WO2013178179A1 - 无线通讯热点创建和连接方法、热点创建端及热点连接端 - Google Patents

无线通讯热点创建和连接方法、热点创建端及热点连接端 Download PDF

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Publication number
WO2013178179A1
WO2013178179A1 PCT/CN2013/080348 CN2013080348W WO2013178179A1 WO 2013178179 A1 WO2013178179 A1 WO 2013178179A1 CN 2013080348 W CN2013080348 W CN 2013080348W WO 2013178179 A1 WO2013178179 A1 WO 2013178179A1
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WIPO (PCT)
Prior art keywords
hotspot
wireless communication
name
connection
user
Prior art date
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PCT/CN2013/080348
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English (en)
French (fr)
Inventor
朱渊
张弛
汤绍坚
范勇
杨杰
何文丰
邓晨
张振宇
傅启洪
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.)
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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
Priority to US14/759,619 priority Critical patent/US20150350929A1/en
Priority to EP13798031.4A priority patent/EP2945433A4/en
Publication of WO2013178179A1 publication Critical patent/WO2013178179A1/zh

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Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W24/00Supervisory, monitoring or testing arrangements
    • H04W24/02Arrangements for optimising operational condition
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W48/00Access restriction; Network selection; Access point selection
    • H04W48/08Access restriction or access information delivery, e.g. discovery data delivery
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W76/00Connection management
    • H04W76/10Connection setup
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W84/00Network topologies
    • H04W84/02Hierarchically pre-organised networks, e.g. paging networks, cellular networks, WLAN [Wireless Local Area Network] or WLL [Wireless Local Loop]
    • H04W84/10Small scale networks; Flat hierarchical networks
    • H04W84/12WLAN [Wireless Local Area Networks]

Definitions

  • the invention relates to a wireless communication technology, in particular to a wireless communication hotspot creation and connection method, a hotspot creation end and a hotspot connection end.
  • Wi-Fi Wireless Fidelity
  • Wi-Fi is a short-range wireless communication technology proposed by the Wireless Ethernet Compatibility Alliance (WECA) that transmits radio signals over a range of 100 meters.
  • Wi-Fi typically operates at 2.4Ghz and supports data transfer speeds of up to 11Mbps.
  • Wi-Fi technology users can access the Internet through Wi-Fi enabled user terminals. As a result, Wi-Fi is widely used in restaurants, homes, and offices.
  • Wi-Fi hotspot ie, a wireless communication hotspot
  • Wi-Fi hotspot ie, a wireless communication hotspot
  • PDAs personal digital assistants
  • wireless router a wireless router
  • Wi-Fi hotspot a wireless communication hotspot
  • PDAs personal digital assistants
  • Wi-Fi modules which can be accessed by connecting to the Wi-Fi hotspot provided by the wireless router to improve the Internet. Access speed and cost savings.
  • many terminal devices such as smart phones begin to have Wi-Fi hotspot creation capabilities.
  • the main object of the present invention is to provide a method for creating a wireless communication hotspot to ensure the creation of a Wi-Fi hotspot between two or more terminals without relying on any other network device. And automatic identification to achieve accurate Wi-Fi connectivity.
  • a hotspot creation end for creating a wireless communication hotspot is provided to ensure that the Wi-Fi hotspot is created and automatically recognized between two or more terminals without relying on any other network device, thereby implementing Accurate Wi-Fi connectivity.
  • a wireless communication hotspot connection method is provided to ensure the creation and automatic identification of Wi-Fi hotspots between two or more terminals without relying on any other network devices, thereby achieving accurate Wi- Fi interconnection.
  • a hotspot connection end for wireless hotspot connection is provided to ensure that the Wi-Fi hotspot is created and automatically recognized between two or more terminals without relying on any other network device, thereby realizing Accurate Wi-Fi connectivity.
  • a method for creating a wireless communication hotspot comprising the steps of: the hotspot creation end responds to the wireless communication hotspot creation instruction, and obtains the user name; the hotspot creation end encrypts the obtained user name to obtain the hotspot name; the hotspot creation end obtains the hotspot name
  • the wireless communication parameter is configured to establish a wireless communication hotspot; the hotspot creation end broadcasts a wireless communication connection invitation through the established wireless communication hotspot, so that the hotspot connection end establishes a wireless communication hotspot by decrypting the hotspot name.
  • a hotspot creation end includes: a wireless communication unit configured to transmit and receive wireless communication signals; an input/output unit configured to provide a human-machine interaction interface for the user to input an instruction, and the output display hotspot is created The response data of the input instruction to the user; the hotspot creation module is configured to respond to the wireless communication hotspot creation instruction, obtain the user name, encrypt the obtained user name to obtain the hotspot name, and configure wireless communication parameters for the obtained hotspot name to establish wireless a communication hotspot, and a wireless communication communication hotspot controlled by the established wireless communication hotspot to enable the wireless communication terminal to establish a wireless communication hotspot by decrypting the hotspot name; the processing unit is configured to invoke and execute the hotspot Create a module.
  • a wireless communication hotspot connection method comprising the steps of: searching for a wireless communication connection invitation being broadcasted in response to a wireless communication hotspot search instruction; inviting a searched wireless communication connection
  • the hotspot name of the corresponding wireless communication hotspot is decrypted into the original text, and the decrypted original text is displayed for the user to select; in response to the user's selection instruction of the displayed hotspot name original text; receiving the user's connection authority information; analyzing whether the received connection authority information is based on Having the right to establish a communication connection with the wireless communication hotspot corresponding to the selected hot name original text; when establishing a communication connection with the wireless communication hotspot corresponding to the selected hot name original text, establishing a communication connection with the wireless communication hotspot corresponding to the selected hot name original text .
  • a hotspot connection end comprises: a wireless communication unit configured to send and receive wireless communication signals; an input/output unit configured to provide a human-machine interaction interface for the user to input an instruction, and the output displays the hotspot connection
  • the response data of the user input command; the hotspot connection module is configured to respond to the wireless communication hotspot search command, control the wireless communication unit to search for the wireless communication connection invitation being broadcasted, and invite the searched wireless communication connection to invite the corresponding wireless communication hotspot name
  • Decrypted into the original text the decrypted original text is displayed for the user to select, responds to the user's selection instruction of the displayed hot name of the hot name, receives the user's connection permission information, and analyzes whether there is permission and the selected hot name according to the received connection authority information.
  • Corresponding wireless communication hotspot establishes a communication connection, and when the communication connection is established with the wireless communication hotspot corresponding to the selected hot name, the control wireless communication unit establishes a communication connection with the wireless communication hotspot corresponding to the selected hot name original text.
  • a processing unit configured to call and execute the hotspot module.
  • the embodiment of the present invention generates a hotspot name by encrypting the user name at the hotspot creation end, and configures a wireless communication parameter for the hotspot name generated by the encryption to establish a wireless communication hotspot, so that the hotspot connection end decrypts the hotspot name.
  • Access to established wireless communication hotspots ensures the creation and automatic identification of Wi-Fi hotspots between two or more terminals without relying on any other network devices, thus enabling accurate Wi-Fi interconnection.
  • 1 is a functional structural diagram of a preferred embodiment of a hotspot creation end for implementing a wireless communication hotspot according to the present invention
  • 2 is a functional structural diagram of a preferred embodiment of a hotspot connection end for implementing a wireless communication hotspot connection according to the present invention
  • FIG. 3 is a flowchart of a specific implementation of a method for creating a wireless communication hotspot according to a preferred embodiment of the present invention
  • FIG. 4 is a flowchart of a specific implementation of a method for connecting a wireless communication hotspot according to a preferred embodiment of the present invention.
  • FIG. 1 it is a functional structural diagram of a preferred embodiment of a hotspot creation end for implementing a wireless communication hotspot according to the present invention.
  • the hotspot creation terminal 1 includes a processing unit 10, an input/output unit 13, a hot spot creation module 11, and a wireless communication unit 15.
  • the hotspot creation end 1 may be a mobile phone, a computer, a tablet, a PDA, or any other suitable terminal.
  • a wireless communication hotspot for example, a Wi-Fi hotspot
  • the terminal of the hotspot creation end is called a hotspot connection end.
  • For the functional structure of the hotspot connection end please refer to the following exemplary description of FIG. 2 .
  • the wireless communication unit 15 is configured to transmit and receive wireless communication signals.
  • the input/output unit 13 is configured to provide a human-machine interaction interface for the user to input an instruction, and output a response data indicating the hot-spot creation end 1 to the user input instruction.
  • the human-machine interaction interface includes, but is not limited to, a software usage interface and/or a parameter setting interface.
  • the processing unit 10 is configured to invoke and execute the hotspot creation module 11 to generate a wireless communication hotspot for the hotspot creation end 1 by encrypting the hotspot name in response to the hotspot creation instruction of the user, and control the wireless communication through the established wireless communication hotspot.
  • Unit 15 externally broadcasts a wireless communication connection invitation.
  • the hotspot creation module 11 is configured to obtain a user name in response to a wireless communication hotspot creation instruction.
  • the hotspot creation module 11 responds to the wireless communication hotspot according to the following steps. Create instruction: Provide wireless communication hotspot creation instruction activation interface (for example, menu option or desktop icon); Detect and respond to the wireless communication hotspot creation instruction issued by the user through the wireless communication hotspot creation instruction activation interface.
  • the hotspot creation module 11 responds to the wireless communication hotspot creation instructions in accordance with any other suitable steps.
  • the hotspot creation module 11 obtains the user name according to the following steps: the default saved user name, and when the first setting or the need to reset the user name, providing a selection to set the user name.
  • the hotspot creation module 11 is further configured to encrypt the obtained username to obtain a hotspot name, configure wireless communication parameters for the obtained hotspot name to establish a wireless communication hotspot (for example, a Wi-Fi hotspot), and establish a wireless communication.
  • the hotspot controls the wireless communication unit 15 to externally broadcast the wireless communication connection invitation, so that the hotspot connection terminal 2 establishes the wireless communication hotspot through the decryption of the hotspot name.
  • the encryption algorithm is a Reciprocal cipher algorithm
  • the peer-to-peer encryption algorithm is a special password of a type of encryption algorithm in cryptography.
  • the encryption algorithm of this type of password is its own inverse function, so its decryption algorithm is equivalent to the encryption algorithm, that is, to restore the peer-encrypted ciphertext, the same algorithm can be obtained by encrypting. Clear text. In other words, the original text is restored after two consecutive peer-to-peer encryption operations.
  • the encrypted algorithm may also be any other suitable algorithm.
  • the hotspot creation module 11 encrypts the obtained user name to obtain a hotspot name according to the following steps: adding a specific identification mark to the obtained user name to obtain A string with an identification token; encrypts the string with the identity token to get the encrypted string (ie: hotspot name).
  • the wireless communication parameters include a connection password, a connection authentication mode, and the like. In other embodiments of the invention, the wireless communication parameters include any other suitable parameters.
  • FIG. 2 it is a functional structural diagram of a preferred embodiment of a hotspot connection end for implementing a wireless communication hotspot connection according to the present invention.
  • the hotspot connection end 2 includes a processing unit 20, an input/output unit 23, a hotspot connection module 21, and a wireless communication unit 25.
  • the hotspot connection 2 can be a mobile phone, a computer, a tablet, a PDA, or any other suitable terminal.
  • the wireless communication unit 25 is configured to transmit and receive wireless communication signals.
  • the input/output unit 23 is configured to provide a human-machine interaction interface for the user to input an instruction, and output a response data indicating the hot-spot connection end 2 to the user input instruction.
  • the human-machine interaction interface includes, but is not limited to, a software usage interface and/or a wireless communication hotspot connection interface.
  • the processing unit 20 is configured to invoke and execute the hotspot connection module 21, in response to the user's wireless communication hotspot search command, search for the wireless communication connection invitation being broadcasted by the hotspot connection terminal 2, and display the searched wireless communication connection invitation corresponding to the The hot name is selected by the user, and the wireless communication unit 15 is controlled to establish a communication connection with the corresponding hotspot creation terminal 1 in response to the user's selection instruction.
  • the hotspot connection module 21 is configured to control the wireless communication unit 25 to search for a wireless communication connection invitation being broadcast in response to the wireless communication hotspot search command.
  • the hotspot connection module 21 responds to the wireless communication hotspot search command according to the following steps: providing a wireless communication hotspot search instruction activation interface (for example, a menu option or a desktop icon); detecting and responding to the user searching for a message through the wireless communication hotspot Activate the wireless communication hotspot search command sent by the interface.
  • a wireless communication hotspot search instruction activation interface for example, a menu option or a desktop icon
  • the hotspot connection module 21 responds to the wireless communication hotspot search command in accordance with any other suitable steps.
  • the hotspot connection module 21 is further configured to decrypt the hotspot name of the wireless communication hotspot corresponding to the searched wireless communication connection invitation into the original text, and display the decrypted original text for the user to select.
  • the encryption algorithm is a Reciprocal cipher algorithm
  • the peer-to-peer encryption algorithm is a special encryption code of a type of encryption algorithm in cryptography.
  • the encryption algorithm of this type of password is its own inverse function, so its decryption
  • the (decryption) algorithm is equivalent to the encryption algorithm, that is, to restore the peer-to-peer encrypted ciphertext, the same algorithm can be used to obtain the plaintext. In other words, the original text is replied to after two consecutive peer-to-peer encryption operations.
  • the decrypted algorithm may also be any other suitable algorithm.
  • the hotspot connection module 21 displays the decrypted original text for the user to select according to the following steps: analyzing whether the decrypted original text contains a specific identification mark; When the decrypted original text contains a specific identification mark, the decrypted original text is displayed for the user to select, or when the decrypted original text does not contain a specific identification mark, the decrypted original text is not displayed.
  • the hotspot connection module 21 is further configured to receive the connection authority information of the user in response to the user's selection instruction of the displayed hotspot name original text.
  • the connection authority information includes, but is not limited to, a connection password.
  • the hotspot connection module 21 is further configured to analyze, according to the received connection authority information, whether the hotspot connection end 2 has the right to establish a communication connection with the wireless communication hotspot corresponding to the selected hotspot name original text, and corresponding to the selected hotspot name original text.
  • the control wireless communication unit 25 establishes a communication connection with the wireless communication hotspot corresponding to the selected hotspot name original text.
  • the hotspot connection module 21 determines whether the hotspot connection end 2 has the right and the selected hot spot by analyzing whether the received connection authority information matches the wireless communication parameter of the wireless communication hotspot corresponding to the selected hotspot name original text.
  • the wireless communication hotspot corresponding to the original text establishes a communication connection.
  • the hotspot connection module 21 can be processed in various ways. The following examples are exemplified in two ways:
  • Method 1 When the number of times the user's connection permission information is received is less than the preset number of times, continue to receive Receiving the connection permission information of the user; or, when receiving the connection permission information of the user is equal to the preset number of times, waiting for the user to respond to the new selection instruction of the displayed hot name of the hot name;
  • Method 2 Directly wait for the user to respond to the new selection instruction of the displayed hot name.
  • FIG. 3 it is a flowchart of a specific implementation of a preferred embodiment of a method for creating a wireless communication hotspot according to the present invention.
  • the broadcast wireless communication connection invites the hotspot connection end 2 to establish a wireless communication hotspot by decrypting the hotspot name.
  • the following is a step-by-step implementation of the creation of a wireless communication hotspot in conjunction with the present embodiment.
  • Step S10 The hotspot creation module 11 obtains a user name in response to a wireless communication hotspot creation instruction.
  • the hotspot creation module 11 responds to the wireless communication hotspot creation instruction according to the following steps: providing a wireless communication hotspot creation instruction activation interface (for example, a menu option or a desktop icon); detecting and responding to the user creating an instruction through the wireless communication hotspot Activate the wireless communication hotspot creation command issued by the interface.
  • the hotspot creation module 11 responds to the wireless communication hotspot creation instructions in accordance with any other applicable steps.
  • the hotspot creation module 11 obtains the user name according to the following steps: the default saved user name, and when the first setting or the need to reset the user name, providing a selection to set the user name.
  • the hotspot creation module 11 encrypts the obtained username to obtain a hotspot name.
  • the hotspot is created.
  • the module 11 encrypts the obtained user name to obtain a hotspot name according to the following steps: adding a specific identification mark to the obtained user name to obtain a character string with an identification mark; encrypting the character string with the identification mark to obtain encryption String (ie: hotspot name).
  • Step S12 The hotspot creation module 11 configures wireless communication parameters for the obtained hotspot name to establish a wireless communication hotspot (for example, a Wi-Fi hotspot).
  • a wireless communication hotspot for example, a Wi-Fi hotspot
  • the wireless communication parameters include a connection password, a connection authentication mode, and the like. In other embodiments of the invention, the wireless communication parameters include any other suitable parameters.
  • Step S13 The hotspot creation module 11 controls the wireless communication unit 15 to externally broadcast the wireless communication connection invitation through the established wireless communication hotspot, so that the hotspot connection terminal 2 establishes the wireless communication hotspot through the decryption of the hotspot name.
  • FIG. 4 it is a flowchart of a specific implementation of a preferred embodiment of a wireless communication hotspot connection method according to the present invention.
  • control wireless communication unit 25 searches for the wireless communication connection invitation being broadcasted; decrypts the hotspot name of the wireless communication hotspot corresponding to the searched wireless communication connection invitation into the original text, and displays the decrypted original text for the user to select.
  • the control wireless communication unit 25 establishes a communication connection with the wireless communication hotspot corresponding to the selected hot name.
  • the following is a connection for gradually implementing a wireless communication hotspot in conjunction with the present embodiment.
  • Step S15 the hotspot connection module 21 responds to the wireless communication hotspot search command, and controls the wireless The communication unit 25 searches for a wireless communication connection invitation being broadcast.
  • the hotspot connection module 21 responds to the wireless communication hotspot search command according to the following steps: providing a wireless communication hotspot search instruction activation interface (for example, a menu option or a desktop icon); detecting and responding to the user searching for a message through the wireless communication hotspot Activate the wireless communication hotspot search command sent by the interface.
  • a wireless communication hotspot search instruction activation interface for example, a menu option or a desktop icon
  • the hotspot connection module 21 responds to the wireless communication hotspot search command in accordance with any other suitable steps.
  • step S16 the hotspot connection module 21 decrypts the hotspot name of the wireless communication hotspot corresponding to the searched wireless communication connection invitation into the original text, and displays the decrypted original text for the user to select.
  • the hotspot connection module 21 displays the decrypted original text for the user to select according to the following steps: analyzing whether the decrypted original text contains a specific identification mark; When the decrypted original text contains a specific identification mark, the decrypted original text is displayed for the user to select, or when the decrypted original text does not contain a specific identification mark, the decrypted original text is not displayed.
  • Step S17 The hotspot connection module 21 receives the connection authority information of the user in response to the user's selection instruction of the displayed hot name name.
  • the connection authority information includes, but is not limited to, a connection password.
  • Step S18 The hotspot connection module 21 analyzes, according to the received connection authority information, whether the hotspot connection end 2 has the right to establish a communication connection with the wireless communication hotspot corresponding to the selected hotspot name original text.
  • the process proceeds to the following step S19, or when the communication connection is established with the wireless communication hotspot corresponding to the selected hot name original text, The following steps S20 or S21 (not shown) are performed.
  • Step S19 the hotspot connection module 21 controls the wireless communication unit 25 to establish a communication connection with the wireless communication hotspot corresponding to the selected hotspot name.
  • the hotspot connection module 21 determines whether the received connection authority information matches the wireless communication parameter of the wireless communication hotspot corresponding to the selected hotspot name original text. Whether the hotspot connection terminal 2 has the right to establish a communication connection with the wireless communication hotspot corresponding to the selected hotspot name original text.
  • Step S20 when the number of times the connection authority information of the user is received is less than the preset number of times, the process proceeds to step S17; or, when the number of times the connection authority information of the user is received is equal to the preset number of times, the user is prompted to respond to the displayed hotspot name.
  • the new selection instruction of the original text when the number of times the connection authority information of the user is received is less than the preset number of times, the process proceeds to step S17; or, when the number of times the connection authority information of the user is received is equal to the preset number of times, the user is prompted to respond to the displayed hotspot name.
  • the new selection instruction of the original text when the number of times the connection authority information of the user is received is less than the preset number of times, the process proceeds to step S17; or, when the number of times the connection authority information of the user is received is equal to the preset number of times, the user is prompted to respond to the displayed hotspot name. The new selection instruction of the original text.
  • Step S21 directly waiting for the user to respond to the new selection instruction of the displayed hot name of the hot name.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Computer Security & Cryptography (AREA)
  • Mobile Radio Communication Systems (AREA)
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Abstract

本发明公开了一种无线通讯热点创建和连接方法、热点创建端及热点连接端。该方法通过在热点创建端对用户名加密生成热点名,为加密生成的热点名配置无线通讯参数以建立无线通讯热点,以使热点连接端通过对热点名的解密接入建立的无线通讯热点,保证了在不依赖其他任何网络设备的情况下,在两台或多台终端间实现WiFi热点的创建和自动识别,进而实现准确的WiFi互联。

Description

无线通讯热点创建和连接方法、 热点创建端及热点连接端 技术领域
本发明涉及一种无线通讯技术, 特别涉及一种无线通讯热点创建和连 接方法、 热点创建端及热点连接端。 背景技术
无线保真( Wireless Fidelity, Wi-Fi )是由无线以太网相容联盟( WECA ) 提出的短距离无线通信技术, 可在 100米的范围内进行无线电信号的传输。 Wi-Fi通常工作在 2.4Ghz的频率下, 可支持高达 11Mbps的数据传输速度。 利用 Wi-Fi技术, 用户可通过支持 Wi-Fi的用户终端访问互联网。 因此, Wi-Fi在餐厅、 家庭、 以及办公室等场所得到了广泛的应用。
提供 Wi-Fi连接功能的访问接入点 (Access Point, AP )被称为 Wi-Fi 热点(即: 无线通讯热点), 通常由无线路由器担任该角色。 目前大多数个 人电脑、 手持设备(如个人数字助理(Personal Digital Assistant, PDA ), 手 机)等终端都集成了 Wi-Fi模块, 可以通过连接到无线路由器提供的 Wi-Fi 热点访问互联网, 从而提高了访问速度且节约了开销。 随着终端设备硬件 性能的提高, 许多终端设备例如智能手机开始具备 Wi-Fi热点创建功能。
然而, 目前市场上还没有一个直接、 安全的无线通讯热点创建和连接 方案,能够不依赖其他任何网络设备在两台或多台终端间实现 Wi-Fi热点的 创建和自动识别, 进而实现准确的 Wi-Fi互联。 发明内容
本发明的主要目的是提供一种无线通讯热点创建方法, 以保证在不依 赖其他任何网络设备的情况下,在两台或多台终端间实现 Wi-Fi热点的创建 和自动识别, 进而实现准确的 Wi-Fi互联。
此外, 还提供一种实现无线通讯热点创建的热点创建端, 以保证在不 依赖其他任何网络设备的情况下,在两台或多台终端间实现 Wi-Fi热点的创 建和自动识别, 进而实现准确的 Wi-Fi互联。
此外, 还提供一种无线通讯热点连接方法, 以保证在不依赖其他任何 网络设备的情况下, 在两台或多台终端间实现 Wi-Fi 热点的创建和自动识 别, 进而实现准确的 Wi-Fi互联。
此外, 还提供一种实现无线通讯热点连接的热点连接端, 以保证在不 依赖其他任何网络设备的情况下,在两台或多台终端间实现 Wi-Fi热点的创 建和自动识别, 进而实现准确的 Wi-Fi互联。
一种无线通讯热点创建方法, 该方法包括步骤: 热点创建端响应无线 通讯热点创建指令, 获取用户名; 热点创建端对获取的用户名进行加密以 获得热点名; 热点创建端为获得的热点名配置无线通讯参数以建立无线通 讯热点; 热点创建端通过建立的无线通讯热点对外广播无线通讯连接邀请, 以使热点连接端通过对热点名的解密接入建立的无线通讯热点。
一种热点创建端, 该热点创建端包括: 无线通讯单元, 配置为无线通 讯信号的发送和接收; 输入 /输出单元, 配置为提供人机交互界面, 以供用 户输入指令, 且输出显示热点创建端对用户输入指令的响应数据; 热点创 建模块, 配置为响应无线通讯热点创建指令, 获取用户名, 对获取的用户 名进行加密以获得热点名, 为获得的热点名配置无线通讯参数以建立无线 通讯热点, 及通过建立的无线通讯热点控制无线通讯单元对外广播无线通 讯连接邀请, 以使热点连接端通过对热点名的解密接入建立的无线通讯热 点; 处理单元, 配置为调用并执行该热点创建模块。
一种无线通讯热点连接方法, 该方法包括步骤: 响应无线通讯热点搜 索指令, 搜索正在广播的无线通讯连接邀请; 将搜索的无线通讯连接邀请 对应的无线通讯热点的热点名解密成原文, 将解密后的原文展示出来供用 户选择; 响应用户对展示的热点名原文的选择指令; 接收用户的连接权限 信息; 根据接收的连接权限信息分析是否有权限与选择的热点名原文对应 的无线通讯热点建立通讯连接; 在有权限与选择的热点名原文对应的无线 通讯热点建立通讯连接时, 与选择的热点名原文对应的无线通讯热点建立 通讯连接。
一种热点连接端, 该热点连接端包括: 无线通讯单元, 配置为无线通 讯信号的发送和接收; 输入 /输出单元, 配置为提供人机交互界面, 以供用 户输入指令, 且输出显示热点连接端对用户输入指令的响应数据; 热点连 接模块, 配置为响应无线通讯热点搜索指令, 控制无线通讯单元搜索正在 广播的无线通讯连接邀请, 将搜索的无线通讯连接邀请对应的无线通讯热 点的热点名解密成原文, 将解密后的原文展示出来供用户选择, 响应用户 对展示的热点名原文的选择指令, 接收用户的连接权限信息, 根据接收的 连接权限信息分析是否有权限与选择的热点名原文对应的无线通讯热点建 立通讯连接, 及在有权限与选择的热点名原文对应的无线通讯热点建立通 讯连接时, 控制无线通讯单元与选择的热点名原文对应的无线通讯热点建 立通讯连接; 处理单元, 配置为调用并执行该热点连接模块。
相较现有技术, 本发明实施例通过在热点创建端对用户名加密生成热 点名, 为加密生成的热点名配置无线通讯参数以建立无线通讯热点, 以使 热点连接端通过对热点名的解密接入建立的无线通讯热点, 保证了在不依 赖其他任何网络设备的情况下,在两台或多台终端间实现 Wi-Fi热点的创建 和自动识别, 进而实现准确的 Wi-Fi互联。 附图说明
图 1 为本发明实现无线通讯热点创建的热点创建端较佳实施例的功能 结构图; 图 2 为本发明实现无线通讯热点连接的热点连接端较佳实施例的功能 结构图;
图 3为本发明无线通讯热点创建方法较佳实施例的具体实施流程图; 图 4为本发明无线通讯热点连接方法较佳实施例的具体实施流程图。 具体实施方式
应当理解, 此处所描述的具体实施例仅仅用以解释本发明, 并不用于 限定本发明。
如图 1 所示, 为本发明实现无线通讯热点创建的热点创建端较佳实施 例的功能结构图。 该热点创建端 1包括处理单元 10、 输入 /输出单元 13、 热 点创建模块 11及无线通讯单元 15。 在本实施例中, 所述热点创建端 1可以 是手机、 计算机、 平板电脑、 PDA或其他任意适用的终端。 在本实施例中, 当需要在一个终端中建立无线通讯热点(例如, Wi-Fi热点)以让其他终端 接入时, 该终端即称为热点创建端, 而其他已接入或待接入热点创建端的 终端即称为热点连接端,关于所述热点连接端的功能结构请参见下述对图 2 的示例性的描述。
该无线通讯单元 15, 配置为无线通讯信号的发送和接收。
该输入 /输出单元 13, 配置为提供人机交互界面, 以供用户输入指令, 且输出显示热点创建端 1 对用户输入指令的响应数据。 在本实施例中, 该 人机交互界面包括, 但不限于, 软件使用界面及 /或参数设置界面。
该处理单元 10, 配置为调用并执行该热点创建模块 11, 以响应用户的 热点创建指令, 通过对热点名的加密为热点创建端 1 建立无线通讯热点, 并通过建立的无线通讯热点控制无线通讯单元 15对外广播无线通讯连接邀 请。
该热点创建模块 11, 配置为响应无线通讯热点创建指令, 获取用户名。 在本实施例中, 该热点创建模块 11按照如下步骤响应无线通讯热点创 建指令: 提供无线通讯热点创建指令激活接口 (例如, 菜单选项或桌面图 标); 侦测并响应用户通过无线通讯热点创建指令激活接口发出的无线通讯 热点创建指令。 在本发明的其他实施例中, 该热点创建模块 11按照其他任 意适用的步骤响应无线通讯热点创建指令。
在本实施例中, 该热点创建模块 11按照如下步骤获取用户名: 默认保 存的用户名, 及在第一次设置或者需要重新设置用户名时, 提供选择项, 以设置用户名。
该热点创建模块 11,还配置为对获取的用户名进行加密以获得热点名, 为获得的热点名配置无线通讯参数以建立无线通讯热点 (例如, Wi-Fi 热 点), 及通过建立的无线通讯热点控制无线通讯单元 15对外广播无线通讯 连接邀请, 以使热点连接端 2通过对热点名的解密接入建立的无线通讯热 点。
在本实施例中, 所述加密的算法为对等加密( Reciprocal cipher )算法, 所述对等加密算法是密码学中的一类加密 (encryption ) 算法特别的密码。 该类密码的加密 (encryption )算法是它自己本身的逆反函数, 所以其解密 ( decryption )算法等同于加密算法, 也就是说, 要还原对等加密的密文, 套用加密同样的算法即可得到明文。 换句话说, 两次连续的对等加密运算 后会回复原始文字。 在本发明的其他实施例中, 所述加密的算法还可以是 其他任意适用的算法。
较佳地, 为了更好的保证建立的无线通讯热点的安全性, 该热点创建 模块 11按照如下步骤对获取的用户名进行加密以获得热点名: 为获取的用 户名加入特定身份识别标志以得到带身份识别标志的字符串; 将带身份识 别标志的字符串进行加密以得到加密字符串 (即: 热点名)。
在本实施例中, 所述无线通讯参数包括连接密码、 连接认证方式等。 在本发明的其他实施例中, 所述无线通讯参数包括其他任意适用的参数。 如图 2所示, 为本发明实现无线通讯热点连接的热点连接端较佳实施 例的功能结构图。 该热点连接端 2包括处理单元 20、 输入 /输出单元 23、 热 点连接模块 21及无线通讯单元 25。 在本实施例中, 所述热点连接端 2可以 是手机、 计算机、 平板电脑、 PDA或其他任意适用的终端。
该无线通讯单元 25, 配置为无线通讯信号的发送和接收。
该输入 /输出单元 23, 配置为提供人机交互界面, 以供用户输入指令, 且输出显示热点连接端 2对用户输入指令的响应数据。 在本实施例中, 该 人机交互界面包括,但不限于, 软件使用界面及 /或无线通讯热点连接界面。
该处理单元 20, 配置为调用并执行该热点连接模块 21, 以响应用户的 无线通讯热点搜索指令为热点连接端 2搜索出正在广播的无线通讯连接邀 请, 展示搜索出的无线通讯连接邀请对应的热点名原文供用户选择, 并响 应用户的选择指令控制无线通讯单元 15与对应的热点创建端 1建立通讯连 接。
该热点连接模块 21, 配置为响应无线通讯热点搜索指令, 控制无线通 讯单元 25搜索正在广播的无线通讯连接邀请。
在本实施例中, 该热点连接模块 21按照如下步骤响应无线通讯热点搜 索指令: 提供无线通讯热点搜索指令激活接口 (例如, 菜单选项或桌面图 标); 侦测并响应用户通过无线通讯热点搜索指令激活接口发出的无线通讯 热点搜索指令。 在本发明的其他实施例中, 该热点连接模块 21按照其他任 意适用的步骤响应无线通讯热点搜索指令。
该热点连接模块 21, 还配置为将搜索的无线通讯连接邀请对应的无线 通讯热点的热点名解密成原文, 将解密后的原文展示出来供用户选择。
在本实施例中, 所述加密的算法为对等加密( Reciprocal cipher )算法, 所述对等加密算法是密码学中的一类加密 (encryption ) 算法特别的密码。 该类密码的加密 (encryption )算法是它自己本身的逆反函数, 所以其解密 ( decryption )算法等同于加密算法, 也就是说, 要还原对等加密的密文, 套用加密同样的算法即可得到明文。 换句话说, 两次连续的对等加密运算 后会回复原始文字。 在本发明的其他实施例中, 所述解密的算法还可以是 其他任意适用的算法。
较佳地, 为了更好的保证无线通讯热点的连接的安全性, 该热点连接 模块 21按照如下步骤将解密后的原文展示出来供用户选择: 分析解密后的 原文中是否含有特定身份识别标志; 在解密后的原文中含有特定身份识别 标志时, 将解密后的原文展示出来供用户选择, 或者, 在解密后的原文中 不含有特定身份识别标志时, 将解密后的原文不予展示。
该热点连接模块 21, 还配置为响应用户对展示的热点名原文的选择指 令, 接收用户的连接权限信息。 所述连接权限信息包括, 但不限于, 连接 密码。
该热点连接模块 21, 还配置为根据接收的连接权限信息分析热点连接 端 2是否有权限与选择的热点名原文对应的无线通讯热点建立通讯连接, 及在有权限与选择的热点名原文对应的无线通讯热点建立通讯连接时, 控 制无线通讯单元 25 与选择的热点名原文对应的无线通讯热点建立通讯连 接。
在本实施例中, 该热点连接模块 21通过分析接收的连接权限信息是否 与选择的热点名原文对应的无线通讯热点的无线通讯参数相匹配, 来判断 热点连接端 2是否有权限与选择的热点名原文对应的无线通讯热点建立通 讯连接。
需要强调的是, 在无权限与选择的热点名原文对应的无线通讯热点建 立通讯连接时, 该热点连接模块 21的处理方式有多种, 以下以两种方式来 示例性阐述:
方式一: 在接收用户的连接权限信息的次数小于预设次数时, 继续接 收用户的连接权限信息; 或者, 在接收用户的连接权限信息的次数等于预 设次数时, 等待响应用户对展示的热点名原文的新的选择指令;
方式二: 直接等待响应用户对展示的热点名原文的新的选择指令。 如图 3 所示, 为本发明无线通讯热点创建方法较佳实施例的具体实施 流程图。
需要强调的是: 图 3 所示流程图仅为一个较佳实施例, 本领域的技术 人员当知, 任何围绕本发明思想构建的实施例都不应脱离于如下技术方案 涵盖的范围:
响应无线通讯热点创建指令, 获取用户名; 对获取的用户名进行加密 以获得热点名; 为获得的热点名配置无线通讯参数以建立无线通讯热点; 通过建立的无线通讯热点控制无线通讯单元 15 对外广播无线通讯连接邀 请, 以使热点连接端 2通过对热点名的解密接入建立的无线通讯热点。
以下是结合本实施例逐步实现无线通讯热点的创建。
步骤 S10, 该热点创建模块 11响应无线通讯热点创建指令, 获取用户 名。
在本实施例中, 该热点创建模块 11按照如下步骤响应无线通讯热点创 建指令: 提供无线通讯热点创建指令激活接口 (例如, 菜单选项或桌面图 标); 侦测并响应用户通过无线通讯热点创建指令激活接口发出的无线通讯 热点创建指令。 在本发明的其他实施例中, 该热点创建模块 11按照其他任 意适用的步骤响应无线通讯热点创建指令。
在本实施例中, 该热点创建模块 11按照如下步骤获取用户名: 默认保 存的用户名, 及在第一次设置或者需要重新设置用户名时, 提供选择项, 以设置用户名。
步骤 Sll,该热点创建模块 11对获取的用户名进行加密以获得热点名。 较佳地, 为了更好的保证建立的无线通讯热点的安全性, 该热点创建 模块 11按照如下步骤对获取的用户名进行加密以获得热点名: 为获取的用 户名加入特定身份识别标志以得到带身份识别标志的字符串; 将带身份识 别标志的字符串进行加密以得到加密字符串 (即: 热点名)。
步骤 S12, 该热点创建模块 11为获得的热点名配置无线通讯参数以建 立无线通讯热点 (例如, Wi-Fi热点)。
在本实施例中, 所述无线通讯参数包括连接密码、 连接认证方式等。 在本发明的其他实施例中, 所述无线通讯参数包括其他任意适用的参数。
步骤 S13, 该热点创建模块 11通过建立的无线通讯热点控制无线通讯 单元 15对外广播无线通讯连接邀请, 以使热点连接端 2通过对热点名的解 密接入建立的无线通讯热点。
如图 4所示, 为本发明无线通讯热点连接方法较佳实施例的具体实施 流程图。
需要强调的是: 图 4所示流程图仅为一个较佳实施例, 本领域的技术 人员当知, 任何围绕本发明思想构建的实施例都不应脱离于如下技术方案 涵盖的范围:
响应无线通讯热点搜索指令, 控制无线通讯单元 25搜索正在广播的无 线通讯连接邀请; 将搜索的无线通讯连接邀请对应的无线通讯热点的热点 名解密成原文, 将解密后的原文展示出来供用户选择; 响应用户对展示的 热点名原文的选择指令, 接收用户的连接权限信息; 根据接收的连接权限 信息分析热点连接端 2是否有权限与选择的热点名原文对应的无线通讯热 点建立通讯连接; 及在有权限与选择的热点名原文对应的无线通讯热点建 立通讯连接时, 控制无线通讯单元 25与选择的热点名原文对应的无线通讯 热点建立通讯连接。
以下是结合本实施例逐步实现无线通讯热点的连接。
步骤 S15, 该热点连接模块 21响应无线通讯热点搜索指令, 控制无线 通讯单元 25搜索正在广播的无线通讯连接邀请。
在本实施例中, 该热点连接模块 21按照如下步骤响应无线通讯热点搜 索指令: 提供无线通讯热点搜索指令激活接口 (例如, 菜单选项或桌面图 标); 侦测并响应用户通过无线通讯热点搜索指令激活接口发出的无线通讯 热点搜索指令。 在本发明的其他实施例中, 该热点连接模块 21按照其他任 意适用的步骤响应无线通讯热点搜索指令。
步骤 S16, 该热点连接模块 21将搜索的无线通讯连接邀请对应的无线 通讯热点的热点名解密成原文, 将解密后的原文展示出来供用户选择。
较佳地, 为了更好的保证无线通讯热点的连接的安全性, 该热点连接 模块 21按照如下步骤将解密后的原文展示出来供用户选择: 分析解密后的 原文中是否含有特定身份识别标志; 在解密后的原文中含有特定身份识别 标志时, 将解密后的原文展示出来供用户选择, 或者, 在解密后的原文中 不含有特定身份识别标志时, 将解密后的原文不予展示。
步骤 S17, 该热点连接模块 21响应用户对展示的热点名原文的选择指 令, 接收用户的连接权限信息。 所述连接权限信息包括, 但不限于, 连接 密码。
步骤 S18, 该热点连接模块 21根据接收的连接权限信息分析热点连接 端 2是否有权限与选择的热点名原文对应的无线通讯热点建立通讯连接。
在有权限与选择的热点名原文对应的无线通讯热点建立通讯连接时, 转入执行下述步骤 S19, 或者,在无权限与选择的热点名原文对应的无线通 讯热点建立通讯连接时, 转入执行下述步骤 S20或 S21 (图中未示出)。
步骤 S19,该热点连接模块 21控制无线通讯单元 25与选择的热点名原 文对应的无线通讯热点建立通讯连接。
在本实施例中, 该热点连接模块 21通过分析接收的连接权限信息是否 与选择的热点名原文对应的无线通讯热点的无线通讯参数相匹配, 来判断 热点连接端 2是否有权限与选择的热点名原文对应的无线通讯热点建立通 讯连接。
步骤 S20: 在接收用户的连接权限信息的次数小于预设次数时,转入执 行上述步骤 S17;或者,在接收用户的连接权限信息的次数等于预设次数时, 等待响应用户对展示的热点名原文的新的选择指令。
步骤 S21 : 直接等待响应用户对展示的热点名原文的新的选择指令。 以上仅为本发明的优选实施例, 并非因此限制本发明的专利范围, 凡 是利用本发明说明书及附图内容所作的等效结构或等效流程变换, 或直接 或间接运用在其他相关的技术领域, 均同理包括在本发明的专利保护范围 内。

Claims

权利要求书
1、 一种无线通讯热点创建方法, 所述方法包括:
响应无线通讯热点创建指令, 获取用户名;
对获取的用户名进行加密以获得热点名;
为获得的热点名配置无线通讯参数以建立无线通讯热点;
通过建立的无线通讯热点对外广播无线通讯连接邀请, 以使热点连接 端通过对热点名的解密接入建立的无线通讯热点。
2、 如权利要求 1所述的无线通讯热点创建方法, 其中, 所述响应无线 通讯热点创建指令包括:
提供无线通讯热点创建指令激活接口;
侦测并响应用户通过无线通讯热点创建指令激活接口发出的无线通讯 热点创建指令。
3、 如权利要求 1所述的无线通讯热点创建方法, 其中, 所述对获取的 用户名进行加密以获得热点名包括:
为获取的用户名加入特定身份识别标志以得到带身份识别标志的字符 串;
将带身份识别标志的字符串进行加密以得到热点名。
4、 如权利要求 1所述的无线通讯热点创建方法, 其中, 所述获取用户 名包括:
默认保存的用户名; 及
在第一次设置或者需要重新设置用户名时, 提供选择项, 以设置用户 名。
5、 一种热点创建端, 所述热点创建端包括:
无线通讯单元, 配置为无线通讯信号的发送和接收;
输入 /输出单元, 配置为提供人机交互界面, 以供用户输入指令, 且输 出显示热点创建端对用户输入指令的响应数据;
热点创建模块, 配置为响应无线通讯热点创建指令, 获取用户名, 对 获取的用户名进行加密以获得热点名, 为获得的热点名配置无线通讯参数 以建立无线通讯热点, 及通过建立的无线通讯热点控制无线通讯单元对外 广播无线通讯连接邀请, 以使热点连接端通过对热点名的解密接入建立的 无线通讯热点;
处理单元, 配置为调用并执行该热点创建模块。
6、 一种无线通讯热点连接方法, 所述方法包括:
响应无线通讯热点搜索指令, 搜索正在广播的无线通讯连接邀请; 将搜索的无线通讯连接邀请对应的无线通讯热点的热点名解密成原 文, 将解密后的原文展示出来供用户选择;
响应用户对展示的热点名原文的选择指令;
接收用户的连接权限信息;
根据接收的连接权限信息分析是否有权限与选择的热点名原文对应的 无线通讯热点建立通讯连接;
在有权限与选择的热点名原文对应的无线通讯热点建立通讯连接时, 与选择的热点名原文对应的无线通讯热点建立通讯连接。
7、 如权利要求 6所述的无线通讯热点连接方法, 其中, 在无权限与选 择的热点名原文对应的无线通讯热点建立通讯连接时, 该方法还包括: 在接收用户的连接权限信息的次数小于预设次数时, 转入执行上述接 收用户的连接权限信息的步骤; 或者
在接收用户的连接权限信息的次数等于预设次数时, 等待响应用户对 展示的热点名原文的新的选择指令; 或者
直接等待响应用户对展示的热点名原文的新的选择指令。
8、 如权利要求 6所述的无线通讯热点连接方法, 其中, 所述将解密后 的原文展示出来供用户选择包括:
分析解密后的原文中是否含有特定身份识别标志;
在解密后的原文中含有特定身份识别标志时, 将解密后的原文展示出 来供用户选择, 或者, 在解密后的原文中不含有特定身份识别标志时, 将 解密后的原文不予展示。
9、 如权利要求 6所述的无线通讯热点连接方法, 其中, 所述响应无线 通讯热点搜索指令包括:
提供无线通讯热点搜索指令激活接口;
侦测并响应用户通过无线通讯热点搜索指令激活接口发出的无线通讯 热点搜索指令。
10、 一种热点连接端, 所述热点连接端包括:
无线通讯单元, 配置为无线通讯信号的发送和接收;
输入 /输出单元, 配置为提供人机交互界面, 以供用户输入指令, 且输 出显示热点连接端对用户输入指令的响应数据;
热点连接模块, 配置为响应无线通讯热点搜索指令, 控制无线通讯单 元搜索正在广播的无线通讯连接邀请, 将搜索的无线通讯连接邀请对应的 无线通讯热点的热点名解密成原文, 将解密后的原文展示出来供用户选择, 响应用户对展示的热点名原文的选择指令, 接收用户的连接权限信息, 根 据接收的连接权限信息分析是否有权限与选择的热点名原文对应的无线通 讯热点建立通讯连接, 及在有权限与选择的热点名原文对应的无线通讯热 点建立通讯连接时, 控制无线通讯单元与选择的热点名原文对应的无线通 讯热点建立通讯连接;
处理单元, 配置为调用并执行该热点连接模块。
PCT/CN2013/080348 2013-01-14 2013-07-29 无线通讯热点创建和连接方法、热点创建端及热点连接端 WO2013178179A1 (zh)

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