WO2017005198A1 - 一种即时通讯商业寻址方法 - Google Patents

一种即时通讯商业寻址方法 Download PDF

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Publication number
WO2017005198A1
WO2017005198A1 PCT/CN2016/089049 CN2016089049W WO2017005198A1 WO 2017005198 A1 WO2017005198 A1 WO 2017005198A1 CN 2016089049 W CN2016089049 W CN 2016089049W WO 2017005198 A1 WO2017005198 A1 WO 2017005198A1
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WO
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Prior art keywords
addressing
instant messaging
service provider
service
account
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PCT/CN2016/089049
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English (en)
French (fr)
Inventor
陈旭勤
陈缘渊
许文萍
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贵州网畅信息科技有限公司
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Publication of WO2017005198A1 publication Critical patent/WO2017005198A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
    • H04L51/04—Real-time or near real-time messaging, e.g. instant messaging [IM]
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/95—Retrieval from the web
    • G06F16/955—Retrieval from the web using information identifiers, e.g. uniform resource locators [URL]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
    • H04L51/48—Message addressing, e.g. address format or anonymous messages, aliases
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L61/00—Network arrangements, protocols or services for addressing or naming
    • H04L61/45—Network directories; Name-to-address mapping
    • H04L61/4555—Directories for electronic mail or instant messaging

Definitions

  • the invention relates to a method for instant messaging commercial addressing, belonging to the field of Internet instant messaging technology.
  • the address for obtaining instant messaging accounts and enterprise services is mainly to realize the instant messaging commercial portal by scanning and parsing the two-dimensional code.
  • the two-dimensional code does not have an intuitive commercial connotation, and it is almost impossible to be easily remembered by the human brain, so the application range is greatly limited.
  • the QR code does not ensure that the user scans for a secure instant messaging account and associated network address.
  • the present invention provides an instant messaging commercial addressing method.
  • the instant messaging commercial addressing method is intuitive to the user, has a clear commercial connotation, and the security performance is greatly guaranteed for the user.
  • the invention provides an instant messaging commercial addressing method, comprising the following steps:
  • the addressing server obtains information about the user's login instant messaging location
  • the addressing server converts the location information into positioning data, and obtains an instant messaging account of the service provider performing the matching condition and a domain name associated with the instant messaging account by verifying the element, analyzing the positioning, and determining the conditional operation;
  • the addressing server interfaces or links the mobile device client to an interface that matches the service provider's instant messaging account communication or an information or application interface associated with the instant messaging account.
  • the step 2 is:
  • the addressing server converts the location information into positioning data and then performs a three-level analysis operation:
  • Verification element Whether the first-level operation analysis satisfies the addressing account and the domain name condition, the addressing server searches whether the instant messaging business address database is authorized and enters the account corresponding to the service provider according to the two addressing elements input by the user. And associated domain name;
  • the second-level operation analyzes the regional positioning and the association matching condition, and the addressing server selects the best service providing performer according to the preset three parameters of providing the service performer area, the upper and lower level classification parameters and the authorization permission;
  • the third-level operation analysis service provides the status of the performer, whether it is satisfied by the service provider, whether it is in the online state, and has the application and data channel condition parameters. Finally, the service provider that meets the matching condition is provided with the instant messaging account and the associated domain name, and enters the connection preparation state.
  • the user selects the addressing button on the mobile device client, and the addressing button includes my inquiry button and my query button:
  • the mobile device client is connected to the communication interface of the matching service providing performer instant messaging account;
  • the mobile device client is linked to the information or application interface associated with the instant messaging account.
  • the location information is one or a combination of satellite positioning data and a wireless network access address.
  • connection in the step 3 is implemented by one of two ways:
  • the addressing server directly connects the client to the communication interface, associated information or application interface of the service provider's communication account;
  • the addressing server initiates a push to the client, and directs the client to connect to the service provider's communication account communication interface, associated information or application interface.
  • the service provider performer is determined by the service provider authorization.
  • the invention has the beneficial effects of being able to form a service provider name addressing application and service with a globally unique portal, and obtaining the feature that the instant messaging business account has intuitive and clear commercial connotation to the user and is not subject to the application condition.
  • FIG. 1 is a schematic flow chart of an addressing client application according to the present invention.
  • FIG. 2 is a schematic flow chart of the operation step of addressing the client in FIG. 1;
  • FIG. 3 is a schematic diagram of a communication and information protocol introduced by the present invention.
  • FIG. 5 is a schematic diagram showing the concept of introducing a cloud computing entry mode according to the present invention.
  • FIG. 6 is a schematic diagram of a trademark address application scenario of the present invention.
  • FIG. 7 is a schematic diagram of an application process of the client application implementation of FIG. 6.
  • An addressing client application of the instant messaging commercial addressing method as shown in FIG. 1 includes the following steps:
  • the user inputs two addressing elements, a service provider name and a classification character, on the mobile device client; the addressing server obtains the user login instant messaging location information;
  • the addressing server converts the location information into positioning data, and obtains an instant messaging account of the service provider performing the matching condition and a domain name associated with the instant messaging account by verifying the element, analyzing the positioning, and determining the conditional operation;
  • the addressing server interfaces or links the mobile device client to an interface that matches the service provider's instant messaging account communication or an information or application interface associated with the instant messaging account.
  • the step 2 is:
  • the addressing server converts the location information into positioning data, and then performs a three-level analysis operation as shown in FIG. 2:
  • Verification element Whether the first-level operation analysis satisfies the addressing account and the domain name condition, the addressing server searches whether the instant messaging business address database is authorized and enters the account corresponding to the service provider according to the two addressing elements input by the user. And associated domain name;
  • the second-level operation analyzes the regional positioning and association matching conditions, and the addressing server provides the service performer area, the upper and lower level classification parameters, and the authorization according to the preset service. License three parameters to screen the best service provider;
  • the third-level operation analysis service provides the status of the performer, whether it is satisfied by the service provider, whether it is in the online state, and has the application and data channel condition parameters.
  • the service provider that meets the matching condition is provided with the instant messaging account and the associated domain name, and enters the connection preparation state.
  • the user selects an addressing button on the mobile device client, the addressing button includes my advisory button and my query button:
  • the mobile device client is connected to the communication interface of the matching service providing performer instant messaging account;
  • the mobile device client is linked to the information or application interface associated with the instant messaging account.
  • the location information is one or a combination of satellite positioning data and a wireless network access address.
  • connection in the step 3 is implemented by one of two ways:
  • the addressing server directly connects the client to the communication interface, associated information or application interface of the service provider's communication account;
  • the addressing server initiates a push to the client, and directs the client to connect to the service provider's communication account communication interface, associated information or application interface.
  • the service provider performer is determined by the service provider authorization.
  • the process of the present invention is as follows:
  • the user inputs two addressing elements, a service provider name and a classification character, on the mobile device client; the addressing server obtains the user login instant messaging location information;
  • the client information is:
  • the name of the service provider in the input addressing element is:
  • the classification characters in the input addressing elements are classified by the International Industrial Economic Activity Classification Standard Classification (ISIC), but the classification method is not limited to the above, and is:
  • ISIC International Industrial Economic Activity Classification Standard Classification
  • the addressing server converts the location information into positioning data, and obtains an instant messaging account of the service provider performing the matching condition and a domain name associated with the instant messaging account by verifying the element, analyzing the positioning, and determining the conditional operation;
  • the service provider is Service_Name,
  • Service provider performer information has regional positioning and conditional factors:
  • Form positioning data From capturing the location information of the instant message logged in by the user, or from the location information set by the addressing client, converting to a specific location analysis operation code and a logo character, matching the best service of the region to provide executor positioning, thereby Form positioning data:
  • conditional judgment parameter indicates that the service provider of the addressed target provides the objective existence or permission status of the performer, for example, whether there is a factor authorization entry, whether there is an associated subordinate classification, whether to bind online, and the like:
  • t is the number of instant messaging accounts of the user, forming a social network service circle.
  • Service provider performer targeting and conditional satisfaction:
  • N is the number of service provider performers that are bound.
  • the addressing parameters set on the addressing element and the addressing server satisfy the condition:
  • the three-level positioning and conditional analysis operations based on the addressing elements and positioning information are as follows:
  • Verification element Whether the first-level operation analysis satisfies the addressing account and the domain name condition, the addressing server searches whether the instant messaging business address database is authorized and enters the account corresponding to the service provider according to the two addressing elements input by the user. And the associated domain name, this level of operation is a prerequisite for the possibility of address resolution of the service provider name:
  • the second-level operation analyzes the regional positioning and the association matching condition, and the addressing server selects the best service providing performer according to the preset three parameters of providing the service performer area, the upper and lower level classification parameters and the authorization permission.
  • This level of operation is the underlying environment that implements the service provider's distribution possibilities.
  • the third-level operation analysis service provides the status of the performer, whether it is satisfied by the service provider to bind, whether it is online, and has the application and data channel condition parameters. This level of operation is to implement the online hosting service. The basis of possibility.
  • the service provider executor instant messaging account and associated domain name with the best matching area location and conditions can be selected to provide the user with a globally unique portal for consulting and query addressing.
  • the core of addressing is to obtain the instant messaging account and associated domain name of the service provider by positioning and condition analysis, and to encapsulate the computing function into addressing elements and parameter analysis computing plug-in for different role authorization interfaces.
  • Cinterface the main functions are:
  • the user logs in with the instant messaging account, and guides the addressing server to obtain the location information of the user login.
  • the specific steps are as follows:
  • the positioning and conditional factor analysis targeting criteria are:
  • the addressing elements and parameter analysis operation plug-in theL ⁇ Cinterface for different role authorization interfaces can be used to analyze the factors affecting the positioning factors of the computing industry chain.
  • the location and conditions of the client and addressing target obtained by the AddrL ⁇ Cinterface addressing interface can be used to form an instant messaging account and associated domain name with the best regional positioning and conditional factor service provider.
  • the addressing server connects or links the mobile device client to an instant messaging account communication interface that matches the service provider or an information or application interface associated with the instant messaging account.
  • the addressing server directly connects the client to the communication interface, associated information or application interface of the service provider's communication account;
  • the addressing server initiates a push to the client, and directs the client to connect to the service provider's communication account communication interface, associated information or application interface.
  • the user performs my consultation to interface with the instant messaging communication interface, and at the same time guides the response of the mobile terminal device (machine) voice and message hardware to extend the functions of the traditional mobile phone and switch device to the instant messaging category.
  • machine mobile terminal device
  • An object of the present invention is to obtain an instant messaging account and an associated domain name for matching the best service provider by inputting addressing elements, addressing positioning, and condition parameter analysis; introducing communication technology protocols and cloud computing standards as follows:
  • the significance of introducing the XMPP protocol is to form an instant messaging account and an associated domain name addressing method, thereby becoming an instant messaging commercial entry standard or mode.
  • the present invention is implemented in an implementation framework mainly relying on the following devices:
  • client tool addrClienttools a user operating environment consisting of terminal devices, such as mobile phones and laptop devices, performing a consultation on myAsker or querying myFinder requirements selection.
  • Addressing server device addrServerdevice A service addressing environment consisting of a cloud computing server or a server connected to the Internet.
  • the user or service provider is divided into two corresponding addressing or setting interfaces to control the authorization security of the access service, forming a web server and instant messaging server connection.
  • the present invention integrates into a cloud computing environment to implement an "address-as-a-service" cloud computing entry mode.
  • SaaS instant messaging software and addressing server database hosting the database environment that addresses theL ⁇ Cmodule plugin;
  • PaaS The bearer service provider is always online, addressing the client to switch between different instant messaging middleware, and connecting between different instant messaging.
  • IaaS Most cases are consistent with SaaS and PaaS.
  • the AaaS concept namely "Addressing as a Service” AddressingasaService
  • the AaaS concept can be proposed on the basis of SaaS, PaaS and IaaS, and becomes a new standard and mode for the commercial portal of instant messaging and cloud computing.
  • the service provider's trademark address can be placed in a limited environment such as a highway scanning, such as a highway, as shown in FIG. 7, the following steps are taken:
  • the user enters the service provider name and the classification character on the Android client; the addressing server obtains the user login instant messaging location information:
  • Location is the user location: China, Guizhou Province, Guiyang City,
  • the service provider name entered is ch
  • the input classification character is j
  • the classification adopts the International Industrial Economic Activity Classification Standard (ISIC), and it is found that the service provider belongs to the information industry, indicating that the first-level character parameter of the international industrial classification is the English letter j, that is:
  • ISIC International Industrial Economic Activity Classification Standard
  • the associated domain name of the service provider and the service provider is a quasi-single-character domain name: 0a0.mobi, 0b0.mobi, 0b0.mobi,...0z0.mobi,
  • the addressing server converts the location information into positioning data, and obtains an instant messaging account of the service provider performing the matching condition and a domain name associated with the instant messaging account by verifying the element, analyzing the positioning, and determining the conditional operation:
  • 55, 00, 01 respectively indicate: China, Guizhou province, Guiyang City, administrative district;
  • the country logo and postal code are cn, 550001 by positioning the crawl.
  • the status is online and the selection indicates the character on.
  • the parameters are: authorized, entered yellow pages, have regional and provincial city service centers, do not have relevant subordinate classified applications and services below the municipal level, and are in online service-binding status, then:
  • the client selects the addressing button. If the user clicks on the myAsker button, the mobile device client is connected to the communication interface ch ⁇ cn,550000,01 ⁇ @0j0.mobi of the service provider's communication account. Thereby establishing a communication connection from the client to the service provider; if clicking the myFinder button, the mobile device client is linked to the service provider's associated information or application interface ch ⁇ cn,550000,01 ⁇ .0j0.mobi.
  • the user sees the sign of the billboard on the billboard and represents the English letter j of the classification, and then logs in to the addressing client, inputs ch and j, and obtains the city of Guiyang, Guizhou province, China.
  • the service provides executive communication and information interfaces.
  • New security mechanism An instant messaging business switchboard that addresses the world's only entrance to a telephone-like device by addressing the client and global brand yellow pages data will be one of the elements that will change the current new security authorization mechanism for responsible entities.

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Abstract

本发明提供了一种即时通讯商业寻址方法，包括如下步骤：①使用者在移动设备客户端输入服务提供者名称和分类字符这两个寻址要素；寻址服务器获取使用者登录即时通讯位置信息；②寻址服务器将位置信息转换为定位数据，通过验证要素、分析定位和判断条件运算，获得满足匹配条件的服务提供执行者的即时通讯账号和相关联于该即时通讯账号的域名；③寻址服务器将移动设备客户端衔接或链接至匹配服务提供执行者即时通讯账号通信的接口或相关联于该即时通讯账号的信息或应用接口。本发明能够形成全球唯一入口的服务提供者名称地址化应用和服务，获得衔接即时通讯商业账号对用户具有直观和明确商业内涵及不受应用条件制约的特征。

Description

一种即时通讯商业寻址方法 技术领域
本发明涉及一种即时通讯商业寻址方法，属于互联网即时通讯技术领域。
背景技术
我们处于移动互联网即时通讯逐渐成为通信领域主流时代，具有商业内涵的即时通讯账号和寻址方法将成为信息战略竞争要素之一。
目前，对于获取即时通讯账号和企业服务提供地址主要是通过扫描并解析二维码方式实现即时通讯商业入口。但二维码不具直观商业内涵，几乎不可能由人脑轻易记住，因此应用范围受到极大限制。另外，二维码不能确保用户扫描得到安全的即时通讯账号和相关联网络地址。
发明内容
为解决上述技术问题，本发明提供了一种即时通讯商业寻址方法，该即时通讯商业寻址方法对用户直观、具有明确的商业内涵，并且对用户而言安全性能得到极大的保障。
本发明通过以下技术方案得以实现。
本发明提供的一种即时通讯商业寻址方法，包括如下步骤：
①使用者在移动设备客户端输入服务提供者名称和分类字符这 两个寻址要素；寻址服务器获取使用者登录即时通讯位置信息；
②寻址服务器将位置信息转换为定位数据，通过验证要素、分析定位和判断条件运算，获得满足匹配条件的服务提供执行者的即时通讯账号和相关联于该即时通讯账号的域名；
③寻址服务器将移动设备客户端衔接或链接至匹配服务提供执行者即时通讯账号通信的接口或相关联于该即时通讯账号的信息或应用接口。
所述步骤②为：
寻址服务器将位置信息转换为定位数据，然后进行三级分析运算：
(1)验证要素：第一级运算分析是否满足寻址账号和域名条件，寻址服务器根据使用者输入的两个寻址要素，检索即时通讯商业地址数据库是否授权和录入服务提供者对应的账号和相关联域名；
(2)分析定位：第二级运算分析区域定位和关联匹配条件，寻址服务器根据预先设定的提供服务执行者区域、上下级分类参数和授权许可三个参数筛选最佳服务提供执行者；
(3)判断条件：第三级运算分析服务提供执行者状态，是否满足被服务提供者授权绑定、是否处于在线状态及具备应用和数据通道条件参数。最终获得满足匹配条件的服务提供执行者即时通讯账号和相关联域名，进入衔接准备状态。
使用者在移动设备客户端选择寻址按键，寻址按键包括我的咨询按键和我的查询按键：
如果选择为我的咨询按键，则将移动设备客户端衔接至匹配服务提供执行者即时通讯账号的通信接口；
如果选择为我的查询按键，则将移动设备客户端链接至相关联于该即时通讯账号的信息或应用接口。
所述位置信息为卫星定位数据和无线网络接入地址中一种或两种组合。
所述步骤③中衔接通过如下两种方式之一实现：
a.寻址客户端主导衔接服务提供执行者：寻址服务器直接将客户端衔接至服务提供执行者通讯账号的通信接口、关联信息或应用的接口；
b.寻址服务器主导使用者衔接服务提供执行者：寻址服务器向客户端发起推送，引导客户端衔接至服务提供执行者的通讯账号通信接口、关联信息或应用接口。
所述服务提供执行者由服务提供者授权确定。
本发明的有益效果在于：能够形成全球唯一入口的服务提供者名称地址化应用和服务，获得衔接即时通讯商业账号对用户具有直观和明确商业内涵及不受应用条件制约的特征。
附图说明
图1是本发明基于寻址客户端应用的流程示意图；
图2是图1中寻址客户端运算步骤的流程示意图；
图3是本发明引入通信和信息协议的示意图；
图4是本发明实现时的架构示意图；
图5是本发明引入云计算入口模式的概念示意图；
图6是本发明的一种商标地址化应用情景示意图；
图7是图6中客户端应用实施方式的应用过程示意图。
具体实施方式
下面进一步描述本发明的技术方案，但要求保护的范围并不局限于所述。
如图1所示一种即时通讯商业寻址方法的寻址客户端应用，包括如下步骤：
①使用者在移动设备客户端输入服务提供者名称和分类字符这两个寻址要素；寻址服务器获取使用者登录即时通讯位置信息；
②寻址服务器将位置信息转换为定位数据，通过验证要素、分析定位和判断条件运算，获得满足匹配条件的服务提供执行者的即时通讯账号和相关联于该即时通讯账号的域名；
③寻址服务器将移动设备客户端衔接或链接至匹配服务提供执行者即时通讯账号通信的接口或相关联于该即时通讯账号的信息或应用接口。
所述步骤②为：
寻址服务器将位置信息转换为定位数据，然后如图2所示，进行三级分析运算：
(1)验证要素：第一级运算分析是否满足寻址账号和域名条件，寻址服务器根据使用者输入的两个寻址要素，检索即时通讯商业地址数据库是否授权和录入服务提供者对应的账号和相关联域名；
(2)分析定位：第二级运算分析区域定位和关联匹配条件，寻址服务器根据预先设定的提供服务执行者区域、上下级分类参数和授权 许可三个参数筛选最佳服务提供执行者；
(3)判断条件：第三级运算分析服务提供执行者状态，是否满足被服务提供者授权绑定、是否处于在线状态及具备应用和数据通道条件参数。
最终获得满足匹配条件的服务提供执行者即时通讯账号和相关联域名，进入衔接准备状态。
进一步，作为选择满足不同寻址意图的方式，使用者在移动设备客户端选择寻址按键，寻址按键包括我的咨询按键和我的查询按键：
如果选择为我的咨询按键，则将移动设备客户端衔接至匹配服务提供执行者即时通讯账号的通信接口；
如果选择为我的查询按键，则将移动设备客户端链接至相关联于该即时通讯账号的信息或应用接口。
所述位置信息为卫星定位数据和无线网络接入地址中一种或两种组合。
更进一步的，所述步骤③中衔接通过如下两种方式之一实现：
a.寻址客户端主导衔接服务提供执行者：寻址服务器直接将客户端衔接至服务提供执行者通讯账号的通信接口、关联信息或应用的接口；
b.寻址服务器主导使用者衔接服务提供执行者：寻址服务器向客户端发起推送，引导客户端衔接至服务提供执行者的通讯账号通信接口、关联信息或应用接口。
所述服务提供执行者由服务提供者授权确定。
基于上述，具体而言，如图1所示，本发明的过程如下：
①使用者在移动设备客户端输入服务提供者名称和分类字符这两个寻址要素；寻址服务器获取使用者登录即时通讯位置信息；
客户端信息为：
User_Name{αi|Location(αi)}
输入的寻址要素中服务提供者名称为：
Service_Name{English alphabet}
输入的寻址要素中分类字符以国际产业经济活动分类标准分类(ISIC)为例区分，但分类方式并不局限于所述，在此为：
Category＝{δk|ISIC(δk)}
＝{Section，Divided,Group,Class,Title}
其中，参照选择：
Section＝{δk|ISIC(δk＝1)}
＝{A～Z English alphabet}
再期中，参照选择：
{Divided,Group,Class,Title}(阿拉伯数字)
＝{δk|ISIC(δk＝2～5)}(选择分类项)
②寻址服务器将位置信息转换为定位数据，通过验证要素、分析定位和判断条件运算，获得满足匹配条件的服务提供执行者的即时通讯账号和相关联于该即时通讯账号的域名；
服务提供者为Service_Name，
服务提供执行者信息具有区域定位和条件因素：
Service_Name{αi|Location(αi)∩βj|Condition(βj)}
其中：
从抓取使用者登录的即时通讯的位置信息，或从寻址客户端设定的位置信息，转换成特定的定位分析运算代码和标志字符，匹配这个区域最佳服务提供执行者定位，由此形成定位数据：
Location＝{αi|Location(αi)}
{αi|Location(αi＝1)＝Nation,domain name suffixes,
αi|Location(αi＝2～4)＝cityPortal,Zip-Code,District,Zone,
αi|Location(αi＝5)＝Online,states}，
条件判断参数指示寻址目标的服务提供执行者客观存在或许可状态，例如，是否存在要素授权录入、是否具备关联上下级分类、是否绑定在线等因素：
Condition＝{βj|Condition(βj)}
{βj|Condition(βj＝1)＝Authorized,
βj|Condition(βj＝2～4)＝Industry Chain,
βj|Condition(βj＝5)＝OutletRole Code,}。
如图2所示，在寻址客户端运算步骤②的验证要素、分析定位和判断条件运算中：
服务提供执行者和需求者关系满足：
ID_Service{αi|Location(αi)}
＝∑ID_User(t){αi|Location(αi)}
其中，t为使用者即时通讯账号数量，形成社交网服务圈，
服务提供执行者定位和条件满足：
ID_Service
＝∑ID_Service(N){αi|Location(αi)∩βj|Condition(βj)}
Domain_Service
＝∑Domain_Service(N){αi|Location(αi)∩βj|Condition(βj)}
其中，N是被绑定的服务提供执行者分布数量。
寻址要素和寻址服务器上设定的条件参数满足条件：
∑{αi＝j|Location(αi＝j)∩βj|Condition(βj)}
＝true(赋值1)
根据寻址要素和定位信息的三级定位和条件分析运算如下：
(1)验证要素：第一级运算分析是否满足寻址账号和域名条件，寻址服务器根据使用者输入的两个寻址要素，检索即时通讯商业地址数据库是否授权和录入服务提供者对应的账号和相关联域名，此级运算即是实现服务提供者名称地址化可能性的前提条件：
{αi|Location(αi＝1,Nation)∩βj|Condition(βj＝1,Section)}；
(2)分析定位：第二级运算分析区域定位和关联匹配条件，寻址服务器根据预先设定的提供服务执行者区域、上下级分类参数和授权许可三个参数筛选最佳服务提供执行者，此级运算即是实现服务提供执行者分布可能性的基础环境。
{αi|Location(αi＝2,State)∩βj|Condition(βj＝2,Divided)}
{αi|Location(αi＝3,cityPortal)∩βj|Condition(βj＝3,appGroup)}
{αi|Location(αi＝4,Zone)∩βj|Condition(βj＝4,Class)}；
(3)判断条件：第三级运算分析服务提供执行者状态，是否满足被服务提供者授权绑定、是否处于在线状态、及具备应用和数据通道条件参数，此级运算即是实现在线托管服务可能性基础。
{αi|Location(αi＝5,Outlet)∩βj|Condition(βj＝5,Title)}
最终选择符合满足三类因素分析运算的最佳服务提供执行者即时通讯账号和相关联域名的最佳匹配，形成用户和服务提供执行者关联状态：
ID_User{αi|Location(αi)}(be related to)
ID_Service(N){αi＝j|Location(αi＝j)∩βj|Condition(βj)}
Domain_Service(N){αi＝j|Location(αi＝j)∩βj|Condition(βj)}
这样，构成具有区域和条件的服务提供执行者的即时通讯账号和相关联域名格式及被绑定格式：
对应myAsker衔接通信接口的即服务提供执行者通讯账号：
ID_Service(N)
＝Server_Name{αi＝j|Location(αi＝j)∩βj|Condition(βj)}@Category{δk|ISIC(δk＝1)}.domain
对应myFinder链接信息或应用接口的相关联域名：
Domain_Service(N)
＝Server_Name{αi＝j|Location(αi＝j)∩βj|Condition(βj)}.Category{δk|ISIC(δk＝1)}.domain
由此可选择具有最佳匹配区域定位和条件的服务提供执行者即时通讯账号和相关联域名，面向使用者提供全球唯一入口的咨询和查询寻址。
在上述过程中，寻址的核心是通过定位和条件分析获得服务提供执行者的即时通讯账号和相关联域名，将运算功能封装成面向不同角色授权接口的寻址要素和参数分析运算插件theL∩Cinterface，主要功能为：
抓取使用者登陆的地理位置信息转换成定位参数格式，然后引导即时通讯商业黄页授权、服务提供执行者行政区划定位和状态条件等三级因素分析运算，获得最佳匹配即时通讯账号和相关联域名。
例如，第二级运算分析区域定位和关联匹配条件的运算中，使用者采用即时通讯账号登录，引导寻址服务器获取使用者登录的定位信息，具体步骤如下：
抓取：User_Name{αi|Location(αi)}
设定产业链上游{βj|Condition(βj-1)}＝true,其他设置false
设定产业链下游{βj|Condition(βj+1)}＝true,其他设置false
获得定位和条件因素分析定位条件是：
{αi|Location(αi＝j)∩βj|Condition(βj)}＝true
由此，可用面向不同角色授权接口的寻址要素和参数分析运算插件theL∩Cinterface分析运算产业链条件影响定位因素。
因此，可通过AddrL∩Cinterface寻址接口获得的客户端和寻址目标的定位和条件，构成具有最佳区域定位和条件因素服务提供执行者的即时通讯账号和相关联域名。
③寻址服务器将移动设备客户端衔接或链接至匹配服务提供执行者的即时通讯账号通信接口或相关联于该即时通讯账号的信息或应用接口。
这里，提供两类方式实现即时通讯融入和衔接选择：
a.寻址客户端主导衔接服务提供执行者：寻址服务器直接将客户端衔接至服务提供执行者通讯账号的通信接口、关联信息或应用的接口；
b.寻址服务器主导使用者衔接服务提供执行者：寻址服务器向客户端发起推送，引导客户端衔接至服务提供执行者的通讯账号通信接口、关联信息或应用接口。
例如，选择推送模式，使用者执行我的咨询衔接即时通讯的通信接口，同时引导移动终端设备(机)语音和消息硬件的响应，实现将传统移动电话和交换机设备功能延伸到即时通讯范畴。
本发明的一个目的在于通过输入寻址要素、寻址定位和条件参数分析，获得匹配最佳服务提供执行者即时通讯账号和相关联域名；引入通信技术协议和云计算标准如下：
如图3所示，本发明引入通信和信息协议示意如下：
开放式即时通讯协议(intoXMPPprotocol)
互联网超文本传输协议(intoHTTPprotocol)
其中，引入XMPP协议的意义在于：形成即时通讯账号和相关联域名的寻址方法，从而成为即时通讯商业入口标准或模式。
如图4所示，本发明在实施架构，主要依赖如下设备实现：
寻址客户端工具addrClienttools：由终端设备，例如手机、笔记本电脑设备构成的使用者操作环境，执行咨询myAsker或查询myFinder需求选择。
寻址服务器设备addrServerdevice：由云计算服务器或者接入互联网的服务器构成的服务寻址环境。
寻址定位和条件分析插件theL∩Cmodule：面向使用者或服务提供执行者分成两个对应的寻址或设置接口控制接入服务的授权安全，形成Web服务器和即时通讯服务器衔接。
如图5所示：本发明在融入云计算环境，即可实现“寻址即服务”的云计算入口模式。
SaaS:即时通讯软件和寻址服务器数据库，承载寻址theL∩Cmodule插件的数据库环境；
PaaS:承载服务提供执行者一直处于在线状态，寻址客户端切换不同即时通讯之间中间件，衔接不同即时通讯之间转换。
IaaS:多数情况与SaaS和PaaS一致。
基于本发明，即可在SaaS，PaaS和IaaS基础上提出AaaS理念，即“寻址即服务”AddressingasaService，成为即时通讯和云计算商业入口的一种新标准和模式。
如图6所示，作为本发明可使服务提供者的商标地址化的一种实施情景案例，投放于如高速公路等二维码扫描有局限环境中，如图7所示，采用如下步骤：
①用户在Android客户端上输入服务提供者名称和分类字符；寻址服务器获取使用者登录即时通讯位置信息：
User_Name{αi|Location(αi)}
Location为使用者位置：中国、贵州省、贵阳市，
输入的服务提供者名称为ch，
输入的分类字符为j，
分类采用国际产业经济活动分类标准(ISIC)，则据此查出服务提供者属于信息产业，表示国际产业分类第一级字符参数是英文字母j，即是：
Category(ISIC)＝{Section|＝j}
假定服务提供者和服务提供执行者的关联域名均为准单字符域名：0a0.mobi,0b0.mobi,0b0.mobi,…0z0.mobi，
因此服务提供者即时通讯账号和相关联的域名为：
ID_Service：ch@0j0.mobi
Domain_Service：ch.0j0.mobi
②寻址服务器将位置信息转换为定位数据，通过验证要素、分析定位和判断条件运算，获得满足匹配条件的服务提供执行者的即时通讯账号和相关联于该即时通讯账号的域名：
寻址服务器根据服务提供者区域和条件参数：
Service_Name{αi|Location(αi)∩βj|Condition(βj)}
进行运算，其中：
Location(αi)|＝{cn,55,00,01andon}
这里，55、00、01分别表示：中国，贵州省，贵阳市，行政区；
通过定位抓取转换国家标志和邮政编码是cn，550001；状态是在线，选择表示字符on。
Condition(βj)|＝{j,1,1,0and01}
此处用1代表true，用0代表false，
参数满足：授权、录入黄页、具备地区和省级城市服务中心、不具备低于市级的相关上下级分类应用和服务、处于在线供服务绑定状态，则有：
{αi|Location(αi＝1,cn)∩βj|Condition(βj＝1,j)}
{αi|Location(αi＝2,55)∩βj|Condition(βj＝2,1)}
{αi|Location(αi＝3,00)∩βj|Condition(βj＝3,1)}
{αi|Location(αi＝4,01)∩βj|Condition(βj＝4,0)}
{αi|Location(αi＝5,on)∩βj|Condition(βj＝5,01)}
由此，最终唯一确定的服务提供执行者即时通讯账号和相关联域名为：
ID_Service(N)：ch{cn,550000,01}@0j0.mobi
Domain_Service(N)：ch{cn,550000,01}.0j0.mobi
③寻址服务器将移动设备客户端衔接或链接至匹配服务提供执 行者的即时通讯账号通信接口或相关联于该即时通讯账号的信息或应用接口：
此时由客户端选择寻址按键，如点击我的咨询(myAsker)按键，则将移动设备客户端衔接到服务提供执行者通讯账号的通讯接口ch{cn,550000,01}@0j0.mobi，从而建立客户端至服务提供执行者的通讯连接；如点击我的咨询(myFinder)按键，则将移动设备客户端链接到服务提供执行者的关联信息或应用的接口ch{cn,550000,01}.0j0.mobi。
如图7所示，作为上述本发明案例补充说明：使用者看到广告牌上商ch标和代表分类英文字母j，然后登录寻址客户端，输入ch和j,获得中国贵州省贵阳市的服务提供执行者通信和信息接口。
由此，本发明具有两个方面深远意义：
商标地址化：由线下商标引导线上地址标志，将是移动即时通讯和大数据时代，具有商业内涵的即时通讯入口将成为未来企业信息战略竞争焦点，也将是呼叫中心升级在线托管服务业态改变关键要素之一；
安全新机制：由寻址客户端和环球品牌黄页数据构成类似电话机的全球唯一入口的即时通讯商业总机，将是改变目前承担责任主体新安全授权机制要素之一。

Claims (6)

  1. 一种即时通讯商业寻址方法，其特征在于：包括如下步骤：
    ①使用者在移动设备客户端输入服务提供者名称和分类字符这两个寻址要素；寻址服务器获取使用者登录即时通讯位置信息；
    ②寻址服务器将位置信息转换为定位数据，通过验证要素、分析定位和判断条件运算，获得满足匹配条件的服务提供执行者的即时通讯账号和相关联于该即时通讯账号的域名；
    ③寻址服务器将移动设备客户端衔接或链接至匹配服务提供执行者即时通讯账号通信的接口或相关联于该即时通讯账号的信息或应用接口。
  2. 如权利要求1所述的即时通讯商业寻址方法，其特征在于：所述步骤②为：
    寻址服务器将位置信息转换为定位数据，然后进行三级分析运算：
    (1)验证要素：第一级运算分析是否满足寻址账号和域名条件，寻址服务器根据使用者输入的两个寻址要素，检索即时通讯商业地址数据库是否授权和录入服务提供者对应的账号和相关联域名；
    (2)分析定位：第二级运算分析区域定位和关联匹配条件，寻址服务器根据预先设定的提供服务执行者区域、上下级分类参数和授权许可三个参数筛选最佳服务提供执行者；
    (3)判断条件：第三级运算分析服务提供执行者状态，是否满足被服务提供者授权绑定、是否处于在线状态及具备应用和数据通道条件参数。
    最终获得满足匹配条件的服务提供执行者即时通讯账号和相关 联域名，进入衔接准备状态。
  3. 如权利要求1所述的即时通讯商业寻址方法，其特征在于：使用者在移动设备客户端选择寻址按键，寻址按键包括我的咨询按键和我的查询按键：
    如果选择为我的咨询按键，则将移动设备客户端衔接至匹配服务提供执行者即时通讯账号的通信接口；
    如果选择为我的查询按键，则将移动设备客户端链接至相关联于该即时通讯账号的信息或应用接口。
  4. 如权利要求1所述的即时通讯商业寻址方法，其特征在于：所述位置信息为卫星定位数据和无线网络接入地址中一种或两种组合。
  5. 如权利要求1所述的即时通讯商业寻址方法，其特征在于：所述步骤③中衔接通过如下两种方式之一实现：
    a.寻址客户端主导衔接服务提供执行者：寻址服务器直接将客户端衔接至服务提供执行者通讯账号的通信接口、关联信息或应用的接口；
    b.寻址服务器主导使用者衔接服务提供执行者：寻址服务器向客户端发起推送，引导客户端衔接至服务提供执行者的通讯账号通信接口、关联信息或应用接口。
  6. 如权利要求1所述的即时通讯商业寻址方法，其特征在于：所述服务提供执行者由服务提供者授权确定。
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