WO2011144107A2 - 增强彩信互动能力的方法和设备 - Google Patents

增强彩信互动能力的方法和设备 Download PDF

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Publication number
WO2011144107A2
WO2011144107A2 PCT/CN2011/074779 CN2011074779W WO2011144107A2 WO 2011144107 A2 WO2011144107 A2 WO 2011144107A2 CN 2011074779 W CN2011074779 W CN 2011074779W WO 2011144107 A2 WO2011144107 A2 WO 2011144107A2
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WO
WIPO (PCT)
Prior art keywords
mms
interactive function
function command
content
interactive
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PCT/CN2011/074779
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English (en)
French (fr)
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WO2011144107A3 (zh
Inventor
张前锋
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华为技术有限公司
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.)
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Application filed by 华为技术有限公司 filed Critical 华为技术有限公司
Priority to PCT/CN2011/074779 priority Critical patent/WO2011144107A2/zh
Priority to CN201180000613XA priority patent/CN102204290B/zh
Publication of WO2011144107A2 publication Critical patent/WO2011144107A2/zh
Publication of WO2011144107A3 publication Critical patent/WO2011144107A3/zh

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Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
    • H04L51/07User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail characterised by the inclusion of specific contents
    • H04L51/10Multimedia information
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
    • H04L51/58Message adaptation for wireless communication

Definitions

  • Embodiments of the present invention address the field of communications, and more particularly, to methods and apparatus for enhancing the ability to interact with multimedia messages. Background technique
  • Multimedia Message Service a multimedia information service
  • GSM General Packet Radio Service
  • RFID Enhanced Data Rates for GSM Evolution
  • WAP Wireless Application Protocol
  • the format of the MMS content is based on the Synchronized Multimedia Integration Language (SMIL) specification.
  • SMIL Synchronized Multimedia Integration Language
  • a method for enhancing a multimedia message interactive function includes: a multimedia message service network side device generates an interaction script according to the multimedia message content, where the interaction script includes an interaction function command and a presentation type of the interactive function command;
  • the MMS service network side device attaches the interaction script to the MMS content, so as to send the MMS content with the interaction script added to the MMS terminal, and the MMS terminal displays the location according to the presentation type of the interactive function command.
  • the interactive function command includes: a multimedia message service network side device generates an interaction script according to the multimedia message content, where the interaction script includes an interaction function command and a presentation type of the interactive function command;
  • the MMS service network side device attaches the interaction script to the MMS content, so as to send the MMS content with the interaction script added to the MMS terminal, and the MMS terminal displays the location according to the presentation type of the interactive function command.
  • the interactive function command includes: a multimedia message service network side device generates an interaction script according to the multimedia message content, where the interaction script includes an
  • a MMS service network side device including: a script generating module, configured to generate an interaction script according to the MMS content, where the interaction script includes a presentation type of an interactive function command and an interactive function command; And a module, configured to attach the interaction script to the MMS content, so as to send the MMS content to a MMS terminal, where the MMS terminal displays the interactive function command according to a presentation type of the interactive function command.
  • a multimedia message terminal including: a multimedia message interface, configured to receive a multimedia message content to which an interactive script is attached, where the interaction script includes a presentation type of an interactive function command and an interactive function command;
  • the MMS terminal parses the MMS content, including parsing the presentation type of the interactive function command and the interactive function command; and displaying a display for displaying the MMS content according to the processor parsing result, wherein, according to the interactive function command
  • the presentation type displays the interactive function command;
  • the user interface is configured to receive a user instruction submitted by the user according to the displayed interactive function command, so that the processor forwards the interactive function command to the multimedia message service server through the multimedia message interface.
  • the MMS is given an interactive capability, and the user can utilize the interactive capability to implement the interactive operation requested between the user terminal and the server, enrich the content of the MMS, and improve the experience of the user using the MMS service, and enhance the experience.
  • the attractiveness of the MMS business is conducive to the promotion of MMS services.
  • FIG. 1 is a schematic structural diagram of a multimedia message system implementing a method according to an embodiment of the present invention
  • FIG. 3 is a flowchart of a specific implementation manner of a method according to an embodiment of the present invention.
  • FIG. 4 is a schematic diagram of a specific MMS enhanced by the method of the embodiment of the present invention.
  • FIG. 5 is a schematic diagram of a specific MMS enhanced by the method of the embodiment of the present invention.
  • FIG. 6 is a timing diagram of a specific example of the method of the embodiment of the present invention.
  • FIG. 7 is a schematic structural diagram of a MMS service network side device according to an embodiment of the present invention.
  • FIG. 8 is a schematic structural diagram of a specific implementation manner of a multimedia service network side device according to an embodiment of the present invention.
  • FIG. 9 is a schematic structural diagram of a multimedia message terminal according to an embodiment of the present invention. detailed description
  • the MMS service system includes: a multimedia message terminal, a multimedia message gateway, a multimedia message service server, and the like.
  • MMS terminal It is used to receive the MMS content sent by the MMS service server or other MMS terminals, and interpret the MMS content and present it to the user.
  • the mobile phone is described as an example, but does not mean that the MMS terminal is limited to a mobile phone.
  • MMS gateway It is used for the interaction and protocol conversion between the network layer and the MMS service server. It is equivalent to the bridge between the data network and the service network, and provides the standard application program interface (Application Program Interface). " );
  • MMS service server A value-added application platform based on MMS service, and provides services for the service by calling the open API interface provided by the MMS gateway. For example, periodically sending a picture to the user, or accepting the MMS content of the user's uplink, can support the operation of different MMS applications.
  • the flow of current MMS content is unidirectional, that is, the SMIL specification controls the level of synchronous multimedia content, either from the MMS service server to the MMS terminal of the user, or between the MMS terminals or MMS.
  • the terminal uploads the multimedia message to the MMS service server.
  • effective human-computer interaction cannot be formed, and the user cannot decide the order relationship between multiple MMS content.
  • the MMS service server makes a large content into a plurality of MMS content with sequential relationship and sends it to the MMS terminal.
  • the MMS content is unidirectional, if it is sent at one time, due to network delay, etc., the user The order of the received multiple MMS content may be inconsistent, causing the user to receive multiple MMS messages in a sequential relationship but in disorder.
  • the MMS is returned to another SMS port or a MMS port, so that the processing device of the MMS and the SMS port (such as the MMS service server mentioned in the embodiment of the present invention) requires a large resource overhead: the same user.
  • the port numbers cannot overlap in the same session, otherwise the order of the different users will be disordered or the conversation between the same users will be confused. In fact, after a system has more than one hundred concurrent transactions, it is almost impossible to deploy such a system.
  • an interactive script carrying a human-machine interaction requirement is attached to a multimedia message service on a multimedia message service server, and an interaction script is received and interpreted on the multimedia message terminal, and the script is carried in the script.
  • the interactive information is presented to the user, so that the user can further send the interaction request to the interactive processing device according to the presented human-machine interaction information, and the interactive request processing device According to the interactive command, the MMS service server is instructed to deliver other MMS content, thereby forming a convenient and flexible human-computer interaction.
  • an interactive script parsing module is added, the interactive script in the MMS content is parsed, and the interactive ability and the MMS content are presented to the user together, and The module is responsible for forwarding user-initiated interactive command requests to the interactive processing device.
  • the script of interactive ability can be obtained from the MMS interactive processing device (at the same time, the interactive script can be directly generated according to the requirements of the interactive script, and no interactive processing is required.
  • the device is acquired and attached to the existing MMS content; and the new interactive processing device: in addition to providing an interactive script to the MMS service server device, is also used to interpret the submitted interactive request, and save the user's session.
  • the information in particular, the sequence relationship information in the session, and processes the interactive command; or directly instructs the MMS service server to deliver the relevant MMS content according to the session information carried in the interactive command.
  • Interactive script Function instructions and markup scripts including human-computer interaction, such as a function button markup script, attached to the existing MMS content, and sent to the MMS terminal device as part of the MMS content.
  • the embodiment of the invention provides a method for enhancing the interaction capability of the multimedia message, as shown in FIG. 2 .
  • FIG. 2 In the embodiment shown in Figure 2:
  • the MMS service network side device generates an interaction script according to the MMS content, where the interaction script includes an interaction function command and a presentation type of the interactive function command.
  • the MMS service network side device for example, the MMS service server
  • the MMS service server needs to divide the oversized content into a plurality of MMSs having a sequential relationship according to the limitation of the network and the like, for example, The content of each MMS is 80K bytes.
  • the MMS service server may generate an interaction script according to the content of the MMS to be delivered and other specific situations, such as whether the network supports concurrent MMS, etc., to indicate that the user terminal obtains the follow-up by sending a subsequent MMS acquisition request.
  • MMS content for example, the MMS service server
  • the interactive script may include an interactive function command of human-computer interaction, and may further include a presentation type of the interactive function command, such as a button or a text input; and may also include a protocol type of the interactive function command: Hyper Text Transport Protocol (HTTP) Call "HTTP" command, MMS reply port command or SMS reply port command.
  • HTTP Hyper Text Transport Protocol
  • MMS reply port command MMS reply port command
  • SMS reply port command SMS reply port command
  • the interactive function command may include corresponding interaction parameters, such as identification information of the current MMS session and sequential coding of the currently received MMS content.
  • Interactive scripts can also be obtained from other devices, such as the MMS interactive processing device that will be described below.
  • the MMS service server interacts with the MMS interaction processing device according to the MMS content to be delivered, and the MMS interactive processing device generates an interaction script, and sends the interaction script.
  • the MMS interactive processing device generates an interaction script, and sends the interaction script.
  • the MMS service network side device attaches the interaction script to the MMS content, so as to send the MMS content to which the interaction script is added to the MMS terminal, and the MMS terminal according to the presentation type of the interactive function command Show the interactive function commands.
  • the MMS service server attaches the above interactive script to the first MMS content, and the interactive script includes a function button, an interactive function command, and corresponding parameters, and delivers the MMS content with the interactive script attached to the MMS terminal.
  • the MMS terminal After receiving the MMS content, the MMS terminal presents the MMS content and the interactive script to the user. If the user wishes to continue to obtain the subsequent MMS content, the interactive function command included in the interactive script is sent to the network side device together with the interaction parameter by, for example, clicking the function button to request to obtain the subsequent MMS content.
  • Figure 3 illustrates a further aspect of an embodiment of the invention. As shown in FIG. 3, the method of the embodiment of the present invention further includes:
  • the MMS terminal receives the MMS content to which the interactive script is attached.
  • the MMS terminal parses and displays the MMS content, wherein the interactive function command is displayed according to a presentation type of the interactive function command.
  • the MMS terminal receives the user command submitted by the user according to the displayed interactive function command, and forwards the interactive function command to the MMS service network side device.
  • the interactive function processing command is forwarded to the MMS interactive processing device.
  • the MMS service network side device receives an interactive function command forwarded by the MMS terminal according to the user's instruction.
  • the MMS interactive processing device receives an interactive function command forwarded by the MMS terminal according to the user's instruction.
  • the MMS service network side device parses the interactive function command, and processes and sends subsequent MMS content according to the interactive function command.
  • the interactive function command is parsed by the MMS interaction processing device, and the result of the parsing is to request to send the next MMS message in the current MMS session, or to request to send a certain sequence of MMS messages.
  • the interactive function command may carry MMS session information, such as interaction related parameters, by using an extended parameter.
  • the MMS interaction processing device sends a request message for acquiring the content of the next MMS message to the MMS service server, where the request message carries the foregoing interaction parameter, that is, the status information of the current MMS session, such as the identification information of the current session and the next MMS message or the current MMS session.
  • the session information is sent to the MMS terminal for the next MMS content or a certain order of MMS content.
  • the content of the MMS received by the MMS terminal is [001] of a comic
  • the content of the MMS includes an interactive function command requesting to send the next MMS, that is, the content of the next message.
  • Interactive function commands are displayed through interactive function buttons.
  • the user can click the function button to forward the interactive function command requesting the next content to the MMS interactive processing device.
  • the MMS interactive processing device parses the interactive command, and the result is a request to send [002 words] and corresponding interaction parameters.
  • the MMS interactive processing device sends a request message for acquiring the [002] content to the MMS service server, where the request message carries the interaction parameter, that is, the content of the current comic [001], and the MMS service server receives the request sent by the MMS interactive processing device. After the message, the content of [002 words] will be sent to the MMS terminal according to the order of the current manga identification information [001 words] and [002 words].
  • the result of the parsing may also be a request to send a specific sequence of MMS messages and corresponding interaction parameters in the current MMS session, and the MMS interactive processing device sends a request message for acquiring the MMS content of the specific order to the MMS service server, the request
  • the message carries the foregoing interaction parameter, that is, the status information of the current MMS session, such as the identifier information of the current session and the sequential coding of the MMS in the specific order in the current MMS session; after receiving the request message sent by the MMS interaction processing device, the MMS service server And the MMS content of the specific order is sent to the MMS terminal according to the identifier information of the current MMS session and the order of the MMS in the specific order in the current MMS session.
  • the MMS content received by the MMS terminal is [001] of a comic, and the MMS content includes an interactive function requesting to send a specific sequence of MMS, that is, the content of the [005] content.
  • the interactive function command is displayed by text input and interactive function buttons.
  • the user can input the sequence code of the desired jump and click the function button to forward the interactive function command requesting the content of the [005] to the MMS interactive processing device.
  • the MMS interactive processing device parses the interactive command, and the result is a request to send [005] and corresponding interaction parameters.
  • the MMS interactive processing device sends a request message for acquiring the content of the [005] message to the MMS service server, where the request message carries the interaction parameter, that is, the content of the current comic [001], and the MMS service server receives the request sent by the MMS interactive processing device.
  • the content of [005 words] will be sent to the MMS terminal according to the order of the current manga identification information [001 words] and [005 words].
  • an interactive function command presentation type for acquiring the next MMS content and acquiring a specific order of MMS content for example, text input and function buttons may exist in the MMS content at the same time, for example, as shown in FIG. 5.
  • This setting makes it easier for users to MMS content through MMS terminals. For flexible control.
  • the MMS interaction processing device may save the MMS according to the basic information sent by the MMS content.
  • the session information is used to process and send the subsequent MMS content according to the interactive function command and the saved MMS session information when the MMS terminal receives the interactive function command forwarded according to the user's instruction after the MMS session ends.
  • the MMS interactive processing device saves the identification information of the current MMS session and the sequential encoding of the next MMS content in the current MMS session, so that after the user interrupts using the MMS session, the MMS content can continue to be read from the location of the MMS content that was last read. .
  • the MMS interaction processing device After the user interrupts the MMS session and continues to send the request for obtaining the content of the subsequent MMS, the MMS interaction processing device will read the saved current MMS session state information, such as the identification information of the current MMS session, after receiving the request.
  • the sequence of the next MMS content in the current MMS session is encoded, and a request to obtain the next MMS content is sent to the MMS service server accordingly.
  • the MMS service server After receiving the request of the MMS interactive processing device, the MMS service server will send the next MMS content to the MMS terminal according to the current MMS session status information.
  • the MMS service server when the MMS service server delivers the next MMS content or the specific order of the MMS content, the MMS service server may continue to be in the next MMS content or the specific order of the MMS content according to the current MMS session state information.
  • the additional interactive script, the interactive script acquisition manner is similar to the above manner, so that the user can continue to acquire the next MMS content or the subsequent MMS content of the specific order of the MMS content through the interactive script.
  • the effective human-computer interaction cannot be formed in the existing system, and the user cannot decide the order relationship between the contents of multiple MMS messages, and the user experience is poor, that is, the single-direction flow of the MMS content is solved.
  • the order of human-computer interaction in the MMS business greatly enhances the convenience and flexibility of users to use MMS.
  • the MMS interactive processing device may be a function module set in the MMS service server, or may be an independent device communicatively connected to the MMS service server.
  • the MMS service server needs to make a large content into MMS content, for example, 80KByte or more. However, due to network and other factors, if a single MMS 80KByte size is suitable, it is necessary to generate multiple sequential content. And send the MMS message to the user End. As shown in Figure 6:
  • a MMS content is divided into multiple MMS messages (such as pictures), and the script of the first MMS content is as follows:
  • the MMS service server sends a request to the MMS interactive processing device according to the content of the MMS to be delivered (for example, the first picture), and generates an interaction script.
  • the interactive script may also be generated by the MMS service server itself.
  • the following S602 will be skipped and directly run to S603;
  • the MMS interactive processing device generates and returns a required interactive script according to the request.
  • the interactive script for the previous example is as follows:
  • x-mutual and x-input are interactive function command tags in interactive scripts.
  • the above interactive script is described as follows:
  • (1) action identifies the interactive function command of the MMS interactive processing device. For example, the command sends the next MMS message to the request, or requests a specific order (for example, the nth) MMS.
  • the "?” is carried after the action command to carry the parameter, and the parameter and the parameter value are separated by an equal sign.
  • the extended parameter value is the identifier information of the current MMS session, the MMS of the currently delivered MMS content is sequentially encoded, or the next MMS content of the currently delivered MMS content is sequentially encoded, or the nth MMS message is requested to be delivered.
  • the sequential encoding and other MMS session information so that there is no need to save the session information in the MMS interactive processing device (the current MMS content sequence Code), saving resources of server devices and reducing communication resource overhead.
  • rendering type identifies the type of rendering style on the MMS terminal of the interactive function command (hereinafter referred to as rendering type), which can be button, text input, button command rendering type is "Button”, and text input rendering type is " Text” ; This parameter is mandatory.
  • the class identifies the command type, including the HTTP command, the port number command for SMS reply, and the MMS port number reply command.
  • HTTP command identifier is "HTTP-CMD"
  • the MMS interactive processing device processes the operation logic of the action identifier; this parameter is optional.
  • the MMS service server attaches the interactive script as part of the MMS content to the currently delivered MMS content. For example, attach the function button of "Next Picture" to the first picture.
  • the MMS service server invokes the API of the MMS gateway, and sends the MMS content to the user's MMS terminal.
  • the MMS terminal is configured to parse the content of the MMS message and the interactive script included therein;
  • the MMS terminal presents the interactive function in the MMS content including the interactive script to the user, wherein the interactive function can be displayed according to the presentation type of the interactive function command in the interactive script, for example, displayed as a button, or a text input form;
  • S607 The user submits a user instruction to the MMS terminal through the MMS terminal according to the displayed interactive function command, so as to obtain the content of the subsequent MMS.
  • the interactive script parsing module in the MMS terminal forwards the interactive function command (such as the action command in the above example) in the interactive script to the MMS interactive processing device according to the instruction of the foregoing user.
  • the interactive function command such as the action command in the above example
  • S609 The MMS interactive processing device parses the received interactive function command. When processing interactive function commands, if it is found that other devices need to be processed, it can be forwarded to other devices.
  • the MMS session parameter is not extended in the interactive function command.
  • the MMS interaction processing device should save the current MMS session state information of the user, where the session state information mainly includes the identifier information of the current MMS session, and may also include The order of the next MMS content delivered by the current request is encoded in the MMS session.
  • the MMS session information is saved, and the user can continue to read the MMS from the current location after reading the MMS, without starting to read from the first MMS content, which greatly improves the user experience and convenience.
  • the MMS interactive processing device requests the MMS service server to complete a specific MMS service request according to the interactive function command, where the next MMS message is sent. Interrupt the MMS session at the user, and In the case of continuing to send a request for obtaining the content of the subsequent MMS, the MMS interactive processing device, after receiving the request, will read the current MMS session state information that has been saved, such as the identification information of the current MMS session and the next request delivered by the current request.
  • the content of the MMS message is sequentially encoded in the current MMS session, and a request for obtaining the content of the subsequent MMS message is sent to the MMS service server accordingly.
  • the MMS service server invokes the API of the MMS gateway, and sends the next MMS message to the user MMS terminal.
  • the entire system forms an effective human-computer interaction, which allows the user to determine the order relationship between multiple MMS content, and improves the convenience and flexibility of the user to receive the MMS service.
  • FIG. 7 is a schematic structural diagram of a MMS service network side device according to an embodiment of the present invention, where the network side is provided with a method for implementing the enhanced MMS interactive function according to the embodiment of the present invention.
  • the network side device 700 includes: a script generating module 710, configured to generate an interaction script according to the content of the multimedia message, where the interaction script includes a presentation type of the interactive function command and the interactive function command;
  • a script appending module 720 configured to attach the interaction script to the MMS content, so as to send the MMS content to a MMS terminal, where the MMS terminal displays the interactive function command according to a presentation type of the interactive function command .
  • FIG. 8 is a schematic diagram of another structure of a MMS service network side device according to an embodiment of the present invention.
  • the network side device 700 further includes: a multimedia message service processor 730, configured to process the MMS content, and send the MMS content to be sent to the script generating module 710, and receive the MMS content processed by the script appending module 720. And sending the MMS content to the MMS terminal;
  • the instruction receiving device 740 is configured to receive an interactive function command forwarded by the MMS terminal according to a user instruction
  • the interactive function processor 750 is configured to parse the interactive function command, and trigger the MMS service processor 730 to process and send subsequent MMS content according to the interactive function command.
  • the interactive function command includes requesting to deliver a next MMS message, or requesting to deliver a specific sequence of MMS messages;
  • the presentation type of the interactive function command includes a button display. Or text input display.
  • the interactive function command carries the MMS session information through the extended parameter.
  • the interactive function processor 750 when the interactive function command does not carry the MMS session information, the interactive function processor 750 is further used according to the MMS.
  • the basic information sent by the content is used to save the MMS session information.
  • the interactive function processor 750 is specifically used to Processing and transmitting subsequent MMS content according to the interactive function command and the saved MMS session information.
  • FIG. 9 is a schematic structural diagram of a multimedia message terminal according to an embodiment of the present invention.
  • the MMS terminal can be used to implement a method for enhancing a multimedia message interaction function according to an embodiment of the present invention.
  • the MMS terminal 900 includes: a multimedia message interface 910, configured to receive a multimedia message content to which an interactive script is attached, where the interactive script includes a presentation type of an interactive function command and an interactive function command;
  • the processor 920 is configured to parse the MMS content by the MMS terminal 800, including parsing a presentation type of the interactive function command and an interactive function command;
  • the display 930 is configured to display the MMS content according to the processor parsing result, where the interactive function command is displayed according to a presentation type of the interactive function command;
  • the user interface 940 is configured to receive a user instruction submitted by the user according to the displayed interactive function command, so that the processor 920 forwards the interactive function command to the MMS service server through the MMS interface, for example, to the FIG. 7 or 8 The MMS service network side device shown.
  • the interactive function command includes requesting to deliver the next multimedia message, or requesting to deliver a specific sequence of multimedia messages;
  • the presentation type of the interactive function command includes button display or text input. Show.
  • the steps of a method or algorithm described in connection with the embodiments disclosed herein may be implemented in hardware, a software module executed by a processor, or a combination of both.
  • the software module can be placed in random access memory (RAM), memory, read only memory (ROM), electrically programmable ROM, electrically erasable programmable ROM, registers, hard disk, removable disk, CD-ROM, or technical field. Any other form of storage medium known.

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Abstract

本发明实施例涉及增强彩信互动能力的方法和设备。增强彩信互动功能的方法包括:彩信业务网络侧设备根据彩信内容生成互动脚本,其中所述互动脚本包括互动功能命令和互动功能命令的呈现类型;所述彩信业务网络侧设备将所述互动脚本附加在所述彩信内容中,以便于向彩信终端发送所述附加了互动脚本的彩信内容,所述彩信终端根据所述互动功能命令的呈现类型展示所述互动功能命令。根据本发明实施例,为彩信赋予了互动能力,用户可以利用这种互动能力实现了用户终端与服务器之间应请求的互动操作,丰富了彩信内容,改善了用户使用彩信业务的体验感受,增强了彩信业务的吸引力,有利于彩信业务的推广。

Description

增强彩信互动能力的方法和设备 技术领域
本发明实施例设计通信领域, 更具体地说, 涉及增强彩信互动能力的方 法和设备。 背景技术
彩信(Multimedia Message Service, 筒称 "MMS" ), 即多媒体信息服 务, 是目前信息技术的一种标准。 最大特色就是可以支持多媒体功能, 借助 数据网络, 例如通用分组无线业务( General Packet Radio Service , 筒称 "GPRS" ),增强数据率 GSM服务 (Enhanced Data rates for GSM Evolution , 筒称 "EDGE" ), 以移动协议标准 (Wireless Application Protocol,筒称 "WAP" ) 为载体传送文本、 图片、 音频和视频片段, 实现了用户手机之间、 用户手机 和彩信业务服务器之间, 甚至手机和电脑之间的传输。 彩信内容格式, 采用 同步多媒体集成语言 ( Synchronized Multimedia Integration Language , 筒称 "SMIL" )规范。 SMIL定义了很多标记来操纵多媒体片断, 如文本、 图片、 音频、 视频片段, 并对这些多媒体片断进行有机的、 智能的组合。 当前的彩 信内容的流向是单方向的, 限制了彩信业务的应用场合。 发明内容
根据本发明实施例, 提出了一种增强彩信互动功能的方法, 方法包括: 彩信业务网络侧设备根据彩信内容生成互动脚本, 其中所述互动脚本包括互 动功能命令和互动功能命令的呈现类型; 所述彩信业务网络侧设备将所述互 动脚本附加在所述彩信内容中, 以便于向彩信终端发送所述附加了互动脚本 的彩信内容, 所述彩信终端根据所述互动功能命令的呈现类型展示所述互动 功能命令。
根据本发明实施例, 提出了一种彩信业务网络侧设备, 包括: 脚本生成 模块, 用于根据彩信内容生成互动脚本, 其中所述互动脚本包括互动功能命 令和互动功能命令的呈现类型; 脚本附加模块, 用于将所述互动脚本附加在 所述彩信内容中, 以便于向彩信终端发送所述彩信内容, 所述彩信终端根据 所述互动功能命令的呈现类型展示所述互动功能命令。 根据本发明实施例, 提出了一种彩信终端, 包括: 彩信接口, 用于接收 附加了互动脚本的彩信内容, 所述互动脚本包括互动功能命令和互动功能命 令的呈现类型; 处理器, 用于所述彩信终端解析所述彩信内容, 包括解析所 述互动功能命令和互动功能命令的呈现类型; 显示屏, 用于根据处理器解析 结果展示所述彩信内容, 其中, 根据所述互动功能命令的呈现类型展示所述 互动功能命令; 用户接口, 用于接收用户根据所述展示的互动功能命令提交 的用户指令, 以便于所述处理器将所述互动功能命令通过彩信接口转发给彩 信业务服务器。
根据本发明实施例, 为彩信赋予了互动能力, 用户可以利用这种互动能 力实现了用户终端与服务器之间应请求的互动操作, 丰富了彩信内容, 改善 了用户使用彩信业务的体验感受, 增强了彩信业务的吸引力, 有利于彩信业 务的推广。 附图说明
为了更清楚地说明本发明实施例的技术方案, 下面将对实施例或现有技 术描述中所需要使用的附图作筒单地介绍, 显而易见地, 下面描述中的附图 仅仅是本发明实施例的一些实施例, 对于本领域普通技术人员来讲, 在不付 出创造性劳动性的前提下,还可以根据这些附图获得其他的附图。在附图中: 图 1是实现本发明实施例的方法的彩信系统的示意结构图;
图 2是本发明实施例的方法的流程图;
图 3是本发明实施例的方法一种具体实现方式的流程图;
图 4是利用本发明实施例的方法增强的具体彩信的示意图;
图 5是利用本发明实施例的方法增强的具体彩信的示意图;
图 6是本发明实施例的方法的一种具体例子的时序图;
图 7是本发明实施例的彩信业务网络侧设备的示意结构图;
图 8是本发明实施例彩信业务网络侧设备一种具体实现方式的示意结构 图; 和
图 9是本发明实施例的彩信终端的示意结构图。 具体实施方式
下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行 清楚、 完整地描述, 显然, 所描述的实施例是本发明一部分实施例, 而不是 全部的实施例。 基于本发明中的实施例, 本领域普通技术人员在没有作出创 造性劳动前提下所获得的所有其他实施例, 都属于本发明保护的范围。
一般来说, 彩信业务系统包括: 彩信终端、 彩信网关、 彩信业务服务器 等。
彩信终端: 用于接收彩信业务服务器或者其他彩信终端发出的彩信内 容, 并解释彩信内容, 并呈现给用户。 在某些实施例中, 以手机作为示例进 行说明, 但并不表示将彩信终端限制为手机。
彩信网关: 用于网络层和彩信业务服务器之间的交互和协议转换, 相当 于是数据网络和业务网络之间的桥梁, 并对服务器提供标准的应用程序程序 接口 ( Application Program Interface, 筒称 "API" );
彩信业务服务器: 基于彩信业务的增值应用平台, 并通过调用彩信网关 提供的开放 API接口为业务提供服务。 例如定期给用户发出一个图片, 或者 接受用户上行的彩信内容, 可以支持不同的彩信应用的运营。
当前的彩信内容的流向是单方向的, 也就是说, SMIL规范控制在同步 多媒体内容的层次上,要么是从彩信业务服务器把彩信内容传送到用户的彩 信终端, 要么是彩信终端之间或者彩信终端上传彩信到彩信业务服务器。 在 该系统中无法形成有效的人机互动, 不能让用户自主决定多个彩信内容之间 的顺序关系。 例如, 彩信业务服务器把一个超大的内容制作成多个有顺序关 系的彩信内容并下发给彩信终端, 由于彩信内容是单方向的流动, 如果一次 性下发, 由于网络延时等原因, 用户收到的多个彩信内容的顺序可能是不一 致的, 导致用户同时收到多条有顺序关系但顺序错乱的彩信。 还有一种情形 是将彩信回复到另外一个短信端口或者彩信端口,这样在彩信和短信端口的 处理装置上(如本发明实施例提到的彩信业务服务器)需要很大的资源开销: 同一个用户保证在同一个会话中端口号不能重叠, 否则会发生不同用户之间 的顺序错乱或者同一个用户之间的会话错乱。 实际上, 一个系统超过一百个 并发事务后, 几乎难于部署这样的系统。
参考图 1 , 本发明的一个实施例中: 在彩信业务服务器上, 在彩信内容 上附加承载了人机互动需求的互动脚本, 并在彩信终端上负责接收和解释互 动脚本, 并把脚本中携带的互动信息呈现给用户看, 这样用户可以根据呈现 的人机互动信息进一步把互动请求发送到互动处理装置, 互动请求处理装置 根据互动命令再指示彩信业务服务器下发其他彩信内容,从而形成了一个便 捷灵活的人机互动。 也就是说, 在彩信终端侧, 在接收彩信内容和解释彩信 内容的基础上, 新增互动脚本解析模块, 解析彩信内容中的互动脚本, 并把 互动能力和彩信内容一起呈现给用户, 同时, 该模块负责转发用户发起的互 动命令请求到互动处理装置。 在彩信业务服务器侧: 在负责彩信内容的编排 存储等功能的基础上, 可以从彩信互动处理装置获取互动能力的脚本(同时 也可以按照互动脚本的要求, 直接生成互动脚本, 不需要到互动处理装置中 获取), 并附在已有的彩信内容上; 而新增的互动处理装置: 除了用于提供 互动脚本给彩信业务服务器装置之外, 还用于解释提交的互动请求, 保存用 户的会话信息, 特别是会话中的顺序关系信息, 并处理互动命令; 或直接根 据互动命令中携带的会话信息指示彩信业务服务器下发相关的彩信内容。 互 动脚本: 包括人机互动的功能指令和标记脚本, 例如一个功能按钮的标记脚 本, 附在已有彩信内容中, 作为彩信内容的一部分下发到彩信终端装置。
本发明实施例提出了一种增强彩信互动能力的方法, 如图 2所示。 在图 2所示的实施例中:
在 S210, 彩信业务网络侧设备根据彩信内容生成互动脚本, 其中互动 脚本包括互动功能命令和互动功能命令的呈现类型。
在本发明实施例中, 例如在发送超大的内容时, 彩信业务网络侧设备, 例如彩信业务服务器, 需要根据网络等因素的限制, 将超大的内容分成有顺 序关系的若干彩信来下发, 比如每个彩信的内容为 80K 字节。 在这种情况 下,彩信业务服务器可以根据将要下发的彩信内容以及其他具体情况例如网 络是否支持并发多个彩信等, 而生成互动脚本, 以指示用户终端通过发送后 续的彩信获取请求来获得后续的彩信内容。 互动脚本可以包括人机互动的互 动功能命令, 还可以进一步包括互动功能命令的呈现类型, 例如按钮或者文 本输入;还可以包括互动功能命令的协议类型:超文本协议 HTTP( Hyper Text Transport Protocol, 筒称 "HTTP" )命令、 彩信回复端口命令或者短信回复 端口命令等。 进一步的, 互动功能命令可以包括相应的互动参数, 例如当前 彩信会话的标识信息以及目前收到的彩信内容的顺序编码。
互动脚本也可以从其他设备获取, 例如下面将要描述的彩信互动处理装 置。 在这种情况下, 彩信业务服务器将根据要下发的彩信内容与彩信互动处 理装置进行交互, 由彩信互动处理装置生成互动脚本, 并将该互动脚本发送 给彩信业务服务器。
在 S220, 所述彩信业务网络侧设备将所述互动脚本附加在彩信内容中, 以便于向彩信终端发送所述附加了互动脚本的彩信内容, 所述彩信终端根据 所述互动功能命令的呈现类型展示所述互动功能命令。
例如, 彩信业务服务器将上述互动脚本附加在第一个彩信内容中, 互动 脚本中包括功能按钮、 互动功能命令及相应的参数, 并将附加了互动脚本的 彩信内容下发给彩信终端。 彩信终端在接收到彩信内容后, 将彩信内容和互 动脚本一起呈现给用户。 如果用户希望继续获取后续的彩信内容, 将通过例 如点按所述功能按钮而将互动脚本中包含的互动功能命令连同互动参数一 起发送给网络侧设备, 以请求获取后续彩信内容。
图 3示出了本发明实施例的进一步方案。 如图 3所示, 本发明实施例的 方法还包括:
在 S230, 彩信终端接收附加了所述互动脚本的彩信内容。
在 S240, 所述彩信终端解析并展示所述彩信内容, 其中, 根据所述互 动功能命令的呈现类型展示所述互动功能命令。
在 S250, 彩信终端接收用户根据所述展示的互动功能命令提交的用户 指令, 将所述互动功能命令转发给彩信业务网络侧设备。 例如, 将所述互动 功能处理命令转发给彩信互动处理装置。
在 S260, 彩信业务网络侧设备接收所述彩信终端根据用户的指令转发 的互动功能命令。 例如, 彩信互动处理装置接收所述彩信终端根据用户的指 令转发的互动功能命令。
在 S270, 所述彩信业务网络侧设备解析所述互动功能命令, 根据所述 互动功能命令处理并发送后续彩信内容。
例如, 由彩信互动处理装置来解析所述互动功能命令, 解析得到的结果 是请求发送当前彩信会话中的下一条彩信, 或者请求发送某特定顺序的彩 信。 根据本发明实施例, 所述互动功能命令可以通过扩展参数携带彩信会话 信息, 例如互动相关的参数。 彩信互动处理装置向彩信业务服务器发送获取 下一条彩信内容的请求消息, 该请求消息携带前述互动参数, 即当前彩信会 话的状态信息,例如当前会话的标识信息以及当前彩信会话中下一条彩信或 者某特定顺序的彩信的顺序编码或者某特定顺序的彩信的顺序编码; 彩信业 务服务器在接收到彩信互动处理装置发送的请求消息之后,将根据前述彩信 会话信息, 向彩信终端发送下一条彩信内容或者某特定顺序的彩信内容。 针对这种情况的例子可以参照图 4来理解,彩信终端接收到的彩信内容 是某漫画的 [001 话] , 彩信内容中包含请求发送下一条彩信, 即下一话内容 的互动功能命令, 该互动功能命令通过互动功能按钮来展示。 用户可以点按 功能按钮, 将请求下一话内容的互动功能命令转发给彩信互动处理装置。 彩 信互动处理装置解析该互动命令, 得到的结果是请求发送 [002话]以及相应 的互动参数。 彩信互动处理装置向彩信业务服务器发送获取 [002话]内容的 请求消息, 该请求消息携带前述互动参数, 即当前漫画的内容 [001 话] , 彩 信业务服务器在接收到彩信互动处理装置发送的请求消息之后,将根据当前 漫画的标识信息 [001话]以及 [002话]的顺序编码,向彩信终端发送下 [002话] 的内容。
另外,解析得到的结果也可以是请求发送当前彩信会话中特定顺序的彩 信及相应的互动参数, 则彩信互动处理装置将向彩信业务服务器发送获取所 述特定顺序的彩信内容的请求消息, 该请求消息携带前述互动参数, 即当前 彩信会话的状态信息,例如当前会话的标识信息以及当前彩信会话中所述特 定顺序的彩信的顺序编码; 彩信业务服务器在接收到彩信互动处理装置发送 的请求消息之后,将根据当前彩信会话的标识信息以及当前彩信会话中所述 特定顺序的彩信的顺序编码, 向彩信终端发送所述特定顺序的彩信内容。
针对这种情况的例子可以参照图 5来理解,彩信终端接收到的彩信内容 是某漫画的 [001 话] , 彩信内容中包含请求发送特定顺序的彩信, 即第 [005 话]内容的互动功能命令, 该互动功能命令通过文本输入和互动功能按钮来 展示。用户可以输入希望跳转的顺序编码并点按功能按钮,将请求第 [005话] 内容的互动功能命令转发给彩信互动处理装置。彩信互动处理装置解析该互 动命令, 得到的结果是请求发送 [005 话]以及相应的互动参数。 彩信互动处 理装置向彩信业务服务器发送获取 [005 话]内容的请求消息, 该请求消息携 带前述互动参数, 即当前漫画的内容 [001 话] , 彩信业务服务器在接收到彩 信互动处理装置发送的请求消息之后, 将根据当前漫画的标识信息 [001 话] 以及 [005话]的顺序编码, 向彩信终端发送下 [005话]的内容。
根据本发明实施例, 获取下一条彩信内容和获取特定顺序的彩信内容的 互动功能命令呈现类型, 例如文本输入和功能按钮可以同时存在于彩信内容 中, 例如图 5所示。 这样的设置方便了用户通过彩信终端对彩信内容进行更 为灵活的控制。
在本发明实施例中,彩信互动处理装置在接收彩信终端发送的互动功能 命令之后, 如果所述互动功能命令未携带彩信会话信息时, 则彩信互动处理 装置可以根据彩信内容发送的基础信息保存彩信会话信息, 以便于当彩信会 话结束后接收到所述彩信终端根据用户的指令转发的互动功能命令时,根据 所述互动功能命令和所述保存的彩信会话信息处理并发送后续彩信内容。例 如彩信互动处理装置保存当前彩信会话的标识信息以及当前彩信会话中下 一条彩信内容的顺序编码, 以便用户中断使用彩信会话之后, 可以在以后继 续从上一次阅读的彩信内容的位置继续阅读彩信内容。 在用户中断彩信会 话, 并且以后继续发送获取后续彩信内容的请求的情况下, 彩信互动处理装 置在接收到请求之后, 将读取已经保存的当前彩信会话状态信息, 例如当前 彩信会话的标识信息以及当前彩信会话中下一条彩信内容的顺序编码, 并据 此向彩信业务服务器发送获取下一条彩信内容的请求。彩信业务服务器在收 到彩信互动处理装置的请求之后, 将根据当前彩信会话状态信息, 向彩信终 端发送下一条彩信内容。
在本发明实施例中,彩信业务服务器在下发所述下一条彩信内容或者特 定顺序的彩信内容时, 将根据当前彩信会话状态信息, 可以继续在所述下一 条彩信内容或者特定顺序的彩信内容中附加互动脚本, 互动脚本获取方式类 似于上述方式, 以便用户可以继续通过互动脚本再一次获取所述下一条彩信 内容或者特定顺序的彩信内容的后续彩信内容。
这样, 解决了现有系统中无法形成有效的人机互动, 不能让用户自主决 定多个彩信内容之间的顺序关系, 用户体验 4艮差的问题, 也就是说解决了彩 信内容单方向流动和彩信业务人机互动的顺序问题, 并大大提升了用户使用 彩信的便捷性和灵活性。
下面结合图 6来描述本发明实施例所述方法的实现过程。 图 5是本发明 实施例的一种具体实现方式的时序图。其中彩信互动处理装置可以是设置在 彩信业务服务器内的功能模块,还可以是与彩信业务服务器通信连接的独立 的装置。
假设如下场景: 彩信业务服务器需要把一个较大的内容做成彩信内容, 例如 80KByte以上的内容, 但是受到网络等因素的限制, 单个彩信 80KByte 大小较为合适, 则需要生成多个有顺序关系的内容并下发给用户的彩信终 端。 如图 6所示:
例如, 某彩信内容被划分成多个彩信(例如图片), 第一个彩信内容的 脚本如下:
<smil>
<body>
<par>
<img src="pagel.jpg"/>
</par>
< body>
</smil> 一-以上为彩信 SMIL规范标准标记脚本
S601 : 彩信业务服务器根据将要下发的彩信内容(例如第一个图片)向 彩信互动处理装置发送请求, 生成互动脚本。
根据本发明实施例, 该互动脚本也可以由彩信业务服务器本身生成, 在 这种情况下, 将跳过下面 S602直接运行到 S603;
S602: 彩信互动处理装置根据请求, 生成并返回需要的互动脚本。
前述例子的互动脚本如下:
<x-mutual action="http://彩信互动处理装置 /输入命令处理器? cur=2">
<x-input type="Text" value= "下一个图片 " 1>
<x-input type="Button" value:" 下 一 个 图 片 " class="HTTP-CMD" />
</x-mutual>
其中, "x-mutual" 和 "x-input" 是互动脚本中的互动功能命令标记。 上述互动脚本说明如下:
( 1 ) action标识彩信互动处理装置的互动功能命令。 例如, 该命令为请 求下发下一个彩信, 或者请求下发特定顺序 (例如第 n个)彩信。
在较优的实施方式中, 在 action命令后面扩展 "? " 携带参数, 参数和 参数值之间使用等号分割。 一般来说, 扩展参数值为当前彩信会话的标识信 息, 当前下发的彩信内容的彩信顺序编码, 或者, 当前下发的彩信内容的下 一条彩信顺序编码,或者请求下发的第 n条彩信的顺序编码等彩信会话信息, 这样, 在彩信互动处理装置中不需要保存会话信息(当前彩信内容的顺序编 码), 节省服务器装置的资源, 减少通信资源开销。
( 2 ) type 标识了互动功能命令的在彩信终端上的呈现样式类型 (以下 筒称为呈现类型), 可以是按钮、 文本输入, 按钮命令呈现类型为 "Button" , 文本输入的呈现类型为 "Text" ; 该参数是必选参数。
( 3 ) value标识互动功能命令在界面上展现的用词; 该参数为可选。
( 4 ) class标识命令类型, 包括 HTTP命令、 短信回复的端口号命令、 彩信端口号回复命令。 其中 HTTP命令标识为 "HTTP-CMD" 时, 彩信互动 处理装置将处理 action标识的操作逻辑; 该参数为可选。
S603:彩信业务服务器把互动脚本作为彩信内容的一部分附在当前下发 的彩信内容中。 例如将 "下一个图片" 的功能按钮附加在第一个图片上。
S604: 彩信业务服务器调用彩信网关的 API, 下发彩信内容到用户的彩 信终端。
S605: 彩信终端用于解析彩信内容及其包含的互动脚本;
S606: 彩信终端将彩信内容包括互动脚本中的互动功能呈现给用户, 其 中互动功能可以 ^据互动脚本中的互动功能命令的呈现类型进行展示, 例如 展示为按钮, 或者文本输入形式;
S607:用户根据展示的互动功能命令通过彩信终端向彩信终端提交用户 指令, 以便于获取后续彩信内容。
S608: 彩信终端中的互动脚本解析模块根据前述用户的指令, 将互动脚 本中的互动功能命令(例如上述例子中的 action命令)转发到彩信互动处理 装置。
S609: 彩信互动处理装置解析收到的互动功能命令。 在处理互动功能命 令时, 如果发现需要其他装置处理的, 可以转发给其他装置。
在某些实施方式中,互动功能命令中没有扩展携带彩信会话参数,此时, 彩信互动处理装置应该保存用户当前彩信会话状态信息, 其中会话状态信息 主要包括当前彩信会话的标识信息,也可以包括当前请求下发的下一条彩信 内容在彩信会话中的顺序编码。 此处, 保存彩信会话信息, 可以让用户中断 阅读彩信后, 仍然可以从当前位置继续阅读彩信, 而不需要从第一个彩信内 容开始阅读, 大大提升了用户体验和便利性。
S610: 彩信互动处理装置根据互动功能命令请求彩信业务服务器完成 具体的彩信业务请求, 此处即下发下一个彩信。 在用户中断彩信会话, 并且 以后继续发送获取后续彩信内容的请求的情况下,彩信互动处理装置在接收 到请求之后, 将读取已经保存的当前彩信会话状态信息, 例如当前彩信会话 的标识信息以及当前请求下发的下一条彩信内容在当前彩信会话中的顺序 编码, 并据此向彩信业务服务器发送获取后续彩信内容的请求。
S611: 彩信业务服务器调用彩信网关的 API, 下发下一个彩信到用户彩 信终端。
以此类推, 直到给用户完成阅读所有的不同彩信内容。 这样, 整个系统 形成有效的人机互动, 可以让用户自主决定多个彩信内容之间的顺序关系, 提升了用户接收彩信服务的便捷和灵活性。
图 7是本发明实施例的彩信业务网络侧设备的结构示意图,该网络侧设 备用来实施本发明实施例的增强彩信互动功能的方法。 如图 7所示, 网络侧 设备 700包括: 脚本生成模块 710, 用于根据彩信内容生成互动脚本, 其中 所述互动脚本包括互动功能命令和互动功能命令的呈现类型;
脚本附加模块 720, 用于将所述互动脚本附加在所述彩信内容中, 以便 于向彩信终端发送所述彩信内容, 所述彩信终端根据所述互动功能命令的呈 现类型展示所述互动功能命令。
图 8是本发明实施例的彩信业务网络侧设备另一种结构的示意图。如图 8所示, 网络侧设备 700还包括: 彩信业务处理器 730, 用于处理彩信内容, 将待发送的彩信内容发送给所述脚本生成模块 710, 接收脚本附加模块 720 处理后的彩信内容并向彩信终端发送所述彩信内容;
指令接收装置 740, 用于接收所述彩信终端根据用户的指令转发的互动 功能命令;
互动功能处理器 750, 用于解析所述互动功能命令,根据所述互动功能 命令触发所述彩信业务处理器 730处理并发送后续彩信内容。
根据本发明实施例的彩信业务网络侧设备, 如上所述, 所述互动功能命 令包括请求下发下一条彩信, 或者, 请求下发特定顺序的彩信; 所述互动功 能命令的呈现类型包括按钮展示或者文本输入展示。
根据本发明实施例的彩信业务网络侧设备, 如上所述, 所述互动功能命 令通过扩展参数携带彩信会话信息。
根据本发明实施例的彩信业务网络侧设备, 如上所述, 所述互动功能命 令未携带彩信会话信息时, 所述互动功能处理器 750进一步用于根据彩信内 容发送的基础信息保存彩信会话信息; 以便于当彩信会话结束后所述指令接 收装置 740接收到所述彩信终端根据用户的指令转发的互动功能命令时, 所 述互动功能处理器 750具体用于根据所述互动功能命令和所述保存的彩信会 话信息处理并发送后续彩信内容。
图 9是本发明实施例的彩信终端的示意结构图, 该彩信终端可以用于实 施本发明实施例的增强彩信互动功能的方法。 如图 9所示, 彩信终端 900包 括: 彩信接口 910, 用于接收附加了互动脚本的彩信内容, 所述互动脚本包 括互动功能命令和互动功能命令的呈现类型;
处理器 920, 用于所述彩信终端 800解析所述彩信内容, 包括解析所述 互动功能命令和互动功能命令的呈现类型;
显示屏 930, 用于根据处理器解析结果展示所述彩信内容, 其中, 根据 所述互动功能命令的呈现类型展示所述互动功能命令;
用户接口 940, 用于接收用户根据所述展示的互动功能命令提交的用户 指令, 以便于所述处理器 920将所述互动功能命令通过彩信接口转发给彩信 业务服务器, 例如发送给图 7或 8所示的彩信业务网络侧设备。
根据本发明实施例的彩信终端, 如上所述, 所述互动功能命令包括请求 下发下一条彩信, 或者, 请求下发特定顺序的彩信; 所述互动功能命令的呈 现类型包括按钮展示或者文本输入展示。
本领域普通技术人员可以意识到, 结合本文中所公开的实施例描述的各 示例的单元及算法步骤, 能够以电子硬件、 计算机软件或者二者的结合来实 现, 为了清楚地说明硬件和软件的可互换性, 在上述说明中已经按照功能一 般性地描述了各示例的组成及步骤。这些功能究竟以硬件还是软件方式来执 行, 取决于技术方案的特定应用和设计约束条件。 专业技术人员可以对每个 特定的应用来使用不同方法来实现所描述的功能,但是这种实现不应认为超 出本发明的范围。
结合本文中所公开的实施例描述的方法或算法的步骤可以用硬件、处理 器执行的软件模块, 或者二者的结合来实施。 软件模块可以置于随机存储器 ( RAM ), 内存、 只读存储器 (ROM )、 电可编程 ROM、 电可擦除可编程 ROM, 寄存器、 硬盘、 可移动磁盘、 CD-ROM, 或技术领域内所公知的任意 其它形式的存储介质中。
尽管已示出和描述了本发明的一些实施例, 但本领域技术人员应理解, 在不脱离本发明的原理和精神的情况下, 可对这些实施例进行各种修改, 这 样的修改应落入本发明的范围内。

Claims

权利要求
1. 一种增强彩信互动功能的方法, 所述方法包括:
彩信业务网络侧设备根据彩信内容生成互动脚本, 其中所述互动脚本包 括互动功能命令和互动功能命令的呈现类型;
所述彩信业务网络侧设备将所述互动脚本附加在所述彩信内容中, 以便 于向彩信终端发送所述附加了互动脚本的彩信内容, 所述彩信终端根据所述 互动功能命令的呈现类型展示所述互动功能命令。
2、 如权利要求 1所述的方法, 包括
彩信终端接收附加了所述互动脚本的彩信内容;
所述彩信终端解析并展示所述彩信内容, 其中, 根据所述互动功能命令 的呈现类型展示所述互动功能命令;
彩信终端接收用户根据所述展示的互动功能命令提交的用户指令,将所 述互动功能命令转发给彩信业务网络侧设备。
3、 如权利要求 1或 2所述的方法, 包括
彩信业务网络侧设备接收所述彩信终端根据用户的指令转发的互动功 能命令;
所述彩信业务网络侧设备解析所述互动功能命令,根据所述互动功能命 令处理并发送后续彩信内容。
4、 如权 1 - 3任一所述的方法,
所述互动功能命令包括请求下发下一条彩信, 或者, 请求下发特定顺序 的彩信; 所述互动功能命令的呈现类型包括按钮展示或者文本输入展示。
5. 如权利要求 1 - 4任一所述的方法, 所述互动功能命令通过扩展参数 携带彩信会话信息。
6. 如权利要求 1 - 4任一所述的方法, 该方法进一步包括:
所述互动功能命令未携带彩信会话信息时,根据彩信内容发送的基础信 息保存彩信会话信息;
以便于当彩信会话结束后接收到所述彩信终端根据用户的指令转发的 互动功能命令时,根据所述互动功能命令和所述保存的彩信会话信息处理并 发送后续彩信内容。
7、 一种彩信业务网络侧设备, 包括:
脚本生成模块, 用于根据彩信内容生成互动脚本, 其中所述互动脚本包 括互动功能命令和互动功能命令的呈现类型;
脚本附加模块, 用于将所述互动脚本附加在所述彩信内容中, 以便于向 彩信终端发送所述彩信内容, 所述彩信终端根据所述互动功能命令的呈现类 型展示所述互动功能命令。
8、 如权利要求 7所述的彩信业务网络侧设备, 包括:
彩信业务处理器, 用于处理彩信内容, 将待发送的彩信内容发送给所述 脚本生成模块,接收脚本附加模块处理后的彩信内容并向彩信终端发送所述 彩信内容;
指令接收装置, 用于接收所述彩信终端根据用户的指令转发的互动功能 命令;
互动功能处理器, 用于解析所述互动功能命令, 根据所述互动功能命 令触发所述彩信业务处理器处理并发送后续彩信内容。
9. 如权利要求 7或 8所述的彩信业务网络侧设备, 所述互动功能命令 包括请求下发下一条彩信, 或者, 请求下发特定顺序的彩信; 所述互动功能 命令的呈现类型包括按钮展示或者文本输入展示。
10. 如权利要求 7 - 9任一所述的设备,所述互动功能命令通过扩展参数 携带彩信会话信息。
11. 如权利要求 7 - 9任一所述的设备, 所述互动功能命令未携带彩信 会话信息时, 所述互动功能处理器进一步用于根据彩信内容发送的基础信息 保存彩信会话信息;
以便于当彩信会话结束后所述指令接收装置接收到所述彩信终端根据 用户的指令转发的互动功能命令时,所述互动功能处理器具体用于根据所述 互动功能命令和所述保存的彩信会话信息处理并发送后续彩信内容。
12. 一种彩信终端, 包括:
彩信接口, 用于接收附加了互动脚本的彩信内容, 所述互动脚本包括互 动功能命令和互动功能命令的呈现类型;
处理器, 用于所述彩信终端解析所述彩信内容, 包括解析所述互动功能 命令和互动功能命令的呈现类型;
显示屏, 用于根据处理器解析结果展示所述彩信内容, 其中, 根据所述 互动功能命令的呈现类型展示所述互动功能命令;
用户接口, 用于接收用户根据所述展示的互动功能命令提交的用户指 令, 以便于所述处理器将所述互动功能命令通过彩信接口转发给彩信业务服 务器。
13、 如权利要求 12所述的彩信终端, 所述互动功能命令包括请求下发 下一条彩信, 或者, 请求下发特定顺序的彩信; 所述互动功能命令的呈现类 型包括按鈕展示或者文本输入展示。
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