WO2017036394A1 - WiFi资源的处理方法和系统 - Google Patents

WiFi资源的处理方法和系统 Download PDF

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Publication number
WO2017036394A1
WO2017036394A1 PCT/CN2016/097493 CN2016097493W WO2017036394A1 WO 2017036394 A1 WO2017036394 A1 WO 2017036394A1 CN 2016097493 W CN2016097493 W CN 2016097493W WO 2017036394 A1 WO2017036394 A1 WO 2017036394A1
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Prior art keywords
wifi
quality
resource
quality score
identifier
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PCT/CN2016/097493
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English (en)
French (fr)
Inventor
区小东
陈炎福
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腾讯科技（深圳）有限公司
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Publication of WO2017036394A1 publication Critical patent/WO2017036394A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W48/00—Access restriction; Network selection; Access point selection
    • H04W48/20—Selecting an access point
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W24/00—Supervisory, monitoring or testing arrangements
    • H04W24/10—Scheduling measurement reports ; Arrangements for measurement reports

Definitions

  • the present invention relates to the field of Internet application technologies, and in particular, to a method and system for processing a WiFi resource.
  • the terminal can implement wireless connection by identifying the obtained WiFi resources, thereby enabling applications in the terminal to access the network.
  • the WiFi resources identified by the terminal are sequentially presented according to the corresponding signal strengths, and further, when the WiFi resources covering the current location of the terminal are presented to the user, the signal strength is also identified for each WiFi resource, for example, In the list of WiFi resource display, the WiFi resources with strong signals will be displayed at the front end of the list, and the weakest WiFi resources are displayed at the end of the list.
  • the user can obtain the WiFi resource with strong current signal through the display of the WiFi resource on the terminal interface, and then select a certain WiFi resource with strong signal to trigger the wireless connection of the terminal.
  • the embodiment of the present invention provides a method for processing a WiFi resource in a terminal, so that the display of the WiFi resource can provide effective assistance for improving the connection success rate in the terminal.
  • a method for processing a WiFi resource comprising:
  • the quality assessment The score is obtained by the server according to the historical connection state of the access point where the WiFi resource is located;
  • a processing system for a WiFi resource comprising:
  • the triggering reporting module is configured to obtain a WiFi resource, and report the WiFi identifier of the WiFi resource to the server;
  • a receiving module configured to receive a quality score returned by the server according to the reported WiFi identifier, where the quality score is obtained by the server according to a historical connection state of an access point where the WiFi resource is located;
  • a display module configured to perform display of the WiFi resource according to a quality score and a signal strength of the WiFi resource.
  • the terminal obtains the WiFi resource to obtain the corresponding WiFi identifier and the signal strength.
  • the receiving server obtains the WiFi identifier according to the reported The quality score returned by the terminal, any quality score returned is corresponding to the reported WiFi identity, and the server is operated according to the historical connection state, so that the quality of the provided wireless connection is accurately characterized.
  • Subsequent WiFi resource display will be based on the returned quality score and signal strength to match the display of WiFi resources to the returned quality score and signal strength.
  • the display of the WiFi resource takes into account the quality score corresponding to the WiFi resource, it is no longer limited to the signal strength, and the displayed display of the WiFi resource reflects the quality corresponding thereto, so that the user can know each WiFi through the display of the WiFi resource.
  • the quality of the resource is selected to successfully connect the wireless connection of the terminal with the better quality WiFi resource, thereby effectively improving the success rate of the terminal for wireless connection, so that the display of the WiFi resource provides an effective assistance for improving the connection success rate in the terminal.
  • FIG. 1 is a flowchart of a method for processing a WiFi resource according to an embodiment
  • FIG. 2 is a flowchart of a method for processing a WiFi resource according to another embodiment
  • FIG. 3 is a flowchart of a method for matching a WiFi identity according to a reported WiFi identity in a server to obtain a quality score corresponding to a WiFi resource;
  • FIG. 4 is a flow chart of a method for performing WiFi resource display according to a quality score and a signal strength of a WiFi resource in FIG. 1;
  • FIG. 5 is a flow chart of a method for calculating WiFi quality according to a signal value and a quality score in FIG. 4;
  • FIG. 6 is a flowchart of a method for performing WiFi resource display according to WiFi quality in FIG. 5;
  • FIG. 7 is a schematic diagram of an interface for performing WiFi resource display on a terminal interface in an embodiment
  • Figure 8 is a timing diagram of interaction between a terminal and a server in an embodiment
  • FIG. 9 is a schematic block diagram showing the structure of a processing system of a WiFi resource according to an embodiment
  • FIG. 10 is a schematic block diagram showing the structure of a processing system of a WiFi resource according to another embodiment
  • FIG. 11 is a schematic block diagram showing the structure of the matching processing module of FIG. 10;
  • Figure 12 is a schematic block diagram showing the structure of a display module of an embodiment
  • Figure 13 is a schematic block diagram showing the structure of the mass operation unit of Figure 11;
  • Figure 14 is a schematic block diagram showing the structure of the execution unit of Figure 11;
  • FIG. 15 is a schematic structural diagram of a terminal according to an embodiment of the present invention.
  • the embodiments of the present application provide a method for processing a WiFi resource, which can obtain a WiFi identifier and a signal strength of a WiFi resource, obtain a quality score corresponding to the WiFi identifier, and obtain the WiFi resource according to the signal strength and the quality score.
  • WiFi quality and provide the WiFi quality to the user.
  • the quality score is based on the access point where the WiFi resource is located.
  • the history of the connection state is calculated. In this way, the subsequent display in the terminal can be processed according to the WiFi resource identified in the terminal, and the information about the quality of the WiFi resource can be provided in the display of the WiFi resource, thereby helping to improve the success rate of the wireless connection.
  • the signal strength may be converted into a signal value, the signal value and the quality score having the same range of values, and the signal value and the quality score are weighted to obtain the WiFi. quality.
  • the quality level corresponding to the WiFi quality may be obtained according to a preset value range of the WiFi quality corresponding to each preset quality level (an example of "star rating" as a quality level in the following example)
  • the quality level is displayed on a user interface for presenting information of the WiFi resource.
  • the solution of various embodiments may be performed by a computing device, such as a terminal, or a server or the like.
  • the solution of each embodiment may also be completed by two or more computing devices, for example, the terminal and the server are completed together.
  • the processing method of the WiFi resource is as shown in FIG. 1 , and includes the following steps:
  • Step 110 Obtain a WiFi resource, and report a WiFi identifier of the WiFi resource to the server.
  • Step 130 The quality score returned by the receiving server according to the reported WiFi identifier is obtained by the server according to the historical connection state of the access point where the WiFi resource is located.
  • Step 150 Display the WiFi resource according to the quality score and the signal strength of the WiFi resource.
  • the embodiment of the present application can conveniently obtain a higher quality wireless connection service according to the signal strength and the quality score of the WiFi resource.
  • the WiFi resource is obtained by the terminal, and when the terminal starts the WiFi function, the identification end is triggered.
  • the WiFi resource can be obtained at the location of the terminal, that is, the coverage of the WiFi signal includes the WiFi resource at the location of the terminal, wherein the triggering time of the terminal to identify the WiFi resource includes two categories: automatic identification and manual identification, and automatic identification refers to the terminal.
  • the identification of the WiFi resource is automatically performed, and the manual identification is that the user actively triggers the operation. For example, the list displayed on the WiFi resource triggers a pull-down operation to refresh the list, and at this time, the WiFi resource is also triggered. Identification.
  • the WiFi signal is transmitted by the access point corresponding to the WiFi resource to provide wireless connection service for various wireless terminals within the coverage of the WiFi signal.
  • each WiFi resource has its corresponding WiFi.
  • the identifier according to the WiFi signal obtained by the terminal currently searching, obtains the corresponding signal strength while identifying the WiFi identifier.
  • the WiFi resource includes various information such as a WiFi identifier and various parameters, such as signal strength, used to characterize the current state of the WiFi resource.
  • the WiFi identity and the signal strength are triggered for each identified WiFi resource.
  • the WiFi identifier includes an access point identifier and an access point MAC (Media Access Control or Medium Access Control) address to uniquely identify the access point.
  • MAC Media Access Control or Medium Access Control
  • the WiFi identifier in each WiFi resource is reported to the server in the background to wait for the server to respond to the WiFi resource identified by the terminal.
  • the quality score is obtained by evaluating the historical connection status of the WiFi resource. For example, the historical connection state of the wireless connection service provided by the access point corresponding to the WiFi resource can be obtained, and the obtained historical connection state extraction is hierarchically calculated.
  • the quality score of the access point which may be the connection success rate, security, and network speed. Therefore, the quality score will accurately reflect the quality of WiFi resources.
  • dimensions are different for evaluating WiFi.
  • the parameters of resource quality are different for evaluating WiFi.
  • the server in the background records the historical connection status of the WiFi resource. For example, it can record the corresponding log to obtain the historical connection status corresponding to each WiFi resource, and then obtain the corresponding WiFi resource according to the historical connection status.
  • the quality score is corresponding to the WiFi ID stored in the server in the background.
  • the server in the background receives one or more WiFi identifiers reported by any terminal, and obtains a corresponding quality score according to the received WiFi identifier, so as to provide the corresponding quality score to the identified WiFi resource as much as possible.
  • the WiFi identifier report performed by the terminal requests the server in the background to obtain the quality score corresponding to the WiFi identifier, so that the display and selection process of the subsequent WiFi resource can be performed with reference to the quality of the WiFi resource.
  • the terminal when the terminal performs a wireless connection through an access point corresponding to the WiFi resource, the terminal acquires the connection state in the wireless connection, and reports the connection state to the server in the background.
  • connection status obtained by the terminal that performs the wireless connection includes multiple dimensions for measuring the current wireless connection, for example, connection success rate, security, network speed, signal strength, etc., and the specific included dimensions may be The actual operation needs to be set.
  • the server in the background After receiving the connection status reported by the terminal, the server in the background stores the historical connection status as a historical connection status with the corresponding WiFi identifier, so that the server in the background will obtain the historical connection status associated with the massive WiFi identifier.
  • the server in the background For each WiFi identifier, the server in the background performs hierarchical calculation according to the dimension included in the historical connection state to obtain the quality score corresponding to the WiFi identifier, and stores it.
  • the server in the background will also continuously receive the connection status corresponding to the WiFi identifier, and store it as a historical connection state. At this time, it will be performed again according to a preset period. The quality score is run to update the stored quality score.
  • the terminal will display the identified WiFi resources, so that the user can view the WiFi resources that the terminal can access, and then perform wireless connection of the terminal by triggering the selection operation on any WiFi resource.
  • the display of the WiFi resource refers to a display item corresponding to each WiFi resource, and each display item displays content included in a WiFi resource such as a WiFi identifier, and the plurality of display items form a list for displaying the WiFi resource in the terminal.
  • the content in the display item corresponding to the WiFi resource and the location in the list in which it is located will be set according to the quality score and the signal strength, so that the content in the display item and the position of the display item in the list are the quality score and signal with the WiFi resource.
  • the strength is compatible.
  • the user can directly know the quality of each WiFi resource, and then select any better quality WiFi resource as the terminal to obtain the resource of the wireless connection service, and the selected WiFi resource has the quality. Guaranteed.
  • the success rate of the wireless connection in the terminal is greatly improved, and the user no longer needs to select the WiFi resource one by one, and attempts to establish the wireless connection of the terminal to know the quality of the WiFi resource, which greatly simplifies the user operation.
  • the server in the background returns a corresponding connection type, and the connection type is used to indicate the connection mode required for the terminal to establish a connection with the access point.
  • the terminal After receiving the quality score and connection type returned by the server, the terminal displays the WiFi resources according to the connection type, and sequentially displays the quality scores and signal strengths in the WiFi resources corresponding to each connection type.
  • the method before step 130, the method further includes the following steps:
  • Step 210 Perform matching in the server according to the reported WiFi identifier to obtain a quality score corresponding to the WiFi resource.
  • the quality score is stored in the server in association with the WiFi identifier, so that the terminal can obtain the quality score corresponding to the WiFi resource through the WiFi identifier. That is to say, for the WiFi resource, the server stores its corresponding quality score, and the terminal obtains the matching by the WiFi identity.
  • the corresponding quality score is not stored in the server.
  • the quality score corresponding to the WiFi resource is set to a default value, and the wireless connection service provided by the WiFi resource is provided. And constantly update its corresponding quality score.
  • step 230 the quality score corresponding to the WiFi resource is delivered.
  • the server sends the quality score corresponding to the WiFi resource to the terminal that reports the WiFi identity, so that the terminal obtains the quality score corresponding to the WiFi resource.
  • the step 210 includes:
  • Step 211 Extract an access point identifier and an access point MAC address of the WiFi resource from the reported WiFi identifier.
  • Step 213 Match the obtained access point identifier and the access point MAC address in the quality score stored by the server to obtain the quality score corresponding to the WiFi resource.
  • the quality score in the server is stored in association with the access point identifier of the corresponding WiFi resource and the access point MAC address.
  • the server receives the WiFi identifier reported by the terminal, and each WiFi identifier includes an access point identifier and an access point MAC address to uniquely identify the WiFi resource.
  • the access point identifier and the access point MAC address associated with the access point identifier and the access point MAC address in the server are matched one by one, and the corresponding access point identifier and the access point MAC address are obtained. Quality score, which is requested by the terminal.
  • the step 150 includes:
  • Step 151 performing numerical conversion on the signal strength of the WiFi resource to obtain a signal value, the letter The value is attributed to the same numerical range as the quality score.
  • the value of the signal strength can be converted into a value matching the quality score, so that the signal value and the quality score belong to a range of values, that is, the signal strength is an absolute value, and the signal value is a signal.
  • the signal strength is an absolute value between 0 and 100.
  • the quality score is an integer value between 0 and 6.
  • the signal strength is converted to a signal value that matches the quality score for accuracy. The operation.
  • mapping relationship between the signal strength and the signal value is set in advance, so that the signal value corresponding to the signal strength obtained by the current terminal is directly obtained according to the mapping relationship.
  • the preset mapping relationship may be a mapping relationship between a range of values of signal strength and a signal value, which may be as follows:
  • step 153 the WiFi quality is obtained according to the signal value and the quality score.
  • the WiFi quality corresponding to the WiFi resource is measured by the signal value and the quality score to obtain a specific value indicating the quality of the WiFi resource.
  • the signal value and the quality score can be weighted to obtain a corresponding
  • the WiFi quality is specifically as shown in FIG. 5, that is, the step 153 includes:
  • Step 1531 Acquire locally stored signal coefficients and scoring coefficients.
  • the signal coefficient and the scoring coefficient are preset default values, which are read when the WiFi quality operation needs to be performed, and can be dynamically adjusted by the parameter modification in the background server to dynamically adjust the signal coefficient and the scoring coefficient stored locally by the terminal.
  • the specific value For example, the locally stored signal coefficient can be 0.6 and the scoring coefficient is 0.4.
  • Step 1533 Weighting the signal value and the quality score according to the signal coefficient and the scoring coefficient to obtain the WiFi quality.
  • the signal value and the scoring coefficient are used as coefficients for weighting calculation to calculate the signal value and the quality score.
  • the specific calculation process can be as shown in the following formula:
  • WiFi quality signal value * signal coefficient + quality score * scoring coefficient.
  • Step 155 Display the WiFi resource according to the WiFi quality.
  • the quality of the WiFi resource is characterized by the quality of the WiFi resource
  • the quality of the WiFi resource determines the possibility that the terminal successfully performs the wireless connection for the wireless connection performed by the terminal. Therefore, the WiFi resource is used according to the WiFi quality. Displaying will enable the user to directly select the better quality WiFi resources for viewing the display of WiFi resources.
  • step 155 includes:
  • Step 1551 obtain a star rating corresponding to the WiFi quality according to a preset mapping relationship between the WiFi quality range and the star rating.
  • the star rating is an example of the quality level, that is, the more stars, the better the quality of the WiFi resources.
  • the quality level of WiFi resources can also be reflected in other forms, such as scores (for example, a score of 10 or 100, the higher the score indicates the higher the quality), and the level (such as level one, two, three, four, etc.) The smaller the level value, the higher the quality), and so on.
  • Multiple WiFi quality ranges are preset, and multiple WiFi quality ranges are set to cover The value corresponding to all WiFi quality.
  • the WiFi quality range to which the WiFi quality belongs is located according to the value of the WiFi quality, and the star rating corresponding to the WiFi quality is obtained according to the mapping relationship between the WiFi quality and the star rating, and the star is used.
  • the star rating corresponding to the WiFi quality is obtained according to the mapping relationship between the WiFi quality and the star rating, and the star is used.
  • mapping between WiFi quality range and star rating can be as follows:
  • Step 1553 Display content related to the WiFi resource in the terminal interface, and add a corresponding star rating to the content display performed by the WiFi resource.
  • the WiFi resource related content includes a WiFi identifier, etc., and the display position in the terminal interface is adapted to the WiFi quality, and the star rating is identified in the content displayed by the WiFi resource, for example, because the star rating is an integer, and The quality of the WiFi is increased and the star rating is performed by adding a corresponding number of star icons to the displayed content in the terminal interface according to the value corresponding to the star rating.
  • the user can quickly and accurately obtain the better quality WiFi resources, which greatly improves the convenience and effectiveness of the wireless connection triggered by the user in the terminal.
  • the terminal interface performs content display in a list form, wherein the list includes at least one display item, and a display item is content display performed by a WiFi resource; that is, the display item includes Contents related to WiFi resources, such as WiFi identifiers corresponding to WiFi resources, signal strength identifiers, and several stars corresponding to star ratings
  • the star icon 410, and the display items of the resource resources are arranged in the order of the star rating, so that the star rating is the highest, that is, the display item of the WiFi quality best WiFi resource is placed at the top of the list, and the WiFi quality is the worst.
  • the display entry for the WiFi resource is placed at the end of the list.
  • the star rating of the WiFi resource is realized, and the quality of the WiFi resource is judged and the corresponding judgment result is presented, thereby providing high-quality WiFi resources for the wireless connection in the terminal, thereby contributing to improvement The connection success rate of the terminal.
  • the terminal may be a variety of wireless portable mobile devices such as a smart phone and a tablet computer, and the client running in the terminal performs multiple steps of the terminal involved in the present invention to implement data of the terminal and the server. Interaction.
  • the terminal directly performs calculation after receiving the quality score sent by the server, so as to perform corresponding display, the time is within milliseconds, and therefore, no delay is caused, thus ensuring The timeliness of WiFi resource display.
  • a processing system for a WiFi resource is provided correspondingly.
  • the system includes a trigger reporting module 510, a receiving module 530, and a display module 550, which are executed in the terminal 50, where:
  • the triggering reporting module 510 is configured to obtain a WiFi resource, and report the WiFi identifier of the WiFi resource to the server.
  • the receiving module 530 is configured to receive, by the server, a quality score returned according to the reported WiFi identifier, where the quality score is obtained by the server according to a historical connection state of the access point where the WiFi resource is located.
  • the display module 550 is configured to perform WiFi according to the quality score and the signal strength of the WiFi resource. Display of resources.
  • the trigger reporting module 510, the receiving module 530, and the display module 550 are all installed in the terminal 50 to complete the processing performed by the terminal 50 on the identified WiFi resources, so that the display performed by the WiFi resources is scored with the quality.
  • the signal strength is adapted.
  • system as described above further includes a matching processing module 610 and a sending module 630 running in the server 60, wherein:
  • the matching processing module 610 is configured to perform matching in the server according to the reported WiFi identifier to obtain a quality score corresponding to the WiFi resource.
  • the sending module 630 is configured to deliver a quality score corresponding to the WiFi resource.
  • the matching processing module 610 and the sending module 630 can be implemented by a server program running in the server 60, and provide a corresponding quality score for the WiFi resources identified by the terminal 50 through interaction with the terminal 50.
  • the server 60 Since the server 60 interacts with a large number of terminals 50, for a WiFi resource, it can know the status of the WiFi resource used to implement the wireless connection in the plurality of terminals 50, and the quality score provided by the server 60 will be available. Very high accuracy.
  • the matching processing module 630 includes an extracting unit 631 and a matching executing unit 633, where:
  • the extracting unit 631 is configured to extract, from the reported WiFi identifier, an access point identifier and an access point MAC address of the WiFi resource.
  • the matching execution unit 633 is configured to match, according to the extracted access point identifier and the access point MAC address, the quality score corresponding to the WiFi resource in the quality score stored by the server.
  • the quality score in the server 60 is stored in association with the access point identifier and the access point MAC address of the corresponding WiFi resource.
  • the display module 550 includes a numerical conversion unit. 551.
  • the value conversion unit 551 is configured to perform numerical conversion on the signal strength of the WiFi resource to obtain a signal value, where the signal value belongs to the same data range as the quality score.
  • the quality operation unit 553 is configured to calculate the WiFi quality according to the signal value and the quality score.
  • the display execution unit 555 is configured to perform display of the WiFi resource according to the WiFi quality.
  • the quality operation unit 553 includes a coefficient acquisition sub-unit 5531 and a weight calculation sub-unit 5533, wherein:
  • the coefficient acquisition sub-unit 5531 is configured to acquire locally stored signal coefficients and scoring coefficients.
  • the weighting calculation sub-unit 5535 is configured to perform weighting calculation on the signal value and the quality score according to the signal coefficient and the scoring coefficient to obtain the WiFi quality.
  • the display execution unit 555 includes a star map sub-unit 5551 and a star identifier sub-unit 5553, wherein:
  • the star mapping sub-unit 5551 is configured to obtain a star rating corresponding to the WiFi quality according to a preset mapping relationship between the WiFi quality range and the star rating.
  • the star identifier sub-unit 5553 is configured to display the WiFi resource in the terminal interface and identify the star rating corresponding to the displayed WiFi resource.
  • FIG. 15 shows a terminal structure provided by an embodiment of the present invention.
  • the terminal 1500 is only one example that is suitable for the present invention and is not to be considered as providing any limitation on the scope of use of the present invention. Nor can the terminal 1500 be interpreted as requiring a combination of one or more of the exemplary terminals that are dependent on or have the illustrations.
  • terminal 1500 includes a processor 1510, a memory 1520, and a system bus 1530.
  • processor 1510 is a hardware for executing computer program instructions through basic arithmetic and logic operations in a computer system.
  • Memory 1520 is a physical device for temporarily or permanently storing computer programs or data.
  • the memory 1520 stores the identified WiFi resource-related WiFi identifier, signal strength, quality score, and related program instructions.
  • the processor 1510 executes the program instructions in the memory 1520 to enable the terminal by identifying the obtained WiFi resources. Successfully make a wireless connection using this WiFi resource.
  • Terminal 1500 also includes various input interfaces 1570, input devices 1540 to implement various inputs.
  • the input device 1540 may be at least one of a touch screen, a button, a keyboard, and a mouse.
  • Terminal 1500 also includes a storage device 1580 that can be selected from a variety of computer readable storage media, which are any available media that can be accessed, including both mobile and fixed media.
  • a computer readable storage medium including but not limited to a flash memory (micro SD card), a CD-ROM, a digital versatile disc (DVD) or other optical disc, a magnetic tape cartridge, a tape storage or other storage device, or a storage device Any other media that requires information and is accessible.
  • the terminal 1500 suitable for the present invention will perform the subsequent processing of the identified wifi resources for display of the specified program instructions to implement the wireless connection of the terminal 1500.
  • the present invention can be equally implemented by a hardware circuit or a hardware circuit in combination with software instructions, and thus, the present invention is not limited to any specific hardware circuit, software, or a combination of both.
  • a person skilled in the art may understand that all or part of the steps of implementing the above embodiments may be completed by hardware, or may be instructed by a program to execute related hardware, and the program may be stored in a computer readable storage medium.
  • the storage medium mentioned may be a read only memory, a magnetic disk or an optical disk or the like.

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Abstract

本发明提供了一种WiFi资源的处理方法，所述方法包括：获取WiFi资源，向服务器上报所述WiFi资源的WiFi标识；接收所述服务器根据上报的WiFi标识返回的质量评分；根据质量评分和WiFi资源的信号强度进行所述WiFi资源的显示。此外，还提供了一种与该方法匹配的WiFi资源的处理系统。上述WiFi资源的处理方法和系统使得WiFi资源的显示为终端中连接成功率的提高提供了有效辅助，进而保证终端中的无线连接的实现。

Description

WiFi资源的处理方法和系统 技术领域
本发明涉及互联网应用技术领域，特别涉及一种WiFi资源的处理方法和系统。
发明背景
随着互联网应用的飞速发展，终端可通过识别得到的WiFi资源实现无线连接，进而使得终端中的应用可进行网络访问。其中，终端所识别得到的WiFi资源是按照其所对应的信号强度顺序呈现的，进而在向用户呈现覆盖终端当前所在位置的WiFi资源的同时，还对每一WiFi资源标识信号强度，例如，在实现WiFi资源显示的列表中，信号较强的WiFi资源将显示于列表前端，信号最弱的WiFi资源显示于列表末端。
用户可以通过终端界面进行的WiFi资源显示来获知当前信号较强的WiFi资源，进而选定信号较强的某一WiFi资源以触发进行终端的无线连接。
发明内容
有鉴于此，本发明实施例提供了一种终端中WiFi资源的处理方法，以使得WiFi资源的显示能够为终端中连接成功率的提高提供有效辅助。
此外，还有必要相应提供一种WiFi资源的处理系统。
为解决上述技术问题，将采用如下技术方案：
一种WiFi资源的处理方法，包括：
获取WiFi资源，向服务器上报所述WiFi资源的WiFi标识；
接收所述服务器根据上报的WiFi标识返回的质量评分，所述质量评 分是服务器根据WiFi资源所在接入点的历史连接状态进行运算得到的；
根据质量评分和所述WiFi资源的信号强度进行所述WiFi资源的显示。
一种WiFi资源的处理系统，包括：
触发上报模块，用于获取WiFi资源，向服务器上报所述WiFi资源的WiFi标识；
接收模块，用于接收所述服务器根据上报的WiFi标识返回的质量评分，所述质量评分是服务器根据WiFi资源所在接入点的历史连接状态进行运算得到的；
显示模块，用于根据质量评分和所述WiFi资源的信号强度进行所述WiFi资源的显示。
由上述技术方案可知，终端如需要以无线方式进行网络访问，则获取WiFi资源，以得到对应的WiFi标识和信号强度，在向服务器上报得到的WiFi标识之后，接收得到服务器根据上报的WiFi标识向终端返回的质量评分，所返回的任一质量评分均是与上报的一WiFi标识相对应的，服务器根据历史连接状态进行运行得到的，因此将准确地表征了所对提供的无线连接的质量，后续所进行的WiFi资源显示将是根据返回的质量评分和信号强度进行的，以使得WiFi资源的显示与返回的质量评分和信号强度相匹配。
由于WiFi资源的显示考虑了WiFi资源所对应的质量评分，不再仅限于信号强度，所得到的WiFi资源的显示反映了其所对应的质量，进而使得用户可通过WiFi资源的显示获知每一WiFi资源的质量，以选取质量较佳的WiFi资源成功进行终端的无线连接，进而有效地提高了终端进行无线连接的成功率，使得WiFi资源的显示为终端中连接成功率的提高提供有效辅助。
附图简要说明
图1是一个实施例的WiFi资源的处理方法的流程图；
图2是另一个实施例的WiFi资源的处理方法的流程图；
图3是图2中根据上报的WiFi标识在服务器中进行匹配，以得到WiFi资源对应的质量评分的方法流程图；
图4是图1中根据质量评分和WiFi资源的信号强度进行WiFi资源的显示的方法流程图；
图5是图4中根据信号值和质量评分运算得到WiFi质量的方法流程图；
图6是图5中按照WiFi质量进行WiFi资源的显示的方法流程图；
图7是一个实施例中终端界面进行WiFi资源显示的界面示意图；
图8是一个实施例终端和服务器之间进行交互的时序图；
图9是一个实施例的WiFi资源的处理系统的结构示意框图；
图10是另一个实施例的WiFi资源的处理系统的结构示意框图；
图11是图10中匹配处理模块的结构示意框图；
图12是一个实施例的显示模块的结构示意框图；
图13是图11中质量运算单元的结构示意框图；
图14是图11中显示执行单元的结构示意框图；
图15是本发明实施例提供的一种终端的结构示意图。
实施本发明的方式
本申请各实施例提供一种WiFi资源的处理方法，可以获取WiFi资源的WiFi标识和信号强度，获取所述WiFi标识对应的质量评分，根据所述信号强度和所述质量评分获得所述WiFi资源的WiFi质量，并将所述WiFi质量提供给用户。其中，质量评分是根据WiFi资源所在接入点 的历史连接状态进行运算得到的。这样，可以根据终端中识别得到的WiFi资源对其后续在终端中的显示进行处理，进而可以在WiFi资源的显示中提供与WiFi资源的质量有关的信息，从而辅助提高无线连接成功率。
各实施例中，可以将所述信号强度转换为信号值，使所述信号值与所述质量评分具有相同的取值范围，对所述信号值和所述质量评分进行加权计算得到所述WiFi质量。
各实施例中，可以根据预设的各个质量等级对应的WiFi质量的取值范围获取所述WiFi质量对应的质量等级(后文的例子中以“星级”作为质量等级的一个例子)，使所述质量等级展示在用于展示所述WiFi资源的信息的用户界面上。
各实施例的方案可以由一个计算设备完成，例如终端，或服务器等。各实施例的方案也可以由两个或以上的计算设备共同完成，例如终端和服务器共同完成。
在一个实施例中，具体的，该WiFi资源的处理方法如图1所示，包括如下步骤：
步骤110，获取WiFi资源，向服务器上报WiFi资源的WiFi标识。
步骤130，接收服务器根据上报的WiFi标识返回的质量评分，该质量评分是服务器根据WiFi资源所在接入点的历史连接状态进行运算得到的。
步骤150，根据质量评分和WiFi资源的信号强度进行WiFi资源的显示。
本申请实施例在对WiFi资源进行显示时，不仅根据信号强度，还根据WiFi资源的质量评分，能够方便用户获得更高质量的无线连接服务。
WiFi资源是终端识别得到的，终端开启WiFi功能时，触发识别终 端所在位置能够获取得到的WiFi资源，即WiFi信号覆盖范围包括了终端所在位置的WiFi资源，其中，终端识别WiFi资源的触发时机包括了自动识别和手动识别两大类，自动识别是指在终端符合预设条件时自动进行WiFi资源的识别，而手动识别则是用户主动触发操作，例如，对WiFi资源进行显示的列表触发下拉操作，以刷新该列表，此时，也将触发进行WiFi资源的识别。
通过WiFi资源对应的接入点发射WiFi信号，以在WiFi信号覆盖范围之内为各种无线终端提供无线连接服务，其中，为了对WiFi资源进行标识，每一WiFi资源均有其所对应的WiFi标识，根据终端当前搜索得到的WiFi信号，在识别得到WiFi标识的同时也将获取得到对应的信号强度。
也就是说，WiFi资源包括了各种信息，如，WiFi标识以及用以表征WiFi资源当前状态的各种参数，如信号强度。
终端中识别得到一个或者多个WiFi资源时，针对识别得到的每一WiFi资源触发获取WiFi标识和信号强度。其中，该WiFi标识包括接入点标识和接入点MAC(Media Access Control或者Medium Access Control，介质访问控制)地址，以对接入点进行唯一标识。
获取得到每一WiFi资源中包含的WiFi标识和信号强度之后，将每一WiFi资源中的WiFi标识上报至后台的服务器中，以等待服务器对终端所识别得到的WiFi资源进行响应。
质量评分是根据WiFi资源的历史连接状态进行评估所得到的，例如，可获取WiFi资源对应接入点提供无线连接服务的历史连接状态，对获取的历史连接状态抽取数个维度进行分层计算得到该接入点的质量评分，该维度可以是连接成功率、安全性和网速等。因此，质量评分将准确地反应了WiFi资源的质量。这里，维度是指不同的用于评价WiFi 资源质量的参数。
后台的服务器将对WiFi资源的历史连接状态进行记录，例如，其可以生成相应日志的形式进行记录，以得到每一WiFi资源所对应的历史连接状态，进而根据历史连接状态运算得到WiFi资源所对应的质量评分，并与WiFi标识对应存储于后台的服务器中。
后台的服务器接收得到任一终端上报的一个或者多个WiFi标识，并根据接收得到的WiFi标识获取对应的质量评分，以尽可能地为识别得到的WiFi资源提供其所对应的质量评分。
也就是说，通过终端所进行的WiFi标识上报，向后台的服务器请求获取WiFi标识对应的质量评分，以便于后续WiFi资源的显示和选取过程得以参考WiFi资源的质量执行。
进一步的，终端通过一WiFi资源所对应的接入点进行无线连接时，获取无线连接中的连接状态，并将向后台的服务器上报方连接状态。
其中，进行无线连接的终端所获取的连接状态将包括了用以衡量当前无线连接的多个维度，例如，连接成功率、安全性、网速、信号强度等，其具体所包括的维度可根据实际运营的需要进行设置。
后台的服务器在接收得到终端上报的连接状态之后，将作为历史连接状态与相应的WiFi标识进行关联存储，由此后台的服务器将得到海量WiFi标识所分别关联的历史连接状态。
对于每一WiFi标识，后台的服务器将按照历史连接状态中包含的维度进行分层计算，以得到该WiFi标识所对应的质量评分，并存储。
而对于与WiFi标识关联存储的质量评分而言，后台的服务器也还将不断接收得到该WiFi标识所对应的连接状态，并作为历史连接状态关联存储，此时也将按照预设的周期再次进行质量评分的运行，以对存储的质量评分进行更新。
终端将对识别得到的WiFi资源进行显示，便于用户查看终端可接入的WiFi资源，进而通过对任一WiFi资源触发选取操作而进行终端的无线连接。
其中，WiFi资源的显示指的是每一WiFi资源均有对应的显示条目，每一显示条目中显示了WiFi标识等WiFi资源包含的内容，多个显示条目形成终端中进行WiFi资源显示的列表。
WiFi资源对应的显示条目中内容以及其所在列表中的位置将根据质量评分和信号强度进行设置，以使得显示条目中的内容以及该显示条目在列表中的位置是与WiFi资源的质量评分和信号强度相适应的。
因此，在WiFi资源所进行的显示中，用户可直接获知每一WiFi资源的质量，进而选取任一质量较佳的WiFi资源作为终端获取得到无线连接服务的资源，该选取的WiFi资源是有质量保障的。与之相对应的，终端中无线连接成功率得到大大提高，用户不再需要通过逐一选取WiFi资源，尝试进行终端的无线连接而获知WiFi资源的质量，极大的简化了用户操作。
另外，对于终端上报的WiFi标识，后台的服务器在返回相应的质量评分之外，还将返回相应的连接类型，该连接类型用于指示终端与接入点建立连接所需要采用的连接方式。
终端接收到服务器返回的质量评分和连接类型之后，将按照连接类型对WiFi资源进行分类型显示，并在每一连接类型所对应显示的WiFi资源中，按照质量评分和信号强度进行顺次显示。
在一个实施例中，如图2所示，步骤130之前，该方法还包括如下步骤：
步骤210，根据上报的WiFi标识在服务器中进行匹配，以得到WiFi资源对应的质量评分。
质量评分与WiFi标识关联存储于服务器中，以便于终端可通过WiFi标识得到WiFi资源对应的质量评分。也就是说，对于WiFi资源而言，服务器存储了其所对应的质量评分，终端通过WiFi标识匹配得到。
另外，即便WiFi资源是一个新出现的WiFi资源，服务器中未存储对应的质量评分，此时，该WiFi资源对应的质量评分则设置为默认值，并随着该WiFi资源所提供的无线连接服务而不断更新其对应的质量评分。
步骤230，下发WiFi资源对应的质量评分。
服务器向上报WiFi标识的终端下发WiFi资源对应的质量评分，以使得终端获取得到WiFi资源对应的质量评分。
进一步的，在本实施例中，如图3所示，该步骤210包括：
步骤211，从上报的WiFi标识提取得到WiFi资源的接入点标识和接入点MAC地址。
步骤213，根据提取得到的接入点标识和接入点MAC地址在服务器存储的质量评分中匹配得到WiFi资源对应的质量评分。
其中，服务器中质量评分是与相应WiFi资源的接入点标识、接入点MAC地址关联存储的。
具体的，服务器接收得到终端上报的WiFi标识，每一WiFi标识均包括了接入点标识和接入点MAC地址，以对WiFi资源进行唯一标识。
根据接入点标识和接入点MAC地址在服务器中质量评分所关联的接入点标识和接入点MAC地址逐一进行匹配，进而得到与提取的接入点标识、接入点MAC地址对应的质量评分，该质量评分即为终端所请求获取的。
在一个实施例中，如图4所示，该步骤150包括：
步骤151，对WiFi资源的信号强度进行数值转换得到信号值，该信 号值是与质量评分归属于相同数值范围。
为方便进行运算，可将信号强度的数值转换为与质量评分相匹配的数值，使信号值与质量评分同属于一个数值范围，也就是说，信号强度作为一个绝对值，该信号值则是信号强度与质量评分相对应的一个相对值。
例如，信号强度是一个介于0至100之间的绝对值，质量评分是一个介于0至6之间的整数值，将信号强度转换为与质量评分相匹配的信号值，以便于进行准确的运算。
具体的，预先设置了信号强度与信号值之间的映射关系，以根据该映射关系直接获取得到当前终端获取得到的信号强度所对应的信号值。
在优选的实施例中，预先设置的映射关系可是信号强度的一取值范围与一信号值之间的映射关系，其可如下表所示：
信号强度的取值范围 信号值
0≤Y＜30 1
30≤Y＜50 2
50≤Y＜70 3
70≤Y＜80 4
80≤Y＜90 5
90≤Y＜100 6
表1
其中，Y为信号强度。
步骤153，根据信号值和质量评分运算得到WiFi质量。
通过信号值和质量评分衡量WiFi资源所对应的WiFi质量，以得到用以表示WiFi资源的质量高低的具体数值。
在一个实施例中，可对信号值和质量评分进行加权计算得到对应的 WiFi质量，具体如图5所示，即，该步骤153包括：
步骤1531，获取本地存储的信号系数和评分系数。
信号系数和评分系数均是预先设置的默认值，在需要进行WiFi质量的运算时读取得到，并可通过后台的服务器中进行的参数修改来动态调整终端本地存储的信号系数和评分系数所对应的具体数值。例如，本地存储的信号系数可以是0.6，评分系数则是0.4。
步骤1533，根据信号系数和评分系数对信号值和质量评分进行加权计算得到WiFi质量。
以信号系数和评分系数作为用以进行加权计算的系数来对信号值和质量评分进行计算，其具体的计算过程可如以下公式所示：
WiFi质量＝信号值*信号系数+质量评分*评分系数。
步骤155，按照WiFi质量进行WiFi资源的显示。
由于WiFi质量表征了对应WiFi资源的质量好坏，而对于终端所进行的无线连接而言，WiFi资源的质量好坏将决定了终端成功进行无线连接的可能性，因此，按照WiFi质量对WiFi资源进行显示将使得用户对查看WiFi资源的显示即可直接选取质量较佳的WiFi资源。
进一步的，在一个实施例中，如图6所示，该步骤155的具体过程包括：
步骤1551，根据预设的WiFi质量范围和星级之间的映射关系得到WiFi质量对应的星级。
这里，星级是质量等级的一个例子，即星越多，说明WiFi资源的质量越好。其它例子中，WiFi资源的质量等级也可以体现为其它形式，如分数(例如满分为10分或100分等，分数越高表示质量越高)、级别(例如级别一、二、三、四等，级别数值越小表示质量越高)，等。
预先设置了多个WiFi质量范围，设置的多个WiFi质量范围涵盖了 所有WiFi质量对应的数值。在计算得到WiFi资源对应的WiFi质量时，根据WiFi质量的数值定位其所属的WiFi质量范围，进而根据WiFi质量和星级之间的映射关系得到WiFi质量对应的星级，该星级即为用以形象地表征WiFi资源的质量好坏，例如，WiFi质量越好，则星级越高。
例如，WiFi质量范围与星级之间的映射关系可如下表所示：
WiFi质量范围 星级
0≤WiFi质量评分≤1 1星
1＜WiFi质量评分≤2 2星
2＜WiFi质量评分≤3 3星
3＜WiFi质量评分≤4 4星
4＜WiFi质量评分≤5 5星
表2
步骤1553，在终端界面中对WiFi资源相关的内容进行显示，并为WiFi资源所进行的内容显示附加对应的星级。
WiFi资源相关的内容包括WiFi标识等，其在终端界面中的显示位置是与WiFi质量相适应的，并且在WiFi资源进行显示的内容中标识星级，例如，由于星级是整数的，并且随着WiFi质量的提高而递增，因此，对显示的内容所进行的星级标识可以是根据该星级所对应的数值在终端界面中为显示的内容附加对应数量的星星图标。
用户通过查看终端界面中的显示内容即可快速准确地获取得到质量较佳的WiFi资源，对于用户在终端中触发的无线连接而言，大为提高了其操作的便捷性以及有效性。
例如，如图7所示，终端界面以列表形式进行内容显示，其中，该列表包括了至少一个显示条目，一显示条目即为一WiFi资源进行的内容显示；也就是说，该显示条目包括了一WiFi资源对应的WiFi标识等与WiFi资源相关的内容、信号强度标识以及与星级相对应的若干个星 星图标410，并且资源资源的显示条目在列表中是按照星级的高低进行顺序排列的，以使得星级最高，即WiFi质量最佳的WiFi资源的显示条目置于列表顶端，WiFi质量最差的WiFi资源的显示条目置于列表末端。
通过如上所述的过程，实现了WiFi资源的星级评分，以对WiFi资源的质量进行判断并呈现相应的判断结果，进而为终端中的无线连接实现提供了优质WiFi资源，从而有助于提高终端的连接成功率。
下面结合一个具体的实施例来详细阐述如上所述的WiFi资源的处理过程。该实施例中，其将在运行于终端的客户端和服务器之间的交互下实现，涉及的交互过程请参考如图8所示的详细的时序过程。
需要说明的是，该终端可以是智能手机、平板电脑等各种无线便携移动设备，而运行在该终端中的客户端将执行本发明中涉及终端的多个步骤，以实现终端与服务器的数据交互。
通过如上所述的过程，终端在接收得到服务器下发的质量评分之后直接进行计算，以进行相应的显示，此耗时是在毫秒级以内的，因此，不会造成延时，因此，保证了WiFi资源显示的及时性。
在一个实施例中，还相应地提供了一种WiFi资源的处理系统，如图9所示，该系统包括触发上报模块510、接收模块530和显示模块550，其运行于终端50中，其中：
触发上报模块510，用于获取WiFi资源，向服务器上报WiFi资源的WiFi标识。
接收模块530，用于接收服务器根据上报的WiFi标识返回的质量评分，该质量评分是服务器根据WiFi资源所在接入点的历史连接状态进行运算得到的。
显示模块550，用于根据质量评分和WiFi资源的信号强度进行WiFi 资源的显示。
如上所述的触发上报模块510、接收模块530和显示模块550均搭载于终端50中，以完成终端50对于识别得到的WiFi资源所进行的处理，进而使得WiFi资源所进行的显示是与质量评分、信号强度相适应的。
在另一个实施例中，如图10所示，如上所述的系统还包括了匹配处理模块610和下发模块630，其运行于服务器60中，其中：
匹配处理模块610，用于根据上报的WiFi标识在服务器中进行匹配，以得到WiFi资源对应的质量评分。
下发模块630，用于下发WiFi资源对应的质量评分。
匹配处理模块610和下发模块630可由运行于服务器60中的服务器程序实现，通过与终端50所进行的交互为终端50识别得到的WiFi资源提供对应的质量评分。
由于服务器60是与海量的终端50进行交互的，因此，对于一WiFi资源，其可获知该WiFi资源在多个终端50中用以实现无线连接的状况，由服务器60所提供的质量评分将具备了极高的准确性。
进一步的，在本实施例中，如图11所示，该匹配处理模块630包括提取单元631和匹配执行单元633，其中：
提取单元631，用于从上报的WiFi标识提取得到WiFi资源的接入点标识和接入点MAC地址。
匹配执行单元633，用于根据提取得到的接入点标识和接入点MAC地址在服务器存储的质量评分中匹配得到WiFi资源对应的质量评分。
其中，服务器60中质量评分是与相应WiFi资源的接入点标识、接入点MAC地址关联存储的。
在一个实施例中，如图12所示，该显示模块550包括数值转换单元 551、质量运算单元553和显示执行单元555，其中：
数值转换单元551，用于对WiFi资源的信号强度进行数值转换得到信号值，该信号值是与质量评分归属于相同数据范围。
质量运算单元553，用于根据信号值和质量评分运算得到WiFi质量。
显示执行单元555，用于按照WiFi质量进行WiFi资源的显示。
进一步的，如图13所示，质量运算单元553包括系数获取子单元5531和加权计算子单元5533，其中：
系数获取子单元5531，用于获取本地存储的信号系数和评分系数。
加权计算子单元5535，用于根据信号系数和评分系数对信号值和质量评分进行加权计算得到WiFi质量。
进一步的，如图14所示，显示执行单元555包括星级映射子单元5551和星级标识子单元5553，其中：
星级映射子单元5551，用于根据预设的WiFi质量范围和星级之间的映射关系得到WiFi质量对应的星级。
星级标识子单元5553，用于将WiFi资源显示终端界面中，并对显示的WiFi资源标识对应的星级。
图15示出了本发明实施例提供的一种终端结构。该终端1500只是一个适用于本发明的示例，而不能够认为是提供了对本发明的使用范围的任何限制。该终端1500也不能解释为需要依赖于或具有图示的示例性的终端中的一个或者多个部分的组合。
如图15所示，终端1500包括处理器1510、存储器1520和系统总线1530。包括处理器1510和存储器1520在内的各种组件将连接到系统总线1530上。处理器1510是一个用于通过计算机系统中基本的算术和逻辑运算来执行计算机程序指令的硬件。存储器1520是一个用于临时或永久性存储计算机程序或数据的物理设备。
其中，存储器1520中对识别得到的WiFi资源相关的WiFi标识、信号强度、质量评分以及相关的程序指令进行存储；处理器1510将执行存储器1520中的程序指令，以通过识别得到的WiFi资源使终端使用该WiFi资源成功进行无线连接。
终端1500还包括各种输入接口1570、输入装置1540，以实现各种输入。其中，该输入装置1540可以是触摸屏幕、按键、键盘和鼠标等至少一种。
终端1500还包括存储设备1580，存储设备1580可以从多种计算机可读存储介质中选择，计算机可读存储介质是指可以进行访问的任何可利用的介质，包括移动的和固定的两种介质。例如，计算机可读存储介质，包括但不限于闪速存储器(微型SD卡)、CD-ROM、数字通用光盘(DVD)或其它光盘、磁带盒、磁带存储或其它存储设备、或者可用于存储所需信息并可访问的任何其它介质。
如上面所详细描述的，适用于本发明的终端1500将执行对识别得到的wifi资源进行后续处理以便于显示的指定程序指令，以实现终端1500的无线连接。
此外，通过硬件电路或者硬件电路结合软件指令也能同样实现本发明，因此，实现本发明并不限于任何特定硬件电路、软件以及两者的组合。
本领域普通技术人员可以理解实现上述实施例的全部或部分步骤可以通过硬件来完成，也可以通过程序来指令相关的硬件完成，所述的程序可以存储于一种计算机可读存储介质中，上述提到的存储介质可以是只读存储器，磁盘或光盘等。
综上所述，权利要求的范围不应局限于以上描述的例子中的实施方式，而应当将说明书作为一个整体并给予最宽泛的解释。

Claims (15)

  1. 一种WiFi资源的处理方法，其特征在于，包括：
    获取WiFi资源，向服务器上报所述WiFi资源的WiFi标识；
    接收所述服务器根据上报的WiFi标识返回的质量评分，所述质量评分是服务器根据WiFi资源所在接入点的历史连接状态进行运算得到的；
    根据质量评分和所述WiFi资源的信号强度进行所述WiFi资源的显示。
  2. 根据权利要求1所述的方法，其特征在于，所述接收根据上报的WiFi标识返回的质量评分的步骤之前，所述方法还包括：
    根据上报的所述WiFi标识在服务器中进行匹配，以得到所述WiFi资源对应的质量评分；
    下发所述WiFi资源对应的质量评分。
  3. 根据权利要求2所述的方法，其特征在于，所述根据上报的所述WiFi标识在服务器中进行匹配，以得到所述WiFi资源对应的质量评分的步骤包括：
    从上报的所述WiFi标识提取得到WiFi资源的接入点标识和接入点MAC地址；
    根据提取得到的所述接入点标识和接入点MAC地址在服务器存储的质量评分中匹配得到所述WiFi资源对应的质量评分；
    其中，所述服务器中所述质量评分是与相应WiFi资源的接入点标识、接入点MAC地址关联存储的。
  4. 根据权利要求1所述的方法，其特征在于，所述根据质量评分和所述WiFi资源的信号强度进行所述WiFi资源的显示的步骤包括：
    对所述WiFi资源的信号强度进行数值转换得到信号值，所述信号值是与所述质量评分归属于相同数值范围；
    根据所述信号值和质量评分运算得到WiFi质量；
    按照所述WiFi质量进行所述WiFi资源的显示。
  5. 根据权利要求4所述的方法，其特征在于，所述根据所述信号值和质量评分运算得到WiFi质量的步骤包括：
    获取本地存储的信号系数和评分系数；
    根据所述信号系数和评分系数对所述信号值和质量评分进行加权计算得到WiFi质量。
  6. 根据权利要求4所述的方法，其特征在于，所述按照所述WiFi质量进行所述WiFi资源的显示的步骤包括：
    根据预设的WiFi质量范围和星级之间的映射关系得到所述WiFi质量对应的星级；
    在终端界面中对WiFi资源相关的内容进行显示，并为WiFi资源所进行的内容显示附加对应的星级。
  7. 一种WiFi资源的处理系统，其特征在于，包括：
    触发上报模块，用于获取WiFi资源，向服务器上报所述WiFi资源的WiFi标识；
    接收模块，用于接收所述服务器根据上报的WiFi标识返回的质量评分，所述质量评分是服务器根据所述WiFi资源所在接入点的历史连接状态进行运行得到的；
    显示模块，用于根据质量评分和所述WiFi资源的信号强度进行所述WiFi资源的显示。
  8. 根据权利要求7所述的系统，其特征在于，所述系统还包括：
    匹配处理模块，用于根据上报的所述WiFi标识在服务器中进行匹配，以得到所述WiFi资源对应的质量评分；
    下发模块，用于下发所述WiFi资源对应的质量评分。
  9. 根据权利要求8所述的系统，其特征在于，所述匹配处理模块包括：
    提取单元，用于从上报的所述WiFi标识提取得到WiFi资源的接入点标识和接入点MAC地址；
    匹配执行单元，用于根据提取得到的所述接入点标识和接入点MAC地址在服务器存储的质量评分中匹配得到所述WiFi资源对应的质量评分；
    其中，所述服务器中所述质量评分是与相应WiFi资源的接入点标识、接入点MAC地址关联存储的。
  10. 根据权利要求7所述的系统，其特征在于，所述显示模块包括：
    数值转换单元，用于对所述WiFi资源的信号强度进行数值转换得到信号值，所述信号值是与质量评分归属于相同数值范围；
    质量运算单元，用于根据所述信号值和质量评分运算得到WiFi质量；
    显示执行单元，用于按照所述WiFi质量进行所述WiFi资源的显示。
  11. 根据权利要求10所述的系统，其特征在于，所述质量运算单元包括：
    系数获取子单元，用于获取本地存储的信号系数和评分系数；
    加权计算子单元，用于根据所述信号系数和评分系数对所述信号值和质量评分进行加权计算得到WiFi质量。
  12. 根据权利要求10所述的系统，其特征在于，所述显示执行单元包括：
    星级映射子单元，用于根据预设的WiFi质量范围和星级之间的映射关系得到所述WiFi质量对应的星级；
    星级标识子单元，用于将所述WiFi资源显示于终端界面中，并对显示的WiFi资源标识对应的星级。
  13. 一种计算机可读存储介质，其特征在于，包括计算机可读指令，可以使处理器执行以下操作：
    获取WiFi资源的WiFi标识和信号强度；
    获取所述WiFi标识对应的质量评分，所述质量评分是根据WiFi资源所在接入点的历史连接状态进行运算得到的；
    根据所述信号强度和所述质量评分获得所述WiFi资源的WiFi质量；
    将所述WiFi质量提供给用户。
  14. 根据权利要求13所述的计算机可读存储介质，其特征在于，根据所述信号强度和所述质量评分获得所述WiFi资源的WiFi质量包括：
    将所述信号强度转换为信号值，所述信号值与所述质量评分具有相同的取值范围；
    对所述信号值和所述质量评分进行加权计算得到所述WiFi质量。
  15. 根据权利要求14所述的方法，其特征在于，将所述WiFi质量提供给用户包括：
    根据预设的各个质量等级对应的WiFi质量的取值范围获取所述WiFi质量对应的质量等级；
    使所述质量等级展示在用于展示所述WiFi资源的信息的用户界面上。
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