, the service content is transmitted to the home network device.

  Moreover, in order to implement | achieve the said step 22, you may specifically include the following steps 221-222.

  In step 221, the service activity information is converted into service activity data in RPID format.

  In step 222, the service activity data in the RPID format is transmitted to the network side.

  The specific implementation process of the above method refers to the flowchart of FIG. FIG. 3 shows a specific application of the above method, and includes the following steps 31 to 39.

  In step 31, the user sends a service control request to the FSA at the home base station via the FSC at the terminal. The request includes parameters such as a user ID, operation, service type, service address, content title, and HND name.

  The user ID is for distinguishing the identity of the user, and is specifically determined by the provider.

  The operation refers to a service execution system such as movie playback (Play), game start (Start), news browsing (Review), and home appliance control (Control).

  The service type refers to a specific service type used by the user via the home base station, such as a video channel, image sharing, and home appliance control.

  A service address refers to the location of a home base station service, such as a domain name of a server in a local network or an HND in a local network.

  The content title refers to specific contents of a service that the user desires to use, such as a video name, a name of a control target home appliance, and a game name.

  The HND name refers to a home network device on which a home base station service is executed.

  In step 32a, the service control request is transmitted to the service proxy module FSA inside the home network.

  When the FSA in the home base station receives the service control message transmitted from the user UE, the FSA first performs an initial analysis to check whether, for example, the user ID is in the user list of the home base station. If the verification is successful, the FSA identifies that the message is to be sent inside the home network based on the type of service address, and sends a service control request to the HND in the home network. The service control request includes a user ID, a service address, a content title, and the like. At this time, the user ID is used by the HND to index the user's corresponding settings and context parameters. The service address is used by the HND to search the inventory or server where the service is located. The content title is used by the HND to search for a specific file or application program.

  In step 32b, the service control request is sent by the FSA to the home base station service functional entity in the provider network outside the home network.

  When the FSA in the home base station receives the service control request transmitted from the user terminal, it checks whether the user ID is in the allowed user list of the home base station. After successful verification, the FSA identifies, based on the type of service address in the message, that this message is to be sent to the home base station service, and for the FSD in the home base station service functional entity Send a service control request. The service control request includes parameters such as user ID, home base station address, service type, content title, and preference setting. The home base station address is used for service transmission by FSD. The service type indicates a specific type of home base station service and corresponds to the service type in step 31. The content title is the same as the content title in step 31.

  In step 33, when the FSD receives the service control request, it checks the service control request. If it matches the user's contract data and the requested service is available, the FSD sends a service reception message to the FSA. When the service is ready, the FSD transmits the service content to the FSA.

  In step 34, when the FSA receives the service content, the FSA guides the service content to the corresponding HND in the home network based on the HND name information in the user service control request. For example, a video stream is guided to a liquid crystal television and a game is guided to a game machine.

  In step 35, if the service is successfully guided, the FSA sends service activity information to the home base station's service sensitive module at the home base station to report to the user. The service activity information includes parameters such as user ID, operation, service type, content title, and HND name. The specific meaning of the parameters is the same as in steps 31 and 32.

  In step 36, upon receiving the service activity information to be reported to the user, the service sensitivity module of the home base station stores the user's service activity information in the local memory and searches for the user's service setting information. The service setting information includes whether or not to disclose user activity information, user activity information that can be disclosed, and the like. If some content in the user activity information matches the setting information of the user, the service sensitivity module of the home base station sends a Publish message to the presence server in the provider network. The message includes service activity information in the RPID format. The activity area data of the service activity information in the RPID format includes an operation, a service type, a service channel, a content title, and an HND name. The position type data of the RPID includes a home address, the Sphere data includes a home, and the type of contact person (device) is a user ID.

  The Publish message, the 200 OK message, and the notification message described later are all based on the session establishment protocol SIP (Session Initiation Protocol).

  In step 37, the presence server receives and confirms that the Publish message sent from the service sensitivity module of the home base station is correct, and then stores the RPID data of the home base station user in the Publish message in the local online state database. . Then, as a reception confirmation of the Publish message transmitted from the service sensitive module of the home base station, a 200 OK message is transmitted to the service sensitive module of the home base station.

  In step 38, the presence server verifies the local subscription message and identifies the network or terminal watcher that subscribed to the home base station user's presence information. The presence server subscribes to information and sends a Notify message to the authorized watcher. The notification message includes an event header area set in the presence information (Presence), and indicates that this notification message distributes updated presence information. Also, a presence information file in the RPID format is included.

  In step 39, when receiving the notification (Notify) message, the network watcher transmits a 200 OK message to the presence server as a reception confirmation of the notification (Notify) message. The watcher extracts the presence information of the RPID file in the notification (Notify) message, and transmits it to the application program of the upper layer to be shown to the user.

  The watcher in this embodiment is based on the SIP protocol and is a software module. The watcher may be a running software on a server of a provider network, a module based on Web 2.0 technology on a web page of the Internet, or a module based on Java of a user's mobile phone. May be.

  In another embodiment of the present invention, the following step 23 is further included after the above step 22.

  In step 23, the service recommendation content generated by the network side based on the service activity information is acquired and transferred to the home network device.

  More specifically, service recommendation content is generated based on service setting information in service activity information.

  A specific implementation process of the embodiment is shown in FIG. The home base station user service providing method according to the present embodiment includes the following steps.

  Steps 41 to 49 in FIG. 4 correspond to steps 31 to 39 in FIG. 3, and thus are not redundantly described here.

  In step 4A, the network-side network watcher connected to the home base station transmits service activity information for pushing the user to the FSD. The service activity information includes all presence information in the RPID received in step 47.

  In step 4B, upon receiving the presence information of the home base station user, the FSD analyzes the user service setting information such as location type, service type, content title and HND name. For example, when a user watches “Transformers” on a LCD television through a home base station movie channel at home, FSD is similar to “Transformers”, eg “2012”, through analysis software, and the user is currently Find movies that are compatible with the LCD TV in use and also compatible with the home base station high speed data link that the user is currently using. The FSD tries to recommend “2012” to the user.

  In step 4C, the FSD transmits a service content acquisition command to the service content provider (SP), and acquires a preview of “2012” from the SP.

  In step 4D, the SP provides the appropriate preview to the FSD.

  In step 4E, the FSD transmits a preview of the movie “2012” to the FSA of the home base station.

  In step 4F, the FSA sends information to the FSC module of the user terminal to prompt the home base station to recommend “2012” to the current user. When the user confirms that the preview is to be viewed, confirmation is performed via the FSC. When the user confirms, the home base station can be confirmed through the FSC, and then through steps 41 to 45, the home base station is controlled to obtain “2012” from the FSD.

  In this embodiment, the recommended service is a movie. According to the method described in the present embodiment, the service activity through the user's home base station can be made sensitive to the home base station service sensitive module. For example, the home environmental parameters are controlled, and then the FSD recommends the optimal control method to the user based on environmental protection and scientific knowledge analysis.

  Further, in another embodiment of the present invention, the following step 24 may be included after step 22.

  In step 24, the network side transmits the service activity information to the second terminal, and connects the service content corresponding to the service activity information to the second terminal based on the service activity information to the second terminal. From the network side via the home base station. In this way, the first terminal and the second terminal can realize service supply without making a call.

  A specific implementation process of this embodiment is shown in the flowchart of FIG. The home base station service supply information according to the present embodiment mainly includes the following steps.

  Steps 51 to 59 correspond to steps 41 to 49 in FIG.

  In step 5A, when the terminal watcher of the user terminal of the first terminal receives the notification message sent from the presence server, the terminal watcher receives the user's terminal of the second terminal in the man-machine interface of the user terminal. Share this service with him by showing that a friend (i.e. user of the first terminal) is watching "Transformers" through the home base station.

  In step 5B, when the user confirms that the shared service is used, the shared service is clicked on the man-machine interface of the terminal, and the shared service information is transmitted to the FSC via the service sharing confirmation message to the watcher of the second terminal Trigger to The service information includes a service address, service type, content title, and the like. The service proxy module of the second terminal acquires the corresponding service content from the service distribution center based on the service information.

  Steps 5C to 5F correspond to steps 31 to 34 in FIG.

  The method of this embodiment is also applied to an office application environment. In that case, functional modules such as an online status presence server, home base station service distribution center, watcher, etc. may be located at the office server or other location.

  Returning again to FIG. 2, an embodiment of the present invention provides a base station (Femto), eg, a first home base station in a home network. The second home base station in FIG. 2 is exactly the same home base station as the first home base station. The home base station described in the embodiment may be a first home base station or a second home base station.

  The home base station obtains service activity information for the terminal to control the home network device (HND) via the home base station, and transmits the service activity information to the service sensitivity module (Femto Sense) in real time. And the service sensitivity module for transmitting the service activity information to a network side connected to the home base station and causing the network side to acquire a service activity of a user based on the service activity information.

  The service proxy module FSA guides to the home network device a reception module for receiving a service control request for the home network device transmitted by the terminal and a service content returned by the network side according to the service control request. And a generation module for generating service activity information based on the service content and transmitting the service activity information to the service sensitive module in real time.

  The service proxy module further includes a recommended service acquisition module for acquiring and transferring service recommendation content generated by the network side based on the service activity information to the home network device.

  The service sensitivity module includes a conversion module for converting the service activity information into service activity data in RPID format, and a transmission module for transmitting the service activity data in RPID format to the network side.

  The specific implementation processes shown in FIG. 3, FIG. 4, and FIG. 5 can also be applied to the embodiment of the home base station to achieve the same technical effect.

  The embodiment of the present invention further provides a network side device.

  The network-side device acquires service activity information transmitted from the first home base station, in which the first terminal controls the home network device, and acquires the service activity of the user based on the service activity information. (Presence Server) and a network watcher (Watcher) for acquiring service activity information for controlling the home network device by the first terminal from the presence server.

  The network side device further includes a service distribution center FSD for acquiring service contents from a service provider.

  The network watcher further converts the service activity information into service activity data in a second format that can be identified by the service distribution center, and transmits the service activity data in the second format to the service distribution center.

  The service distribution center acquires service recommendation content based on the service activity data in the second format and transmits the service recommendation content to the first home base station.

  The presence server further transfers service activity information for controlling the home network device by the first terminal to the second terminal, and a service corresponding to the service activity information based on the service activity information to the second terminal. The contents are acquired from the service distribution center via a second home base station connected to the second terminal.

  The specific implementation processes shown in FIG. 3, FIG. 4, and FIG. 5 can also be applied to the embodiment of the home base station to achieve the same technical effect.

The above is only a preferred implementation mode of the present invention. For general engineers in the field, some modifications and modifications are possible on the premise that the principle of the present invention is not deviated. However, it will be understood that these modifications and modifications are also within the protection scope of the present invention.

Claims (16)

In a way to respond to user service activity,
Obtaining service activity information for the first terminal to control the home network device via the home base station;
Transmitting the service activity information to a network side connected to the home base station, and causing the network side to acquire the user's service activity based on the service activity information. How to respond. In obtaining service activity information for the first terminal to control the home network device via the home base station, specifically,
Receiving a service control request sent by the first terminal to the home network device;
Guiding the service content returned by the network side according to the service control request to the home network device;
The method according to claim 1, further comprising obtaining service activity information generated based on the service content. In transmitting the service activity information to the network side connected to the home base station, specifically,
Converting the service activity information into service activity data in RPID format;
The method according to claim 1, comprising transmitting service activity data in the RPID format to the network side. After sending the service activity information to the network side connected to the home base station,
The method according to claim 1, further comprising: obtaining and transferring service recommendation content generated on the network side based on the service activity information to the home network device. After sending the service activity information to the network side connected to the home base station,
The network side transmits the service activity information to the second terminal, and based on the service activity information to the second terminal, the service content corresponding to the service activity information is connected to the second base station The method according to claim 1, further comprising: obtaining from the network side via a network. A service proxy module for the terminal to acquire service activity information for controlling the home network device via the home base station and transmit the service activity information to the service sensitive module in real time;
Including the service sensitivity module for transmitting the service activity information to a network side connected to the home base station and causing the network side to acquire a user's service activity based on the service activity information. Base station. The above service proxy module
A receiving module for receiving a service control request sent by the terminal to the home network device;
A guidance module for guiding the service content returned by the network side according to the service control request to the home network device;
The base station according to claim 6, further comprising: a generation module for generating service activity information based on the service content and transmitting the service activity information to the service sensitive module in real time. The above service proxy module
8. The base station according to claim 7, further comprising a recommended service acquisition module for acquiring and transferring service recommendation content generated on the network side based on the service activity information to the home network device. The above service sensitive module
A conversion module for converting the service activity information into service activity data in RPID format;
The base station according to claim 6, further comprising a transmission module for transmitting service activity data in the RPID format to the network side. A presence server for transmitting service activity information transmitted from the first home base station to control a home network device by the first terminal and acquiring a user service activity based on the service activity information;
A network-side apparatus, comprising: a network watcher for obtaining service activity information for the first terminal to control a home network device from the presence server. A service distribution center for acquiring service contents from the service provider;
The network watcher further converts the service activity information into service activity data in a second format that can be identified by the service distribution center, and transmits the service activity data in the second format to the service distribution center.
11. The network side device according to claim 10, wherein the service distribution center acquires service recommendation content based on the service activity data in the second format and transmits the content to the first home base station.   The presence server further transfers service activity information for controlling the home network device by the first terminal to the second terminal, and a service corresponding to the service activity information based on the service activity information to the second terminal. The network device according to claim 10 or 11, wherein the content is acquired from the service distribution center via a second home base station connected to the second terminal. A first terminal for acquiring service activity information for controlling a home network device via a first home base station and transmitting the service activity information to a presence server connected to the first home base station. A home base station,
The presence server transmitted by the first home base station for acquiring service activity information for the first terminal to control the home network device and acquiring a user service activity based on the service activity information;
A network system comprising: a network watcher for obtaining service activity information for controlling the home network device by the first terminal from the presence server. A service distribution center for acquiring service contents from the service provider;
The network watcher further converts the service activity information into service activity data in a second format that can be identified by the service distribution center, and transmits the service activity data in the second format to the service distribution center.
14. The network system according to claim 13, wherein the service distribution center acquires service recommendation content based on the service activity data in the second format and transmits the service recommendation content to the first home base station.   The presence server further transfers service activity information for controlling the home network device by the first terminal to the second terminal, and a service corresponding to the service activity information based on the service activity information to the second terminal. The network system according to claim 13 or 14, wherein the content is acquired from the service distribution center via a second home base station connected to the second terminal. The second terminal includes a terminal watcher for acquiring the service activity information from the presence server and returning a service confirmation message generated after acquiring the service content corresponding to the service activity information from the service distribution center. The network system according to claim 15.

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