WO2012151980A1 - 业务处理服务器、系统和方法 - Google Patents

业务处理服务器、系统和方法 Download PDF

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Publication number
WO2012151980A1
WO2012151980A1 PCT/CN2011/083733 CN2011083733W WO2012151980A1 WO 2012151980 A1 WO2012151980 A1 WO 2012151980A1 CN 2011083733 W CN2011083733 W CN 2011083733W WO 2012151980 A1 WO2012151980 A1 WO 2012151980A1
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WIPO (PCT)
Prior art keywords
service
service information
terminal
information
module
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PCT/CN2011/083733
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English (en)
French (fr)
Inventor
黄钦
杨新
Original Assignee
中兴通讯股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 中兴通讯股份有限公司 filed Critical 中兴通讯股份有限公司
Publication of WO2012151980A1 publication Critical patent/WO2012151980A1/zh

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Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network arrangements or protocols for supporting network services or applications
    • H04L67/2866Architectures; Arrangements
    • H04L67/30Profiles
    • H04L67/303Terminal profiles

Definitions

  • the present invention relates to the field of communications, and in particular to a service processing server, system, and method.
  • BACKGROUND With the in-depth development of Internet technologies, various content and services are constantly appearing and popular, and many excellent businesses have become or are becoming an indispensable part of the lives of users, such as social networks, news, microblogs, group purchases, etc. .
  • smart terminals have been greatly developed as communication devices, because of its powerful Internet features and user convenience, and the application development on it has become faster and faster, enabling users to use the current through smart terminals.
  • Popular Internet services have become very realistic. For example, mainstream smartphones at home and abroad have integrated Internet services such as social networks, Weibo, and weather forecasts.
  • the user's usage habit is obviously different from that of the PC.
  • the user hopes to find the most important or most interesting content and service in a quick and concise manner.
  • the user wants to view various business information on the unified interface, for example: In the same interface, you can see the headline news of the news portal, the weather information of the day, the dynamics of the friends in the community network, and the group purchase websites.
  • the latest discount information and so on, and the current information display technology for mobile terminals often provides the content of each service one by one according to the user's choice, for example:
  • the user wants to watch the news the user needs to send a request to each news website. It can be seen that this method cannot meet the above application requirements of the user.
  • a service processing server including: a service information aggregation module, configured to aggregate service information on the Internet, where the service information includes user-subscribed to specified information corresponding to each type of service;
  • the service information classification module is configured to classify the service information aggregated by the service information aggregation module;
  • the service information processing module is configured to classify the service information according to the type of the user corresponding terminal.
  • the service information aggregation module includes: a service information acquisition unit configured to acquire service information from a service provider on the Internet according to a time trigger mode or an event trigger mode; and a parsing unit configured to parse the service information acquired by the service information acquiring unit.
  • the service processing module includes: a first processing unit, configured to: when the type of the user-compatible terminal is an intelligent terminal, convert the service information classified by the service information classification module into a format supported by the intelligent terminal; and the second processing unit is configured to When the type of the corresponding terminal is a non-intelligent terminal, the service information classified by the service information classification module is converted into a format supported by the non-intelligent terminal.
  • the service information providing module includes: a service active providing unit, configured to actively provide the service information processed by the service information processing module to the terminal; and/or a service passive providing unit, configured to: after receiving the service request of the terminal, The service information processed by the service information processing module is provided to the terminal.
  • the service processing server further includes: a service cache module, configured to cache the service information provided by the service information providing module to the terminal; the service information delivery module, configured to be the same as the service information cached by the service cache module The cached service information is sent to the next terminal.
  • the service processing server further includes: an authentication management module, configured to authenticate the terminal, and after the authentication is passed, trigger the service information providing module to provide the service information to the terminal.
  • a service processing system is provided, including the foregoing service processing server, the system further includes a terminal; the terminal includes: a service information acquiring module, configured to acquire service information provided by the service processing server; The presentation module is configured to display the service information acquired by the service information acquisition module to the user.
  • the system includes a plurality of service processing servers; the terminal further includes: a service requesting module, configured to request service information from the service processing server; the system further includes: a load balancing server, configured to receive the request of the terminal, according to each service processing server The load condition sends the request to the corresponding business processing server.
  • the terminal further includes: a configuration update module, configured to update the service configuration information according to the configuration command of the user, and notify the service processing server of the updated service configuration information;
  • the service processing server further includes: a configuration information synchronization module, configured to be based on the terminal The notification updates the service configuration information of the terminal, and synchronizes the service configuration information of the locally saved terminal with the service configuration information on the terminal.
  • a service processing method including: the service processing server aggregates service information on the Internet, where the service information includes user-subscribed to specified information corresponding to each type of service; The service information of the aggregation is classified: the service processing server processes the classified service information according to the type of the terminal corresponding to the user; the service processing server provides the processed service information to the terminal.
  • the service processing server aggregates the service information on the Internet, and the service processing server obtains the service information from the service provider on the Internet according to the time trigger mode or the event trigger mode.
  • the service processing server parses the acquired service information.
  • the processing of the classified service information by the service processing server according to the type of the terminal includes: when the type of the terminal is an intelligent terminal, converting the classified service information into a format supported by the intelligent terminal; when the type of the terminal is a non-intelligent terminal , convert the classified business information into a format supported by the non-intelligent terminal.
  • the service processing server provides the service information provided to the terminal by using one of the following methods:: actively providing the processed service information to the terminal; and after receiving the service request of the terminal, providing the processed service information to the terminal.
  • the method further includes: caching the service information; when the service information requested by the next terminal is consistent with the cached service information, the cached service information is sent to the next one.
  • the service processing server can perform the aggregation and classification processing on the specified information in the service information subscribed by the users on the Internet, and can provide the information to the terminal at the same time, thereby solving the problem that the service information provided by the network side cannot meet the user demand. It facilitates users to access various business information and enhances system performance.
  • FIG. 2 is a block diagram showing a specific structure of a service processing server according to an embodiment of the present invention
  • FIG. 3 is a service processing server according to an embodiment of the present invention
  • FIG. 4 is a block diagram showing a specific structure of a service processing server having a security mechanism according to an embodiment of the present invention
  • 5 is a structural block diagram of a service processing service system according to an embodiment of the present invention
  • FIG. 6 is a schematic diagram of a service processing service system according to an embodiment of the present invention
  • FIG. 7 is a structural block diagram of a service processing service system architecture according to an embodiment of the present invention
  • 8 is a flow chart of a service processing service method according to an embodiment of the present invention.
  • an embodiment of the present invention provides a service processing server, a system, and a method.
  • the terminal involved can be understood as a mobile terminal, such as a user equipment such as a mobile phone, and is described in detail below.
  • the server includes a service information aggregation module 12, a service information classification module 14, a service information processing module 16, and a service information providing module 18.
  • the functions of each module are as follows: 12, configured to aggregate service information on the Internet, where the service information includes specified information corresponding to each type of service subscribed by the user.
  • the service information aggregated by the service information aggregation module 12 is specified information corresponding to different types of services, the service type is different, the weather information is a service type, and the news information is another service type, and the weather information is And news information for different types of business information.
  • the service information classification module 14 is connected to the service information aggregation module 12 and configured to classify the service information aggregated by the service information aggregation module 12.
  • the service information processing module 16 is connected to the service information classification module 14 and configured to process the service information classified by the service information classification module 14 according to the type of the user-compatible terminal.
  • the service information providing module 18 is connected to the service information processing module 16 and configured to provide the service information processed by the service information processing module 16 to the terminal.
  • the specified information corresponding to different services is different.
  • the user's demand information may be the headline news of each news portal website; for the group purchase business, the user's demand information may be the latest discount information of each group purchase website. Etc., these information are the information that users are more concerned about.
  • the specified information of the service may be predetermined for each service according to the content that the general user cares about the service.
  • the service processing server provided by the embodiment can process the information of the service on the Internet by performing aggregation and classification, and can provide the information to the terminal at the same time, thereby solving the problem that the service information provided by the network side cannot meet the user demand, and the user is convenient. Review the various business information and enhance the performance of the system.
  • the service information provided by the server to the terminal may be only the specified information corresponding to the user subscription service, that is, not all the information of the service, but part of the information of the service, and the part of the information may be pre-designated. .
  • the service information aggregation module 12 includes: a service information acquisition unit configured to acquire service information from a service provider on the Internet according to a time trigger mode or an event trigger mode; and a parsing unit connected to the service information acquiring unit, configured to obtain the service information The business information obtained by the unit is parsed.
  • the service information processing module 16 includes: a first processing unit, configured to be smart when the type of the terminal is different, in view of the difference in the types of terminals used by the users, and the language and operation modes supported by the terminal.
  • the terminal converts the service information classified by the service information classification module into a format supported by the intelligent terminal;
  • the second processing unit is configured to convert the service information classified by the service information classification module into the service information when the type of the terminal is a non-intelligent terminal The format supported by non-intelligent terminals.
  • the server provides the foregoing service information to the user, the active service mode or the passive service mode may be adopted.
  • the service information providing module 18 includes: a service active providing unit, configured to actively process the service information processing module 16 The service information is provided to the terminal; and/or the service passive providing unit is configured to provide the service information processed by the service information processing module 16 to the terminal after receiving the service request of the terminal.
  • the service provided to the terminal can be cached.
  • the service processing server includes: a service cache module 22 connected to the service information providing module 18, in addition to the modules shown in FIG.
  • the service information is sent to the terminal by the cache service information providing module.
  • the service information sending module 24 is connected to the service cache module 22, and is set to be the service letter requested by the next terminal.
  • the server that is, the service processing server
  • the server must have the user authentication management function. End user consistency and uniqueness.
  • the embodiment further provides a service processing server with a security mechanism. Referring to FIG. 3, the service processing server includes: an authentication management module 32, and a service information providing module 18, in addition to the modules shown in FIG.
  • the connection is set to authenticate the terminal.
  • the service information providing module is triggered to provide service information to the terminal.
  • the above-mentioned authentication management module may be connected to the service information aggregation module 12, and after the authentication management module authenticates the requesting terminal, the service information aggregation module 12 is triggered to obtain the service information.
  • the service processing server may further include: a service request receiving module 42 configured to receive a service request from the terminal; an authentication management module 44 , and a service request receiving module 42 and service information.
  • the aggregation module 12 is connected to the terminal to perform authentication on the terminal.
  • the embodiment further provides a service processing system, including the foregoing service processing server and terminal.
  • the system includes a service processing server 10 and a terminal 50, where the service processing server 10 includes FIG.
  • the functions of the various modules shown are not described here.
  • the terminal 50 includes: a service information obtaining module 52, configured to acquire the service information provided by the service processing server 10; the service information display module 54 is connected to the service information obtaining module 52, and is configured to display the service information acquired by the service information acquiring module 52 to the user.
  • the number of servers in the system can be more than one.
  • each server can be responsible for the provision of service information of a certain number of terminals, and can also guarantee the availability of any Internet environment.
  • the server cluster can be accessed by the mobile terminal.
  • the service processing system of this embodiment includes a plurality of the foregoing service processing servers and load balancing servers.
  • the service processing system shown in FIG. 6 is as follows. The schematic diagram is taken as an example. The system includes a plurality of terminals, a plurality of service processing servers, and a load balancing server.
  • Each terminal in the system includes: the service information obtaining module and the service information presentation module, and the:
  • the requesting module is configured to request service information from the service processing server.
  • the load balancing server is configured to receive the service request of each terminal, and send the request to the corresponding service processing server according to the load condition of each service processing server.
  • the internal modules of the respective devices are not shown in FIG. According to the service, the content, and the application scenario, the server side (equivalent to the above-mentioned service processing server) and the terminal are technically uniformly adjusted, so that the server-side changes are targeted by the service terminal.
  • the terminal 10 further includes: a configuration update module, configured to update according to the configuration command of the user.
  • the service configuration information is sent to the service processing server, and the service processing server 50 further includes: a configuration information synchronization module, configured to update the service configuration information of the terminal 10 according to the notification of the terminal 10, so as to be locally saved.
  • the service configuration information of the terminal 10 is synchronized with the service configuration information on the terminal 10.
  • the system aggregates different Internet services and content on the server side, and displays services and content on the terminal. At the same time, the server and the terminal side can flexibly configure and update channels.
  • the architecture scheme for presenting these content and services specifically refers to the business logic, business data, and presentation content that process multiple kinds of information on the server side to achieve the purpose of aggregating business information, and accessing the server through the terminal and integrating and displaying the information.
  • the most important information from the Internet service and content it is presented to the user according to the channel classification, and the channel can be selected or customized by the user.
  • the server can also dynamically add or delete channels, or add or delete subchannels in a channel, or change the interface layout of the channel.
  • the terminal can discover these updates and present them to the user in time.
  • the multiple services and content aggregated by the server may be owned by the terminal, or may be services and content from the Internet.
  • the load balancing server is configured in the system to support high concurrent user access; the client is the mobile terminal accessing the server.
  • Business and content data are integrated and displayed, supporting user configuration and automatic updating.
  • the server side is an aggregation platform for services and content.
  • the service data and content data are obtained through a specific data interface (which may be an API provided by a third party or a web page is dragged), and the content is classified and aggregated according to the channel, and the terminal may initiate a request for acquisition. These data can also be actively pushed to the terminal by the server.
  • This embodiment uses a server/client architecture and a set of technical specifications based on this architecture that supports large-scale multi-terminal concurrent access.
  • the terminal can automatically discover the newly aggregated service and content and prompt the user, and the user can select to use the new service and content according to his or her hobbies.
  • a dedicated service is deployed on the above-mentioned service processing server, which serves to present services and content, and aggregates different services and contents.
  • the main work of the server is: First, through the business and content data interface (can be a third-party API or drag and drop WEB page) pull business data and content from the business and content providers, parse the data, according to the pre- Set channel classification, classify and organize data, and use WEB
  • the service mode releases the business data in the format of JSON or XML, and then the server side updates the third-party service data according to the service characteristics and the presentation requirements. Further, the server receives the terminal request, and these requests may occur at the same time, and the server must have the capability of concurrently processing the service request. It has better scalability, can have multiple business processing nodes, and supports dynamic extended business processing nodes.
  • It can have a load balancing server, which distributes requests to multiple business processing nodes. It can have front-end request caching. For static pages, data, images, etc. are directly retrieved and returned to the user through the cache; can have a business data caching mechanism, cache the access data of the database and the file system, reduce the frequency of reading and writing of the database and the file system, and improve performance. Further, the mobile terminal (ie, the client) obtains the aggregated service data and content, and displays the service and the content in the most direct place of the terminal, such as the desktop. According to the characteristics of the content, different services and content channels can be adopted, and the display mode is adopted. Different ways of scrolling, sliding screen switching, etc.
  • the server For the new service and content channel, the server is deployed to the terminal through the configuration convention.
  • the terminal obtains the configuration item and parses the new channel information, finds the new channel online, and prompts the user to use the experience.
  • the server side performs aggregation of services and content.
  • the server side provides a service data resource in an agreed format, and the mobile terminal accesses the server through a stateless communication protocol, and sends a command to request data resources of the service and the content.
  • the service configuration has high flexibility and decoupling.
  • the server can be implemented by the following functional modules: a service data pull module (equivalent to the service information aggregation module 12), a service request processing module, a front end request cache module, and a data cache module. Resolve persistent business data modules, business data publishing modules, load balancing modules, authentication management modules, business configuration modules, databases, and other file systems.
  • the client that is, the mobile terminal, will present the services and content aggregated by the channel to the user, and the mobile terminal may adopt different presentation modes according to different channels and usage habits of the user.
  • the mobile terminal also includes some necessary or optional modules: Internet access module, business data parsing module, content presentation module, configuration module, service discovery and update module, configuration module and other functional modules.
  • the communication between the server and the client can be (encrypted) Hypertext Transfer Protocol (HTTP(S)), or via WAP (Wireless Application Protocol), UDP (User Datagram Protocol), SOAP, XMPP.
  • WAP Wireless Application Protocol
  • UDP User Datagram Protocol
  • SOAP Simple Multimedia Protocol
  • XMPP Simple Multimedia Protocol
  • Other protocols the communication can use stateless connections, which can reduce connection time, save network bandwidth, and reduce server load, especially because the client is in the form of mobile terminals, and also saves terminal power, traffic and so on.
  • the main task of this service is to obtain the data and resources of the aggregated service and content, and maintain the user session synchronized with the third-party service.
  • the foregoing has been described in detail and will not be repeated.
  • the server side dynamically increases through the configuration mode.
  • the server-side program obtains the new service data source and the service data structure by parsing the configuration file, and notifies the accessed mobile terminal through the push mechanism or the broadcast mechanism.
  • the specific function modules are described as follows:
  • Load balancing module The load balancing mechanism is an optional function. It can be undertaken by a server that deploys load balancing services, and distributes a large number of concurrent service requests to different service processing nodes (that is, the above-mentioned service processing servers).
  • the load balancing server is deployed at the service front end for receiving application requests from the terminal and forwarding the requests to the service processing servers. Its role is to distribute the request to each service processing server through the load balancing server when the number of concurrent connections is large, share the server-side processing pressure, and increase the server-side processing capability.
  • Front-end request caching module Its main function is to statically cache static resources or pages and pages that are not frequently modified, improve the request hit rate, reduce the load pressure of the business server, and improve the processing capability.
  • Business data pull module and parsing persistent business data module By calling the interface function of the third party service and content, passing the request parameter, requesting relevant business data and resources from the third party service, and parsing according to the data structure provided by the third party Business data, and save the results to a database system or file system.
  • Service request processing module Mainly receiving the service request of the terminal, calling the relevant business logic code, realizing the specific business function, and returning the result to the terminal for presentation.
  • Data Cache Module It is mainly used between database read and write operations and business logic processing. By caching commonly used data, the data hit rate is improved, the number of database read and write operations is reduced, and system performance consumption is reduced. 6) Authentication management module: According to different business needs, user rights and user login management can be used to ensure the user difference of the service.
  • the former is to publish certain resources such as pictures into data services, and the terminal can access it at any time.
  • the latter is used for data saving.
  • the server side and the mobile terminal define a set of agreed instruction tags, and the data source and data item of the new service are agreed by the instruction tag; the session is notified with the mobile terminal through the instruction tag, and the change of the terminal service is notified.
  • the mobile terminal first has the function of accessing the Internet, supports a certain programming language, and can implement some specific functions or effects through these programming languages.
  • the mobile terminal mainly includes the following modules: 1) Internet access module: The module mainly establishes a communication connection with the server, and sends a service request to the server to obtain data and resources of the service and content returned by the server, including service data and pictures, audio and video, and the like.
  • Business data parsing and processing module This module is mainly responsible for analyzing and processing the business data acquired from the server, and generating a business object.
  • This module is mainly for business update and upgrade, data source selection and upgrade management, and user-defined business configuration management.
  • Service discovery and update module receives the push information notification or broadcast notification from the server side, parses and reads the new service notification information, acquires the new service data access path and the new service data item information, and prompts the user at the terminal, the user can Select Automatic Updates to use.
  • Business information presentation module This module mainly displays the business and performs the user interaction experience. It is also a window for multi-service information integration presentation, which is implemented according to specific business needs and is displayed according to business characteristics.
  • the above server and mobile terminal need to be used together.
  • This solution provides an implementation scheme including a server and a client, and expands the extension of the mobile terminal by means of the Internet, and also provides a new display platform for the Internet application.
  • this embodiment further provides a service processing method. Referring to the flowchart of the service processing method shown in FIG. 8, the method includes the following steps (step S802 to step S808): Step S802: The service processing server pair The service information on the Internet is aggregated.
  • the service information includes specified information corresponding to each type of service subscribed by the user.
  • Step S804 The foregoing service processing server classifies the aggregated service information.
  • Step S806 The service processing server processes the classified service information according to the type of the terminal.
  • the specific processing is the same as the above, that is, when the type of the terminal is an intelligent terminal, the classified service information is converted into a format supported by the intelligent terminal; when the type of the terminal is a non-intelligent terminal, the classified service information is converted into non-intelligent.
  • the format supported by the terminal is.
  • Step S808 The service processing server provides the processed service information to the terminal.
  • the service processing server of the embodiment can perform the aggregation and classification processing of the specified information of the service on the Internet, and can provide the information to the terminal at the same time, thereby solving the problem that the display manner of the existing mobile terminal service information cannot meet the user demand, and is convenient. Users can view various types of business information and enhance the performance of the system.
  • the service processing server aggregates the service information on the Internet, and the service processing server obtains the service information from the service provider on the Internet according to the time trigger mode or the event trigger mode.
  • the service processing server parses the acquired service information.
  • the service processing server provides the service information provided to the terminal by using one of the following methods:: actively providing the processed service information to the terminal; and after receiving the service request of the terminal, providing the processed service information to the terminal.
  • the method further includes: buffering the service information; and when the service information requested by the next terminal is consistent with the cached service information, the cached service information is sent to the next terminal.
  • the information aggregation and presentation scheme of the mobile terminal provided by this embodiment is an innovative application combining the mobile terminal and the server end. Integrating and displaying multiple services and content is a major trend in the development of mobile terminal applications. The above embodiments solve the problem of how to better aggregate and display services and content.
  • the server side is an aggregation point of the service and content data resources.
  • the service data is obtained from the third-party service site according to the service characteristics, and is parsed and cached, and is distributed into a special service service, and the mobile terminal can access and obtain through the Internet.
  • This architecture enables new value-added services, enhances the functionality of the system, and attracts a reliable user base for operators.
  • the above modules or steps of the present invention can be implemented by a general-purpose computing device, which can be concentrated on a single computing device or distributed over a network composed of multiple computing devices. Alternatively, they may be implemented by program code executable by the computing device, such that they may be stored in the storage device by the computing device and, in some cases, may be different from the order herein.

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Abstract

本发明公开了一种业务处理服务器、系统和方法。其中,该业务处理服务器包括:业务信息聚合模块,用于对互联网上的业务信息进行聚合,其中,该业务信息包括用户订阅各个类型的业务对应的指定信息;业务信息分类模块,用于对业务信息聚合模块聚合的业务信息进行分类;业务信息处理模块,用于按照用户对应终端的类型对业务信息分类模块分类后的业务信息进行处理;业务信息提供模块,用于将业务信息处理模块处理后的业务信息提供给终端。通过本发明解决了网络侧提供的业务信息不能满足用户需求的问题,并增强了系统的性能。

Description

业务处理服务器、 系统和方法 技术领域 本发明涉及通信领域, 具体而言, 涉及一种业务处理服务器、 系统和方法。 背景技术 随着互联网技术的纵深发展, 各种内容与业务不断出现和流行, 并且很多优秀的 业务已经或者正成为广大用户生活中不可或缺的部分, 比如社交网络, 新闻, 微博, 团购等。 同时, 智能终端作为通讯设备得到了极大的发展, 因为它强大的互联网特性 和用户操作方便性, 再加上在其上的应用开发也变得越来越快捷, 使得用户通过智能 终端使用当下热门的互联网业务已经变得非常现实, 例如, 国内外主流的智能手机都 集成了社交网络, 微博, 天气预报等互联网业务。 由于移动终端在显示屏尺寸、输入方式上的限制,用户的使用习惯明显不同于 PC 机, 用户希望能以快捷、 简洁的方式找到最重要的或者最感兴趣的内容与业务。 比如 用户希望在统一界面上查看各种不同的业务信息, 例如: 在同一个界面下能同时看到 各新闻门户网站的当日头条新闻、 当日天气信息、 当日社区网中好友动态和各团购网 站的最新打折信息等等, 而目前针对移动终端的信息展示技术往往按照用户的选择, 逐一提供各个业务的内容, 例如: 用户希望看新闻时, 需要向各个新闻网站发送请求。 可见, 这种方式不能满足用户的上述应用需求。 针对相关技术中网络侧提供的业务信息不能满足用户需求的问题, 目前尚未提出 有效的解决方案。 发明内容 针对上述网络侧提供的业务信息不能满足用户需求的问题, 本发明提供了一种业 务处理服务器、 系统和方法, 以至少解决此问题。 根据本发明的一个方面, 提供了一种业务处理服务器, 包括: 业务信息聚合模块, 设置为对互联网上的业务信息进行聚合, 其中, 该业务信息包括用户订阅各个类型的 业务对应的指定信息; 业务信息分类模块, 设置为对业务信息聚合模块聚合的业务信 息进行分类; 业务信息处理模块, 设置为按照用户对应终端的类型对业务信息分类模 块分类后的业务信息进行处理; 业务信息提供模块, 设置为将业务信息处理模块处理 后的业务信息提供给终端。 上述业务信息聚合模块包括: 业务信息获取单元, 设置为按照时间触发方式或事 件触发方式向互联网上的服务提供商获取业务信息; 解析单元, 设置为对业务信息获 取单元获取的业务信息进行解析。 上述业务信息处理模块包括: 第一处理单元, 设置为当用户对应终端的类型为智 能终端时, 将业务信息分类模块分类后的业务信息转换为智能终端支持的格式; 第二 处理单元, 设置为当用户对应终端的类型为非智能终端时, 将业务信息分类模块分类 后的业务信息转换为非智能终端支持的格式。 上述业务信息提供模块包括: 业务主动提供单元, 设置为主动将业务信息处理模 块处理后的业务信息提供给终端; 和 /或, 业务被动提供单元, 设置为在收到终端的业 务请求后, 将业务信息处理模块处理后的业务信息提供给终端。 上述业务处理服务器还包括: 业务缓存模块, 设置为缓存业务信息提供模块提供 给终端的业务信息; 业务信息下发模块, 设置为当下一个终端请求获取的业务信息与 业务缓存模块缓存的业务信息一致时, 将缓存的业务信息下发给下一个终端。 上述业务处理服务器还包括: 认证管理模块, 设置为对终端进行认证, 认证通过 后, 触发业务信息提供模块向终端提供业务信息。 根据本发明的另一方面, 提供了一种业务处理系统, 包括上述业务处理服务器, 该系统还包括终端; 该终端包括: 业务信息获取模块, 设置为获取业务处理服务器提 供的业务信息; 业务信息展现模块, 设置为向用户展现业务信息获取模块获取的业务 信息。 上述系统包括多个业务处理服务器; 该终端还包括: 业务请求模块, 设置为向业 务处理服务器请求业务信息; 该系统还包括: 负载均衡服务器, 设置为接收终端的请 求, 根据各个业务处理服务器的负载情况将请求发送给对应的业务处理服务器。 上述终端还包括: 配置更新模块, 设置为根据用户的配置命令更新业务配置信息, 并将更新后的业务配置信息通知业务处理服务器; 上述业务处理服务器还包括: 配置 信息同步模块, 设置为根据终端的通知对终端的业务配置信息进行更新, 使本地保存 的终端的业务配置信息与终端上的业务配置信息同步。 根据本发明的再一方面, 提供了一种业务处理方法, 包括: 业务处理服务器对互 联网上的业务信息进行聚合, 其中, 该业务信息包括用户订阅各个类型的业务对应的 指定信息; 业务处理服务器对聚合的业务信息进行分类; 业务处理服务器按照用户对 应终端的类型对分类后的业务信息进行处理; 业务处理服务器将处理后的业务信息提 供给终端。 上述业务处理服务器对互联网上的业务信息进行聚合包括: 业务处理服务器按照 时间触发方式或事件触发方式向互联网上的服务提供商获取业务信息; 业务处理服务 器对获取的业务信息进行解析。 上述业务处理服务器按照终端的类型对分类后的业务信息进行处理包括: 当终端 的类型为智能终端时, 将分类后的业务信息转换为智能终端支持的格式; 当终端的类 型为非智能终端时, 将分类后的业务信息转换为非智能终端支持的格式。 上述业务处理服务器采用以下方式之一向终端提供的业务信息: 主动将处理后的 业务信息提供给终端; 在收到终端的业务请求后, 将处理后的业务信息提供给终端。 上述业务处理服务器将处理后的业务信息提供给终端之后, 该方法还包括: 缓存 业务信息; 当下一个终端请求获取的业务信息与缓存的业务信息一致时, 将缓存的业 务信息下发给下一个终端。 上述业务处理服务器通过对互联网上用户订阅的各个类型的业务信息中的指定信 息进行聚合和分类等处理, 能够将这些信息同时提供给终端, 解决了网络侧提供的业 务信息不能满足用户需求的问题, 方便了用户查阅各类业务信息,增强了系统的性能。 附图说明 此处所说明的附图用来提供对本发明的进一步理解, 构成本申请的一部分, 本发 明的示意性实施例及其说明用于解释本发明, 并不构成对本发明的不当限定。 在附图 中: 图 1是根据本发明实施例的业务处理服务器的结构框图; 图 2是根据本发明实施例的业务处理服务器的具体结构框图; 图 3是根据本发明实施例的业务处理服务器的另一种具体结构框图; 图 4是根据本发明实施例的具有安全机制的业务处理服务器的具体结构框图; 图 5是根据本发明实施例的业务处理服务系统的结构框图; 图 6是根据本发明实施例的业务处理服务系统的示意图; 图 7是根据本发明实施例的业务处理服务系统架构的结构框图; 图 8是根据本发明实施例的业务处理服务方法的流程图。 具体实施方式 下文中将参考附图并结合实施例来详细说明本发明。 需要说明的是, 在不冲突的 情况下, 本申请中的实施例及实施例中的特征可以相互组合。 本发明实施例考虑为了便于用户在移动终端 (例如手机) 上获取业务信息, 采用 在服务器侧对业务信息进行聚合、 分类和相关处理, 让用户更方便的选择和使用感兴 趣的第三方信息。 基于此, 本发明实施例提供了一种业务处理服务器、 系统和方法, 其中, 涉及的终端可以理解为移动终端, 例如手机等用户设备, 下面分别进行详细描 述。 参见图 1所示的业务处理服务器的结构框图,该服务器包括业务信息聚合模块 12、 业务信息分类模块 14、 业务信息处理模块 16和业务信息提供模块 18, 各模块的功能 如下: 业务信息聚合模块 12, 设置为对互联网上的业务信息进行聚合, 其中, 该业务信 息包括用户订阅各个类型的业务对应的指定信息。 本实施例中,业务信息聚合模块 12聚合的业务信息为不同类型的业务对应的指定 信息, 业务类型不同指像天气信息为一种业务类型, 而新闻信息为另一种业务类型, 则天气信息和新闻信息为不同类型的业务信息。 业务信息分类模块 14, 与业务信息聚合模块 12相连, 设置为对业务信息聚合模 块 12聚合的业务信息进行分类。 业务信息处理模块 16, 与业务信息分类模块 14相连, 设置为按照上述用户对应 终端的类型对业务信息分类模块 14分类后的业务信息进行处理。 业务信息提供模块 18, 与业务信息处理模块 16相连, 设置为将业务信息处理模 块 16处理后的业务信息提供给上述终端。 这里不同的业务对应的指定信息是不同的, 例如, 对于新闻业务, 用户的需求信 息可以是各新闻门户网站的当日头条新闻; 对于团购业务, 用户的需求信息可以是各 团购网站的最新打折信息等, 这些信息均是用户比较关注的信息。 在实际实现时, 可 以针对每个业务, 根据普遍用户对该业务关心的内容预先确定该业务的指定信息。 本实施例提供的业务处理服务器通过对互联网上业务的指定信息进行聚合和分类 等处理, 能够将这些信息同时提供给终端, 解决了网络侧提供的业务信息不能满足用 户需求的问题, 方便了用户查阅各类业务信息, 增强了系统的性能。 为了避免产生过多的网络流量消耗, 上述服务器提供给终端的业务信息可以仅为 用户订阅业务对应的指定信息, 即不是业务的全部信息, 而是该业务的部分信息, 该 部分信息可以预先指定。 本实施例在向互联网获取业务信息时, 可以采用灵活的获取方式, 例如: 采用周 期性获取方式或采用事件触发的方式(如接收到用户的业务信息获取请求时触发)等, 基于此, 上述业务信息聚合模块 12包括: 业务信息获取单元, 设置为按照时间触发方 式或事件触发方式向互联网上的服务提供商获取业务信息; 解析单元, 与业务信息获 取单元相连, 设置为对该业务信息获取单元获取的业务信息进行解析。 考虑到各个用户使用的终端类型各不相同, 终端所支持的语言以及操作方式等也 存在着差异, 优选地, 上述业务信息处理模块 16包括: 第一处理单元, 设置为当终端 的类型为智能终端时, 将业务信息分类模块分类后的业务信息转换为智能终端支持的 格式; 第二处理单元, 设置为当终端的类型为非智能终端时, 将业务信息分类模块分 类后的业务信息转换为非智能终端支持的格式。 上述服务器在向用户提供上述业务信息时, 可以采用主动提供方式, 也可以采用 被动提供方式, 基于此, 上述业务信息提供模块 18包括: 业务主动提供单元, 设置为 主动将业务信息处理模块 16处理后的业务信息提供给终端; 和 /或, 业务被动提供单 元, 设置为在收到终端的业务请求后,将业务信息处理模块 16处理后的业务信息提供 给终端。 为了提高业务信息下发的速度, 简化程序, 可以对提供给终端的业务进行缓存, 在下一个终端对应的业务信息与缓存中的信息一致时, 直接将缓存的业务信息提供给 该终端, 进而简化程序, 基于此, 参见图 2所示的业务处理服务器的具体结构框图, 该业务处理服务器除了包括图 1所示的各个模块外, 还包括: 业务缓存模块 22, 与业 务信息提供模块 18相连, 设置为缓存业务信息提供模块提供给终端的业务信息; 业务 信息下发模块 24, 与业务缓存模块 22相连, 设置为当下一个终端请求获取的业务信 息与上述业务缓存模块 22缓存的业务信息一致时,将缓存的业务信息下发给该下一个 终端。 为了增强系统的安全性, 防止非法用户恶意获取业务信息, 当某个业务需要终端 用户保持与服务器端的会话时, 服务器端 (即业务处理服务器) 需具备用户认证管理 功能, 通过登录认证保持与客户端用户的一致性和唯一性。 本实施例还提供了一种带 有安全机制的业务处理服务器, 参见图 3, 该业务处理服务器除了包括图 1所示的各 个模块外, 还包括: 认证管理模块 32, 与业务信息提供模块 18相连, 设置为对上述 终端进行认证, 认证通过后, 触发业务信息提供模块向该终端提供业务信息。 当然, 对于上述提到的被动提供业务信息的方式, 上述认证管理模块还可以与业 务信息聚合模块 12相连,在认证管理模块认证请求的终端合法后, 再触发业务信息聚 合模块 12获取业务信息, 参见图 4提供的业务处理服务器的具体结构框图, 该业务处 理服务器还可以包括: 业务请求接收模块 42, 设置为接收来自终端的业务请求; 认证 管理模块 44, 与业务请求接收模块 42和业务信息聚合模块 12相连, 设置为对该终端 进行认证, 认证通过后, 触发业务信息聚合模块 12进行业务信息聚合。 基于上述业务处理服务器, 本实施例还提供了一种业务处理系统, 包括上述业务 处理服务器和终端; 参见图 5, 该系统包括业务处理服务器 10和终端 50, 其中, 业务 处理服务器 10包括图 1所示的各个模块, 其功能这里不再赘述。 终端 50包括: 业务 信息获取模块 52, 设置为获取业务处理服务器 10提供的业务信息; 业务信息展现模 块 54, 与业务信息获取模块 52相连, 设置为向用户展现业务信息获取模块 52获取的 业务信息。 当然, 该系统中的服务器的个数可以不止一个,其在互联网环境下的服务器集群, 在实现时, 可以每个服务器负责一定数目的终端的业务信息的提供, 也可以保证任何 互联网环境下的移动终端都可以访问该服务器集群。 考虑到系统中的终端数目较大, 为了增强网络侧的处理能力, 优选地, 本实施例的业务处理系统包括多个上述业务处 理服务器和负载均衡服务器;下面以图 6所示的业务处理系统的示意图为例进行说明, 该系统中包括多个终端、 多个业务处理服务器和一个负载均衡服务器, 该系统中的各 个终端除了包括上述业务信息获取模块和业务信息展现模块外, 还包括: 业务请求模 块, 设置为向业务处理服务器请求业务信息; 负载均衡服务器, 设置为接收各个终端 的业务请求, 根据各个业务处理服务器的负载情况将请求发送给对应的业务处理服务 器。 为了简化明了各个设备间的连接关系, 图 6中未示出各个设备的内部模块。 根据业务和内容以及其应用场景的不同, 对服务器端 (相当于上述业务处理服务 器) 和终端进行技术上的统一调整, 使服务器端的变化都以服务终端展现为目标。 如 终端增加新业务和内容 (频道) 的动态配置功能, 服务器端与终端通过发送命令请求 实现动态配置的同步; 基于此, 上述终端 10还包括: 配置更新模块, 设置为根据用户 的配置命令更新业务配置信息, 并将更新后的业务配置信息通知业务处理服务器; 业 务处理服务器 50还包括: 配置信息同步模块, 设置为根据终端 10 的通知对终端 10 的业务配置信息进行更新, 使本地保存的终端 10的业务配置信息与终端 10上的业务 配置信息同步。 该系统在服务器端聚合不同的互联网业务和内容, 在终端进行业务和 内容的展现, 同时在服务器端和终端侧能够灵活的进行频道配置和更新。 随着互联网的发展, 很多信息服务包括第三方业务信息成为了用户生活中不可或 缺的部分, 本实施例中, 在服务器端聚合多种互联网内容与业务, 在移动终端上通过 桌面或应用集成展现这些内容与业务的架构方案, 具体指通过在服务器端处理多种信 息的业务逻辑, 业务数据, 展现内容等来达到聚合业务信息的目的, 通过终端访问服 务器并进行集成展现这些信息。 换句话说, 通过把互联网业务与内容中最重要的信息 提取出来, 按照频道分类展现给用户, 并可由用户选择或定制频道。 当然, 服务器端 也可以动态的增加或删除频道, 或者在一个频道内增加或删除子频道, 或者改变频道 内的界面布局排版, 通过终端与服务器端的交互, 终端可以及时发现这些更新并展现 给用户。 服务器端聚合的多个业务和内容可以是终端自有的, 也可以是来自于互联网的业 务和内容, 通过在系统中设置负载均衡服务器支持高并发的用户访问; 客户端即移动 终端访问服务器获取业务和内容数据进行集成展现, 支持用户配置、 自动更新。 服务 器端是一个业务与内容的聚合平台, 通过特定的数据接口 (可以是第三方提供的 API 或拖取 WEB页面) 获取业务和内容数据, 根据频道对内容进行分类和聚合, 终端可 以发起请求获取这些数据, 也可以由服务器端主动推动给终端。 本实施例使用了服务器端 /客户端的体系架构, 以及基于这种架构体系的一系列技 术规范, 这种架构支持大规模多终端并发访问。 通过服务器端与终端约定的新业务发 现机制, 终端能够自动发现新聚合的业务和内容并提示用户, 用户可以根据自己的兴 趣爱好选择使用新的业务和内容。 在上述业务处理服务器上部署专门的服务, 该服务是为展现业务和内容服务的, 聚合了不同的业务和内容。 服务器端负责的主要工作: 首先, 通过业务和内容数据接 口 (可以是第三方提供的 API或拖取 WEB页面) 从业务与内容的提供商拉取业务数 据和内容, 对数据进行解析, 根据预设的频道分类, 对数据进行分类组织, 并用 WEB 服务的方式发布 JSON或者 XML等格式的业务数据, 然后服务器端根据业务特点以 及展现要求, 对第三方业务数据进行定时或者按需求进行更新操作。 进一步地, 服务器端接收终端请求, 这些请求可能同时发生, 服务器端必须具备 并发处理业务请求的能力。 具备较好的可扩展性, 可以是具备多个业务处理节点, 同 时支持动态的扩充业务处理节点, 可以具备负载平衡服务器, 通过它将请求分发给多 个业务处理节点; 可以具备前端请求缓存功能, 对于静态的页面, 数据, 图片等通过 缓存直接获取返回给用户; 可以具备业务数据缓存机制, 对数据库, 文件系统的访问 数据进行缓存, 降低数据库和文件系统的读写频度, 提升性能。 更进一步地, 移动终端 (即客户端) 获得聚合的业务数据和内容, 在终端最直接 的地方比如桌面进行业务和内容的展现, 根据内容的特点可以采取不同业务和内容分 频道, 展现方式采用滚动切换, 滑屏切换等不同的方式。 对于新的业务和内容频道, 服务器端部署后通过配置约定, 由服务其端推送给终端, 终端获取到配置项解析出新 频道信息, 发现新频道的上线, 并提示用户使用体验。 这种架构方案, 服务器端进行业务和内容的聚合, 根据整体展现方案, 服务器端 提供约定格式的业务数据资源, 移动终端通过无状态通信协议访问服务器端, 发送命 令, 请求业务和内容的数据资源, 在终端进行解析处理, 聚合展现。 这种方式对于动 态增加新业务, 已有业务升级, 终端同步, 业务配置具有较高的灵活性和解耦性, 能 有效的降低开发维护的难度, 增加复用性, 提升研发效率。 参见图 7所示的业务处理系统架构示意图,服务器端可以通过以下功能模块实现: 业务数据拉取模块 (相当于上述业务信息聚合模块 12)、 业务请求处理模块、 前端请 求缓存模块、 数据缓存模块、 解析持久化业务数据模块、 业务数据发布模块、 负载均 衡模块、 认证管理模块、 业务配置模块和数据库及其它文件系统等。 客户端即移动终 端将按频道聚合后的业务和内容展现给用户, 移动终端可根据不同频道及用户的使用 习惯采用不同的展现方式。 同样移动终端也包括一些必须或可选的模块: 互联网访问 模块、 业务数据解析模块、 内容展现模块、 配置模块、 业务发现与更新模块、 配置模 块和其它功能模块等。 服务器与客户端的通信可以是 (加密) 超文本传输协议 (HTTP(S)), 也可以通过 WAP (Wireless Application Protocol, 无线应用协议), UDP (User Datagram Protocol, 用户数据报协议), SOAP, XMPP等其他协议, 该通信可 以采用无状态的连接, 这种方式可以减少连接时间, 节省网络带宽, 降低服务器负载, 尤其因为客户端都是移动终端的形式, 也节省终端的电能, 流量等。 下面分别对这些 模块进行简单的介绍。 对于部署在互联网环境下 (业务处理服务器) 的特定服务, 此服务的主要任务是 获取聚合业务和内容的数据、 资源, 保持与第三方业务同步的用户会话, 前边已有详 细描述, 不再重复。 对于新业务, 服务器端通过配置的方式动态的增加, 服务器端程 序通过解析配置文件获取新业务数据源以及业务数据结构, 同时通过推送机制或者广 播机制通知接入的移动终端。 具体的功能模块说明如下:
1 )负载均衡模块: 该负载均衡机制是可选功能, 它可以由一台部署了负载均衡服 务的服务器承担, 将大量的并发业务请求分发给不同的业务处理节点 (即上述业务处 理服务器)。该负载均衡服务器部署在服务前端用于接收来自终端的应用请求, 并将请 求转发给各业务处理服务器。 它的作用在于当并发数较大时, 通过负载均衡服务器将 请求分发到各业务处理服务器, 分担服务器端处理压力, 增大服务器端处理能力。
2)前端请求缓存模块: 它的主要作用是对静态的资源或者页面以及不经常修改的 页面进行静态缓存, 提高请求命中率, 降低业务服务器的负载压力, 提升处理能力。
3 )业务数据拉取模块及解析持久化业务数据模块: 通过调用第三方业务和内容的 接口函数, 传递请求参数, 向第三方服务请求相关的业务数据和资源, 根据第三方提 供的数据结构解析业务数据, 并将结果保存到数据库系统或者文件系统。
4)业务请求处理模块: 主要是接收终端业务请求, 调用相关的业务逻辑代码, 实 现特定的业务功能, 将结果返回给终端进行呈现。
5 )数据缓存模块: 主要是应用在数据库读写操作与业务逻辑处理之间, 通过缓存 常用的数据, 提高数据的命中率, 减少数据库的读写操作次数, 降低系统性能消耗。 6)认证管理模块: 根据不同的业务需要, 可以使用用户权限及用户登录管理, 保 证业务的用户差异性。
7)业务数据发布模块和数据库及文件系统等,前者是将某些资源比如图片等发布 成数据服务, 终端可以随时访问。 后者是用于进行数据保存。
8)业务配置模块: 服务器端与移动终端定义一套约定的指令标签, 通过指令标签 约定新业务的数据源, 数据项; 通过指令标签与移动终端进行会话, 通知终端业务的 变化。 移动终端首先具备访问互联网的功能, 支持一定的编程语言, 可以通过这些编程 语言实现一些特定的功能或者效果。 移动终端主要包括以下几个模块: 1 )互联网访问模块: 该模主要是建立与服务器端的通信连接, 并且向服务器端发 送业务请求, 获取服务器端返回的业务和内容的数据与资源, 包括业务数据和图片, 音频视频等。
2)业务数据解析处理模块: 该模块主要负责对从服务器端获取的业务数据进行解 析处理, 生成业务对象。
3 )配置管理模块: 该模块主要是对业务的更新升级, 数据源选择和升级管理, 以 及用户自定义业务配置管理。
4)业务发现与更新模块:该模块接收来自服务器端的推送信息通知或者广播通知, 解析读取新业务通知信息, 获取新业务数据访问路径以及新业务数据项信息, 并在终 端提示用户, 用户可以选择自动更新使用。
5 )业务信息展现模块: 该模块主要是展现业务, 以及进行用户交互体验。 也是多 业务信息集成展现的窗口, 是根据具体的业务需求实现, 根据业务特点展现。 以上服务器端与移动终端需配合使用, 这种方案提供了包括服务器端与客户端的 实施方案,借助互联网拓展了移动终端的外延, 也使互联网应用有了全新的展现平台。 基于上述业务处理服务器, 本实施例还提供了一种业务处理方法, 参见图 8所示 的业务处理方法流程图, 该方法包括以下步骤 (步骤 S802至步骤 S808 ): 步骤 S802: 业务处理服务器对互联网上的业务信息进行聚合; 其中, 该业务信息 包括用户订阅各个类型的业务对应的指定信息。 步骤 S804: 上述业务处理服务器对聚合的业务信息进行分类。 步骤 S806: 上述业务处理服务器按照终端的类型对分类后的业务信息进行处理。 具体处理同上, 即包括: 当终端的类型为智能终端时, 将分类后的业务信息转换 为智能终端支持的格式; 当终端的类型为非智能终端时, 将分类后的业务信息转换为 非智能终端支持的格式。 步骤 S808: 上述业务处理服务器将处理后的业务信息提供给终端。 本实施例的业务处理服务器通过对互联网上业务的指定信息进行聚合和分类等处 理, 能够将这些信息同时提供给终端, 解决了现有移动终端业务信息的展示方式不能 满足用户需求的问题, 方便了用户查阅各类业务信息, 增强了系统的性能。 上述业务处理服务器对互联网上的业务信息进行聚合包括: 业务处理服务器按照 时间触发方式或事件触发方式向互联网上的服务提供商获取业务信息; 业务处理服务 器对获取的业务信息进行解析。 上述业务处理服务器采用以下方式之一向终端提供的业务信息: 主动将处理后的 业务信息提供给终端; 在收到终端的业务请求后, 将处理后的业务信息提供给终端。 上述业务处理服务器将处理后的业务信息提供给终端之后, 还包括: 缓存业务信 息; 当下一个终端请求获取的业务信息与缓存的业务信息一致时, 将缓存的业务信息 下发给下一个终端。 从以上的描述中可以看出, 本实施例提供的移动终端的信息聚合和展现方案是移 动终端与服务器端相结合的一项创新应用。 集成展现多种业务和内容是移动终端应用 发展的一种大趋势, 上述实施例解决了如何较好的进行业务和内容的聚合与展现的问 题。 上述服务器端是业务和内容数据资源的聚合点, 通过前述的模块, 根据业务特点 定时从第三方服务站点获取业务数据进行解析缓存处理, 发布成专门的业务服务, 移 动终端可以通过互联网访问并获取这些业务数据。 这种架构实现了新的增值服务, 增 强了系统的功能, 能够为运营商吸引可靠的用户群。 显然, 本领域的技术人员应该明白, 上述的本发明的各模块或各步骤可以用通用 的计算装置来实现, 它们可以集中在单个的计算装置上, 或者分布在多个计算装置所 组成的网络上, 可选地, 它们可以用计算装置可执行的程序代码来实现, 从而, 可以 将它们存储在存储装置中由计算装置来执行, 并且在某些情况下, 可以以不同于此处 的顺序执行所示出或描述的步骤, 或者将它们分别制作成各个集成电路模块, 或者将 它们中的多个模块或步骤制作成单个集成电路模块来实现。 这样, 本发明不限制于任 何特定的硬件和软件结合。 以上所述仅为本发明的优选实施例而已, 并不用于限制本发明, 对于本领域的技 术人员来说, 本发明可以有各种更改和变化。 凡在本发明的精神和原则之内, 所作的 任何修改、 等同替换、 改进等, 均应包含在本发明的保护范围之内。

Claims

1. 一种业务处理服务器, 包括:
业务信息聚合模块, 用于对互联网上的业务信息进行聚合, 其中, 所述业 务信息包括用户订阅各个类型的业务对应的指定信息;
业务信息分类模块, 用于对所述业务信息聚合模块聚合的所述业务信息进 行分类;
业务信息处理模块, 用于按照所述用户对应终端的类型对所述业务信息分 类模块分类后的所述业务信息进行处理;
业务信息提供模块, 用于将所述业务信息处理模块处理后的所述业务信息 提供给所述终端。
2. 根据权利要求 1所述的业务处理服务器, 其中, 所述业务信息聚合模块包括: 业务信息获取单元, 用于按照时间触发方式或事件触发方式向互联网上的 服务提供商获取业务信息;
解析单元, 用于对所述业务信息获取单元获取的业务信息进行解析。
3. 根据权利要求 1所述的业务处理服务器, 其中, 所述业务信息处理模块包括: 第一处理单元, 用于当所述用户对应终端的类型为智能终端时, 将所述业 务信息分类模块分类后的所述业务信息转换为所述智能终端支持的格式; 第二处理单元, 用于当所述用户对应终端的类型为非智能终端时, 将所述 业务信息分类模块分类后的所述业务信息转换为所述非智能终端支持的格式。
4. 根据权利要求 1所述的业务处理服务器, 其中, 所述业务信息提供模块包括: 业务主动提供单元, 用于主动将所述业务信息处理模块处理后的所述业务 信息提供给所述终端; 和 /或,
业务被动提供单元, 用于在收到所述终端的业务请求后, 将所述业务信息 处理模块处理后的所述业务信息提供给所述终端。
5. 根据权利要求 1所述的业务处理服务器, 其中, 所述业务处理服务器还包括: 业务缓存模块, 用于缓存所述业务信息提供模块提供给所述终端的业务信 息; 业务信息下发模块, 用于当下一个终端请求获取的业务信息与所述业务缓 存模块缓存的所述业务信息一致时, 将缓存的所述业务信息下发给所述下一个 终端。 根据权利要求 1所述的业务处理服务器, 其中, 所述业务处理服务器还包括: 认证管理模块, 用于对所述终端进行认证, 认证通过后, 触发所述业务信 息提供模块向所述终端提供所述业务信息。 一种业务处理系统, 包括权利要求 1-6任一项所述的业务处理服务器, 所述系 统还包括终端;
所述终端包括:
业务信息获取模块, 用于获取所述业务处理服务器提供的所述业务信息; 业务信息展现模块, 用于向用户展现所述业务信息获取模块获取的业务信 息。 根据权利要求 7所述的系统, 其中, 所述系统包括多个所述业务处理服务器; 所述终端还包括: 业务请求模块, 用于向所述业务处理服务器请求业务信 息;
所述系统还包括: 负载均衡服务器, 用于接收所述终端的请求, 根据各个 业务处理服务器的负载情况将所述请求发送给对应的业务处理服务器。 根据权利要求 7所述的系统, 其中,
所述终端还包括: 配置更新模块, 用于根据用户的配置命令更新业务配置 信息, 并将更新后的业务配置信息通知所述业务处理服务器;
所述业务处理服务器还包括: 配置信息同步模块, 用于根据所述终端的通 知对所述终端的业务配置信息进行更新, 使本地保存的所述终端的业务配置信 息与所述终端上的业务配置信息同步。 一种业务处理方法, 包括:
业务处理服务器对互联网上的业务信息进行聚合, 其中, 所述业务信息包 括用户订阅各个类型的业务对应的指定信息;
所述业务处理服务器对聚合的所述业务信息进行分类; 所述业务处理服务器按照所述用户对应终端的类型对分类后的所述业务信 息进行处理;
所述业务处理服务器将处理后的所述业务信息提供给所述终端。
11. 根据权利要求 10所述的方法,其中,所述业务处理服务器对互联网上的业务信 息进行聚合包括:
所述业务处理服务器按照时间触发方式或事件触发方式向互联网上的服务 提供商获取业务信息;
所述业务处理服务器对获取的所述业务信息进行解析。
12. 根据权利要求 10所述的方法,其中,所述业务处理服务器按照终端的类型对分 类后的所述业务信息进行处理包括:
当终端的类型为智能终端时, 将分类后的所述业务信息转换为所述智能终 端支持的格式;
当终端的类型为非智能终端时, 将分类后的所述业务信息转换为所述非智 能终端支持的格式。
13. 根据权利要求 10所述的方法,其中,所述业务处理服务器采用以下方式之一向 所述终端提供的所述业务信息:
主动将处理后的所述业务信息提供给所述终端;
在收到所述终端的业务请求后,将处理后的所述业务信息提供给所述终端。
14. 根据权利要求 10所述的方法,其中,所述业务处理服务器将处理后的所述业务 信息提供给所述终端之后, 还包括:
缓存所述业务信息;
当下一个终端请求获取的业务信息与缓存的所述业务信息一致时, 将缓存 的所述业务信息下发给所述下一个终端。
PCT/CN2011/083733 2011-09-09 2011-12-09 业务处理服务器、系统和方法 WO2012151980A1 (zh)

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