WO2017107383A1 - 无线热点的扫描显示方法及装置 - Google Patents
无线热点的扫描显示方法及装置 Download PDFInfo
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- WO2017107383A1 WO2017107383A1 PCT/CN2016/084417 CN2016084417W WO2017107383A1 WO 2017107383 A1 WO2017107383 A1 WO 2017107383A1 CN 2016084417 W CN2016084417 W CN 2016084417W WO 2017107383 A1 WO2017107383 A1 WO 2017107383A1
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- wireless
- wireless hotspot
- hotspot
- hotspots
- scanned
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/16—Discovering, processing access restriction or access information
Definitions
- the present invention relates to the field of wireless communication technologies, and in particular, to a scanning and display method and apparatus for a wireless hotspot.
- various terminals can access the network through wireless hotspots to obtain information and handle business.
- Various terminals can also serve as wireless hotspots for other terminals to access the network through them.
- the terminal needs to access the network through the wireless hotspot, the first need to enable the wireless hotspot scanning function, scan the wireless hotspot in the current network environment, and then display the scanned wireless hotspot for the user to select the connection; however, usually, the terminal currently There are many wireless hotspots in the network environment, so there are many wireless hotspots scanned. All the scanned wireless hotspots are randomly arranged on the terminal.
- the user selects the wireless hotspot to be accessed from the displayed wireless hotspots, it is usually required. Scrolling through the list of the displayed wireless hotspots multiple times to find the target wireless hotspots, and accessing the wireless network through the target wireless hotspots; that is, scanning the wireless hotspots by random sorting in an existing manner, and the user selects to wait from the displayed wireless hotspots.
- accessing the wireless hotspot it is usually necessary to scroll through the list of the displayed wireless hotspots multiple times to find the target wireless hotspot, which is cumbersome and affects the user experience.
- the main purpose of the present invention is to provide a scanning and display method and device for a wireless hotspot, which aims to solve the technical defect that the wireless hotspot has low display efficiency and is easy to display errors in the prior art.
- the present invention provides a scanning display method for a wireless hotspot, the method comprising:
- the ranking weight of the wireless hotspot is calculated according to the number of connections of the wireless hotspot and/or the connection duration;
- the present invention further provides a scanning display method for a wireless hotspot, the method comprising:
- the present invention further provides a scanning display device for a wireless hotspot, the device comprising:
- a scanning module for scanning a wireless hotspot in a current network environment
- a sorting module configured to sort the scanned wireless hotspots according to the number of connections, the connection duration, and/or the signal strength of the scanned wireless hotspot;
- a display module for displaying the sorted wireless hotspots.
- the method and device for displaying a wireless hotspot by scanning a wireless hotspot in a current network environment, and sorting the scanned wireless hotspot according to the number of connections, the connection duration, and/or the signal strength of the scanned wireless hotspot;
- the sorted wireless hotspots are displayed; the scanned wireless hotspots may be sorted according to the number of connections, the connection duration, and/or the signal strength of the scanned wireless hotspots, and the wireless hotspots that the user may select are ranked in front.
- FIG. 1 is a schematic flow chart of a first embodiment of a method for scanning and displaying a wireless hotspot according to the present invention
- FIG. 2 is a schematic diagram showing a refinement process of sorting the scanned wireless hotspot according to the number of connections, the connection duration, and/or the signal strength of the scanned wireless hotspot in the scanning display method of the wireless hotspot according to the present invention
- FIG. 3 is a schematic diagram showing a refinement process of displaying a sorted wireless hotspot in a scanning display method of a wireless hotspot according to the present invention
- FIG. 4 is a schematic flow chart of a second embodiment of a method for scanning and displaying a wireless hotspot according to the present invention.
- FIG. 5 is a schematic structural diagram of a first embodiment of a scanning display device for a wireless hotspot according to the present invention
- FIG. 6 is a schematic diagram showing a refinement structure of a sorting module in a scanning display device of a wireless hotspot according to the present invention
- FIG. 7 is a schematic diagram showing a detailed structure of a display module in a scanning display device of a wireless hotspot according to the present invention.
- FIG. 8 is a schematic structural diagram of a second embodiment of a scanning display device for a wireless hotspot according to the present invention.
- FIG. 1 is a schematic flowchart of a first embodiment of a method for scanning a wireless hotspot according to the present invention.
- the method is applied to a terminal, and the terminal may be a smart TV, a mobile phone, a tablet computer, etc., and the method includes:
- the wireless hotspot in the current wireless network environment may be scanned, specifically, every The wireless hotspot in the current network environment is scanned at a preset time interval.
- the name of the wireless hotspot is the SSID (Service Set Identifier) name of the wireless hotspot.
- the scanned wireless hotspot in the current network environment includes a wireless hotspot and/or a new wireless hotspot that has been connected, and the new wireless hotspot is a wireless hotspot that has not been connected before.
- the user first starts the terminal to scan the current network environment.
- the wireless hotspots, the scanned wireless hotspots include Wireless hotspot 1, Wireless hotspot 2, Wireless hotspot 3, and the user selects the wireless hotspot Wireless hotspot 1, so that the terminal accesses the network through Wireless hotspot 1, because the terminal is in the network environment for the first time.
- the wireless hotspots Wireless hotspot 1, Wireless hotspot 2, Wireless hotspot 3 are all new wireless hotspots; the other day, in the same office, the wireless hotspots Wireless hotspot 1, Wireless hotspot 2, and Wireless hotspot 3 are not connected to the network.
- the user initiates the terminal to scan the wireless hotspot in the current network environment for the second time.
- the scanned wireless hotspots include: Wireless hotspot 1, Wirelesshotspot 2, Wireless hotspot 3, Wireless hotspot 4, wherein the wireless hotspot Wireless hotspot 1 is once connected.
- the wireless hotspot, the wireless hotspot Wireless hotspot 2, Wireless hotspot 3, and Wireless hotspot 4 are new wireless hotspots.
- S20 sorts the scanned wireless hotspots according to the number of connections, the connection duration, and/or the signal strength of the scanned wireless hotspot.
- the scanned wireless hotspot is sorted according to the signal strength of the scanned wireless hotspot, and the signal may be followed according to the signal.
- the intensity of the scanned wireless hotspots is ranked from strong to weak or weak to strong.
- the signal strength of the wireless hotspot is less than the preset signal strength threshold, the wireless hotspot is considered to be an invalid hot spot, and the preset signal strength threshold may be set according to actual needs, for example, set to 10%.
- the scanned wireless hotspots are sorted and sorted, and the scanned wireless hotspots are first divided into wireless hotspots and new wireless hotspots that have been connected, and the wireless hotspots that have been connected are connected according to the connection.
- the number of times and/or the length of the connection are sorted, and the new wireless hotspots are sorted according to the signal strength; that is, the wireless hotspots that have been connected are sorted according to the usage of the user.
- the new wireless hotspots can be sorted according to the signal strength from strong to weak or weak to strong.
- the sorted wireless hotspots are displayed.
- the sorted wireless hotspots may be displayed according to preset display rules, for example, all sorted wireless hotspots are displayed, or the sorted parts are displayed.
- Wireless hotspot display When all sorted wireless hotspots are displayed, you can Display the wireless hotspots that have been connected, display the new wireless hotspots, or display the new wireless hotspots before displaying the wireless hotspots that have been connected.
- some of the wireless hotspots that have been connected and/or some new wireless hotspots may be displayed; when the wireless hotspots that need to be displayed include both the wireless hotspots that have been connected and the new wireless In the case of hotspots, you can display the wireless hotspots that have been connected before, then display the new wireless hotspots, or display the new wireless hotspots first, and then display the wireless hotspots that have been connected.
- the wireless hotspots in the current network environment are scanned; the scanned wireless hotspots are sorted according to the number of connections, the connection duration, and/or the signal strength of the scanned wireless hotspots; and the sorted wireless hotspots are displayed;
- the scanned wireless hotspots may be sorted according to the number of connections, the connection duration and/or the signal strength of the scanned wireless hotspots, and the wireless hotspots that the user may select may be ranked in front to facilitate user selection to improve the user experience.
- FIG. 2 is a schematic flowchart of a detailed process of sorting the scanned wireless hotspot according to the number of connections, the connection duration, and/or the signal strength of the scanned wireless hotspot in the scanning method of the wireless hotspot according to the present invention. as follows:
- the wireless hotspot record table includes a name of the wireless hotspot, a connection number of the wireless hotspot, and a connection duration of the wireless hotspot; if the scanned wireless hotspot is once Step S22 is performed, and if the scanned wireless hotspot is a new wireless hotspot, step S23 is performed.
- the scanned wireless hotspot is a wireless hotspot that has been connected. Specifically, the scanned wireless hotspot is matched with the pre-stored wireless hotspot record table, if the scanned wireless hotspot and the pre-stored wireless hotspot If the wireless hotspot record table is successfully matched, it can be determined that the scanned wireless hotspot is a wireless hotspot that has been connected.
- the wireless hotspot record table records which wireless hotspots the terminal has accessed through the network, that is, records the wireless hotspots that the terminal has connected.
- the wireless hotspot record table includes the name of the wireless hotspot, the number of connections of the wireless hotspot, the connection duration of the wireless hotspot, the latest connection time of the wireless hotspot, and the like.
- the wireless hotspot record table is as shown in Table 1.
- the connection duration of each wireless hotspot in the wireless hotspot record corresponds to the total connection duration of each wireless hotspot. For example, the number of connections of the wireless hotspot PUB_Wifi is 5 times, and the length of the single connection of the 5 times is 2 minutes, 1 minute, respectively. 5 minutes, 2 minutes, the connection time of the wireless hotspot PUB_Wifi is 10 minutes.
- the wireless hotspot record table of Table 1 If the name of the scanned wireless hotspot is TCL_Wifi, in the wireless hotspot record table of Table 1, when the TCL_Wifi is found, it can be determined that the scanned wireless hotspot is a wireless hotspot that has been connected.
- the wireless hotspot record table may be updated at any time. For example, when connecting to a new wireless hotspot, the new wireless hotspot is added to the wireless hotspot record table, and the name, number of connections, connection duration, recent connection time, etc. are recorded. If connected to a wireless hotspot that has been connected, the number of connections of the once connected wireless hotspot is increased by one, and the connection duration and the latest connection time of the wireless hotspot that has been connected are updated.
- the wireless hotspots recorded in the wireless hotspot record table include wireless hotspots that are automatically connected or manually connected by the user.
- step S22 Calculate a ranking weight value of the wireless hotspot according to the number of connections of the wireless hotspot and/or the connection duration, and then perform step S24.
- the number of connections and the connection duration of the wireless hotspot can be found from the wireless hotspot recording table.
- the ranking weights of the wireless hotspots that have been connected to each of the scanned wireless hotspots are calculated.
- the ranking weights of the wireless hotspots are calculated according to the number of connections of the wireless hotspots.
- the number of connections of the wireless hotspot is used as the sorting weight value of the wireless hotspot, or
- the number of connections of the wireless hotspot is converted into a sorting weight value according to a preset first conversion rule.
- the corresponding sorting weight value is 1, and when the number of connections is 6 to 10, the corresponding The sorting weight value is 2, when the number of connections is 11 to 15, the corresponding sorting weight value is 3, and so on, to obtain the sorting weight value of the wireless hotspot; in another embodiment, according to the connection duration of the wireless hotspot
- the sorting weight value of the wireless hotspot specifically, the connection duration of the wireless hotspot may be directly used as the sorting weight value of the wireless hotspot, or the connection duration of the wireless hotspot may be converted into the sorting weight value according to a preset second conversion rule.
- the corresponding sort weight value is 1, and when the connection duration is (5 minutes, 10 minutes), the corresponding sort weight value is 2, when the connection duration is (10 minutes) In the case of 15 minutes, the corresponding ranking weight value is 3, and so on, to obtain the ranking weight value of the wireless hotspot; in another embodiment, the wireless is calculated according to the number of connections and the connection duration of the wireless hotspot.
- the sorting weight value of the point specifically, the product of the number of connections of the wireless hotspot and the connection duration is directly used as the sorting weight value of the wireless hotspot.
- the corresponding sorting weight value is 1, when the product of the number of connections and the connection duration is (50, 100), the corresponding sorting weight value is 2, when the product of the number of connections and the connection duration is (100, 150),
- the corresponding sorting weight value is 3, and so on, and the sorting weight value of the wireless hotspot is obtained.
- step S23 Acquire a signal strength of the wireless hotspot, and then perform step S24.
- the sorting weight values of the calculated wireless hotspots that have been connected may be from large to small or Sort the scanned wireless hotspots that have been connected from small to large.
- the signal strength of the new wireless hotspot may be sorted according to whether the signal strength is strong to weak or weak to strong.
- FIG. 3 shows the wireless heat after sorting in the scanning display method of the wireless hotspot of the present invention.
- the schematic diagram of the refinement process of points is as follows:
- the first preset number can be set according to actual needs, for example, it can be set to 5.
- the first preset number of wireless hotspots are selected from the sorted connected wireless hotspots in order to be the first to be used as the first waiting.
- the wireless hotspot is used as the first wireless hotspot to be displayed; when the wireless hotspots that have been connected are sorted according to the sorting weights from large to small, the wireless hotspots that have been connected after sorting are selected from the going to the rear.
- the first preset number of wireless hotspots is used as the first wireless hotspot to be displayed; when the once connected wireless hotspots are sorted according to the sorting weight value from small to large, then the sorted connected wireless wireless The hotspot selects the first preset number of wireless hotspots from the back to the front, as the first wireless hotspot to be displayed.
- the second preset number may be set according to actual needs, and the second preset number may be the same as the first preset number, for example, the second preset number may be set to 5.
- the second preset number of wireless hotspots are selected from the sorted new wireless hotspots in order to be the second wireless to be displayed. Hotspot; when the new wireless hotspots are sorted according to the signal strength from weak to strong, then the second preset number of wireless hotspots are selected from the back to the new wireless hotspots as the second waiting The wireless hotspot displayed.
- the first wireless hotspot to be displayed may be displayed first, and then the second wireless hotspot to be displayed may be displayed; or the second wireless hotspot to be displayed may be displayed first, and then the first wireless hotspot to be displayed may be displayed; Displaying the first to-be-displayed hotspot and the second to-be-displayed hotspot alternately, that is, displaying a first wireless hotspot to be displayed, then displaying a second wireless hotspot to be displayed, and then displaying a first wireless hotspot to be displayed, and so on. .
- FIG. 4 is a schematic flowchart diagram of a second embodiment of a method for scanning and displaying a wireless hotspot according to the present invention.
- the method further includes:
- the sorted wireless hotspot is displayed on the terminal, and the user selects a wireless hotspot to select the wireless hotspot to access the network in the displayed wireless hotspot.
- the wireless hotspot corresponding to the connection instruction is established.
- the number of connections and the connection duration of the wireless hotspot corresponding to the selection instruction are updated in the wireless hotspot record table, and the number of connections of the wireless hotspot is increased by one, and the connection duration of the wireless hotspot is added to the duration of the connection, such as
- the wireless hotspot corresponding to the connection command is TCL_Wifi
- the duration of the connection of the wireless hotspot TCL_Wifi is 5 minutes, that is, the duration of the terminal accessing the network through the wireless hotspot TCL_Wifi is 5 minutes.
- the number of connections of the wireless hotspot TCL_Wifi is 5 times, and the connection duration is 10 minutes.
- the number of connections of the wireless hotspot TCL_Wifi is updated to 6 times, and the connection duration of the wireless hotspot TCL_Wifi is updated. It is 15 minutes.
- the wireless hotspot corresponding to the selected connection instruction does not exist in the wireless hotspot recording table, in this step, the wireless hotspot corresponding to the selected connection instruction is added to the wireless hotspot recording table, and the selected connection instruction is corresponding.
- the number of connections of the wireless hotspot is recorded as 1, and the connection duration is the length of the connection.
- FIG. 5 is a schematic structural diagram of a first embodiment of a scanning and display device for a wireless hotspot according to the present invention.
- the device can be applied to a terminal such as a smart TV, a mobile phone, a tablet computer, etc., the device includes a scanning module 10, and the scanning module 10 connected sorting module 20, display module 30 connected to the sorting module 20, wherein:
- the scanning module 10 is configured to scan a wireless hotspot in a current network environment
- the sorting module 20 is configured to sort the scanned wireless hotspots according to the number of connections, the connection duration, and/or the signal strength of the scanned wireless hotspot;
- the display module 30 is configured to display the sorted wireless hotspots.
- the scanning module 10 may scan the current wireless network after receiving the user triggering the wireless hotspot scanning button or after receiving the preset wireless hotspot scanning triggering gesture input by the user.
- the wireless hotspot in the environment, specifically, the wireless hotspot in the current network environment may be scanned every preset time interval.
- the scanning module 10 acquires the name and signal strength of the wireless hotspot during the scanning process.
- the name of the wireless hotspot is the SSID (Service Set Identifier) name of the wireless hotspot.
- the wireless hotspot in the current network environment scanned by the scanning module 10 includes a wireless hotspot and/or a new wireless hotspot that has been connected, and the new wireless hotspot is a wireless hotspot that has not been connected before.
- the user first starts the terminal to scan the wireless hotspot in the current network environment, and the scanned wireless hotspot includes Wireless hotspot 1, Wireless hotspot 2, Wireless hotspot 3, and the user selects wireless.
- Hotspot Wireless hotspot 1 makes the terminal access the network through Wireless hotspot 1. Since the terminal is in the network environment for the first time, it has not passed the wireless hotspot Wireless hotspot 1, Wireless hotspot 2, and Wireless hotspot 3 to access the network.
- Wireless hotspot 1, Wireless hotspot 2, and Wireless hotspot 3 are all new wireless hotspots; on the other day, in the same office, the user launches the terminal for the second time to scan for wireless hotspots in the current network environment.
- the scanned wireless hotspots include: Wireless hotspot 1. Wirelesshotspot 2, Wireless hotspot 3, Wireless hotspot 4, wherein the wireless hotspot Wireless hotspot 1 is a wireless hotspot that has been connected.
- the wireless hotspot Wireless hotspot 2, Wireless hotspot 3, and Wireless hotspot 4 are new. Hot spots.
- the sorting module 20 sorts the scanned wireless hotspots according to the signal strength of the scanned wireless hotspots, whether the scanned wireless hotspot is a wireless hotspot that has been connected or a new wireless hotspot.
- the scanned wireless hotspots can be sorted according to the signal strength from strong to weak or weak to strong.
- the sorting module 20 first determines whether the scanned wireless hotspot is a valid hotspot, and then sorts the valid wireless hotspots, that is, discards the wireless hotspot; when the name of the wireless hotspot is empty, the wireless hotspot is considered It is an invalid hot spot, or when the signal strength of the wireless hotspot is less than the preset signal strength threshold, the wireless hotspot is considered to be an invalid hot spot, and the preset signal strength threshold can be set according to actual needs, for example, set to 10%.
- the sorting module 20 sorts the scanned wireless hotspots by first sorting the scanned wireless hotspots into wireless hotspots and new wireless hotspots that have been connected to the once connected wireless hotspot.
- the wireless hotspots are sorted according to the number of connections and/or the length of the connection, and the new wireless hotspots are sorted according to the signal strength; that is, the wireless hotspots that have been connected are sorted according to the usage of the user.
- the new wireless hotspot is sorted according to the signal strength, the signal can be followed.
- the new wireless hotspots are sorted from strong to weak or weak to strong.
- the display module 30 displays the sorted wireless hotspots.
- the sorted wireless hotspots may be displayed according to preset display rules, for example, all sorted wireless hotspots are displayed, or the sorted parts are wirelessly displayed. Hotspot display. When all the wireless hotspots that have been sorted are displayed, the wireless hotspots that have been connected may be displayed first, then the new wireless hotspots may be displayed, or the new wireless hotspots may be displayed first, and then the wireless hotspots that have been connected are displayed.
- some of the wireless hotspots that have been connected and/or some new wireless hotspots may be displayed; when the wireless hotspots that need to be displayed include both the wireless hotspots that have been connected and the new wireless In the case of hotspots, you can display the wireless hotspots that have been connected before, then display the new wireless hotspots, or display the new wireless hotspots first, and then display the wireless hotspots that have been connected.
- FIG. 6 is a schematic diagram of a refinement structure of a sorting module in a scanning display device of a wireless hotspot according to the present invention.
- the sorting module 20 includes a sorting unit 24:
- the determining unit 21 is configured to determine whether the scanned wireless hotspot is a wireless hotspot that has been connected;
- the calculating unit 22 is configured to calculate, according to the number of connections of the wireless hotspot and/or the connection duration, the ranking weight value of the wireless hotspot when the scanned wireless hotspot is a wireless hotspot that has been connected;
- the obtaining unit 23 is configured to acquire a signal strength of the wireless hotspot when the scanned wireless hotspot is a new wireless hotspot;
- the sorting unit 24 is configured to sort the scanned wireless hotspots that have been connected according to the calculated ranking weight values of the once connected wireless hotspots, and the new wireless hotspots according to the signal strength of the new wireless hotspots Sort.
- the determining unit 21 determines whether the wireless hotspot scanned by the scanning module 10 is a wireless hotspot that has been connected. Specifically, the determining unit 21 includes a matching subunit and a determining subunit, wherein: the matching subunit is used for the scanning.
- the wireless hotspot is matched with a pre-saved wireless hotspot record table, where the wireless hotspot record table includes the name of the wireless hotspot, the number of connections of the wireless hotspot, and the connection duration of the wireless hotspot; the determining subunit is used for the scanned wireless When the hotspot matches the pre-stored wireless hotspot record table successfully, it is determined that the scanned wireless hotspot is a wireless hotspot that has been connected.
- the determining subunit may determine that the scanned wireless hotspot is a wireless hotspot that has been connected.
- Wireless hotspot record It records the wireless hotspots that the terminal used to access the network, that is, the wireless hotspots that the terminal has connected to.
- the wireless hotspot record table includes the name of the wireless hotspot, the number of connections of the wireless hotspot, the connection duration of the wireless hotspot, the latest connection time of the wireless hotspot, and the like.
- the wireless hotspot record table is as shown in Table 1 above.
- the connection duration of each wireless hotspot in the wireless hotspot record corresponds to the total connection duration of each wireless hotspot.
- the number of connections of the wireless hotspot PUB_Wifi is 5 times, and the length of the single connection of the 5 times is 2 minutes, 1 minute, respectively. 5 minutes, 2 minutes, the connection time of the wireless hotspot PUB_Wifi is 10 minutes.
- the determining unit 21 finds the TCL_Wifi in the wireless hotspot recording table, and determines that the scanned wireless hotspot is a wireless hotspot that has been connected.
- the wireless hotspot record table may be updated at any time. For example, when connecting to a new wireless hotspot, the new wireless hotspot is added to the wireless hotspot record table, and the name, number of connections, connection duration, recent connection time, etc. are recorded. If connected to a wireless hotspot that has been connected, the number of connections of the once connected wireless hotspot is increased by one, and the connection duration and the latest connection time of the wireless hotspot that has been connected are updated.
- the wireless hotspots recorded in the wireless hotspot record table include wireless hotspots that are automatically connected or manually connected by the user.
- the computing unit 22 may look up the number of connections and the connection duration of the wireless hotspot from the wireless hotspot recording table.
- the calculation unit 22 calculates the ranking weight value of each of the scanned wireless hotspots that have been connected.
- the ranking weight of the wireless hotspot is calculated according to the number of connections of the wireless hotspot.
- the wireless The number of connections of the hotspot is used as the sorting weight value of the wireless hotspot, or the number of connections of the wireless hotspot is converted into a sorting weight value according to a preset first conversion rule, for example, when the number of connections is 1 to 5, the corresponding sorting weight value If the number of connections is 6 to 10, the corresponding sorting weight is 2, when the number of connections is 11 to 15, the corresponding sorting weight is 3, and so on, to obtain the sorting weight of the wireless hotspot;
- the ranking weight of the wireless hotspot is calculated according to the connection duration of the wireless hotspot.
- the connection duration of the wireless hotspot may be directly used as the sorting weight of the wireless hotspot, or according to a preset second conversion.
- the rule converts the connection duration of the wireless hotspot into a sorting weight value. For example, when the connection duration is [0, 5 minutes], the corresponding sorting weight value is 1, when When the connection duration is (5 minutes, 10 minutes), the corresponding sorting weight value is 2. When the connection duration is (10 minutes, 15 minutes), the corresponding sorting weight value is 3, and so on, and the ranking weight of the wireless hotspot is obtained. Value; in another embodiment, according to the connection of the wireless hotspot The number of connections and the connection duration are used to calculate the ranking weight of the wireless hotspot.
- the product of the number of connections of the wireless hotspot and the connection duration can be directly used as the ranking weight of the wireless hotspot.
- the sorting weight value of the previously connected wireless hotspots may be Sort the scanned wireless hotspots that have been connected from large to small or from small to large.
- the sorting unit 24 may sort according to the signal strength of the new wireless hotspot from strong to weak or weak to strong.
- FIG. 7 is a schematic diagram of a detailed structure of a display module in a scanning display device of a wireless hotspot according to the present invention.
- the display module 30 includes:
- the selecting unit 31 is configured to select a first preset number of wireless hotspots from the sorted wireless hotspots that have been connected, as the first wireless hotspot to be displayed; and select the second one from the sorted new wireless hotspots. a preset number of wireless hotspots as the second wireless hotspot to be displayed;
- the display unit 32 is configured to display the selected first to-be-displayed wireless hotspot and the second to-be-displayed wireless hotspot.
- the first preset number can be set according to actual needs, for example, it can be set to 5.
- the selecting unit 31 selects the first preset number of wireless hotspots in order from the sorted connected wireless hotspots.
- the first wireless hotspot to be displayed when the once connected wireless hotspots are sorted according to the signal strength from weak to strong, the selecting unit 31 selects from the sorted connected wireless hotspots from the back to the front.
- the first preset number of wireless hotspots is used as the first wireless hotspot to be displayed; when the once connected wireless hotspots are sorted according to the sorting weight value from large to small, the selecting unit 31 is connected from the sorted ones.
- the first preset number of wireless hots are selected in order from the heading to the back. Point, as the first wireless hotspot to be displayed; when the wireless hotspots that have been connected are sorted according to the sorting weight value from small to large, the selecting unit 31 goes from the sorted wireless hotspots that have been connected to the back.
- the first preset number of wireless hotspots are sequentially selected as the first wireless hotspot to be displayed.
- the second preset number may be set according to actual needs, and the second preset number may be the same as the first preset number, for example, the second preset number may be set to 5.
- the selecting unit 31 selects a second preset number of wireless hotspots from the sorted new wireless hotspots in order, as the second The wireless hotspot to be displayed; when the new wireless hotspot is sorted according to the signal strength from weak to strong, the selecting unit 31 selects the second preset number from the back to the new wireless hotspot from the back to the front.
- the wireless hotspot serves as the second wireless hotspot to be displayed.
- the display unit 32 may display the first wireless hotspot to be displayed first, and then display the second wireless hotspot to be displayed; or display the second wireless hotspot to be displayed first, and then display the first wireless hotspot to be displayed;
- the first to-be-displayed hotspot and the second to-be-displayed hotspot are alternately displayed, that is, a first wireless hotspot to be displayed is displayed, then a second wireless hotspot to be displayed is displayed, and then a first wireless hotspot to be displayed is displayed, and so on.
- FIG. 8 is a schematic structural diagram of a second embodiment of a scanning display device for a wireless hotspot according to the present invention.
- the first embodiment of the scanning display device based on the wireless hotspot the device further includes:
- the connection establishing module 40 is configured to establish a connection with the wireless hotspot corresponding to the selected connection instruction when receiving a selection connection instruction of the displayed wireless hotspot by the user;
- the update module 50 is configured to select the number of connections and the connection duration of the wireless hotspot corresponding to the connection instruction.
- the user selects a wireless hotspot in the displayed sorted wireless hotspots to connect the terminal to the network, and the connection establishing module 40 corresponds to the connection instruction after receiving the selection connection instruction.
- the wireless hotspot establishes a connection.
- the update module 50 updates the number of connections and the connection duration of the wireless hotspot corresponding to the selection instruction in the wireless hotspot record table, adds 1 to the number of connections of the wireless hotspot, and adds the connection duration of the wireless hotspot to the current connection.
- the duration for example, select the wireless hotspot corresponding to the connection command.
- TCL_Wifi the duration of the connection of the wireless hotspot TCL_Wifi is 5 minutes, that is, the duration of the terminal accessing the network through the wireless hotspot TCL_Wifi is 5 minutes.
- the number of connections of the wireless hotspot TCL_Wifi is 5 times, and the connection duration is 10 minutes.
- the update module 50 updates the number of connections of the wireless hotspot TCL_Wifi to 6 times, and updates the connection duration of the wireless hotspot TCL_Wifi to 15 times. minute.
- the update module 50 adds the wireless hotspot corresponding to the selected connection instruction to the wireless hotspot recording table, and the wireless corresponding to the selected connection instruction is The number of connections for the hotspot is recorded as 1, and the length of the connection is the length of the connection.
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- Telephone Function (AREA)
Abstract
本发明公开了一种无线热点的扫描显示方法，该方法包括：扫描当前网络环境中的无线热点；根据所述扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序；显示排序后的无线热点。本发明还公开了一种无线热点的扫描显示装置。采用本发明，可根据该扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序，将用户比较可能会选用的无线热点排在前面，方便用户选择，以改善用户体验。
Description
本发明涉及无线通讯技术领域，尤其涉及一种无线热点的扫描显示方法及装置。
随着无线通信技术的发展，各种终端(如智能电视、手机、平板电脑等)可通过无线热点接入网络，从而获取信息、办理业务等。各种终端也可以作为无线热点，让其他终端通过其接入网络。终端在需要通过无线热点接入网络时，首先需要开启无线热点扫描功能，扫描当前网络环境中的无线热点，然后将扫描出的无线热点显示出来，供用户选择连接；但是，通常，该终端当前网络环境中的无线热点多，因此扫描出的无线热点也多，在终端上将所有扫描出的无线热点随机排列显示，用户在从显示的无线热点中选择待接入的无线热点时，通常需要滚动多次该显示的无线热点的列表，以查找到目标无线热点，通过该目标无线热点接入无线网络；即采用现有方式随机排序扫描到无线热点，用户在从显示的无线热点中选择待接入的无线热点时，通常需要滚动多次该显示的无线热点的列表，以查找到目标无线热点，操作过程繁琐，影响用户体验。
上述内容仅用于辅助理解本发明的技术方案，并不代表承认上述内容是现有技术。
发明内容
本发明的主要目的在于提供一种无线热点的扫描显示方法及装置，旨在解决的现有技术中无线热点显示效率低且容易显示错误的技术缺陷。
为实现上述目的，本发明提供一种无线热点的扫描显示方法，该方法包括：
扫描当前网络环境中的无线热点；
判断所述扫描到的无线热点是否是曾经连接过的无线热点；
若所述扫描到的无线热点是曾经连接过的无线热点，则根据所述无线热点的连接次数及/或连接时长计算所述无线热点的排序权重值；
若所述扫描到的无线热点是新的无线热点，则获取所述无线热点的信号强度；
根据所述计算的曾经连接过的无线热点的排序权重值对所述扫描到的曾经连接过的无线热点进行排序，及根据所述新的无线热点的信号强度对所述新的无线热点进行排序；
显示排序后的无线热点；
在接收到用户对所述显示的排序后的无线热点的选择连接指令时，与所述选择连接指令对应的无线热点建立连接；
更新所述选择连接指令对应的无线热点的连接次数和连接时长。
此外，为实现上述目的，本发明还提供一种无线热点的扫描显示方法，该方法包括：
扫描当前网络环境中的无线热点；
根据所述扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序；
显示排序后的无线热点。
此外，为实现上述目的，本发明还提供一种无线热点的扫描显示装置，该装置包括：
扫描模块，用于扫描当前网络环境中的无线热点；
排序模块，用于根据所述扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序；
显示模块，用于显示排序后的无线热点。
本发明的无线热点的扫描显示方法及装置，通过扫描当前网络环境中的无线热点；根据所述扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序；显示排序后的无线热点；即可根据所述扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序，将用户比较可能会选用的无线热点排在前面，方便用户选择，以改善用户体验。
图1为本发明无线热点的扫描显示方法的第一实施例的流程示意图；
图2为本发明无线热点的扫描显示方法中根据该扫描到的无线热点的连接次数、连接时长及/或信号强度对该扫描到的无线热点进行排序的细化流程示意图；
图3为本发明无线热点的扫描显示方法中显示排序后的无线热点的细化流程示意图；
图4为本发明无线热点的扫描显示方法的第二实施例的流程示意图；
图5为本发明无线热点的扫描显示装置的第一实施例的结构示意图；
图6为本发明无线热点的扫描显示装置中的排序模块的细化结构示意图；
图7为本发明无线热点的扫描显示装置中的显示模块的细化结构示意图；
图8为本发明无线热点的扫描显示装置的第二实施例的结构示意图。
本发明目的的实现、功能特点及优点将结合实施例，参照附图做进一步说明。
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。
参照图1，图1为本发明无线热点的扫描方法的第一实施例的流程示意图，该方法应用于终端上，该终端可以为智能电视、手机、平板电脑等，该方法包括：
S10、扫描当前网络环境中的无线热点。
在一实施例中，可在接收到用户触发无线热点扫描按钮后或在接收到用户输入的预设的无线热点扫描触发手势后，扫描当前无线网络环境中的无线热点，具体的，可每隔预设的时间间隔，扫描一次当前网络环境中的无线热点。
在扫描过程中，获取无线热点的名称和信号强度。该无线热点的名称为无线热点的SSID(Service Set Identifier，服务集标识)名称。
在该步骤中，扫描的当前网络环境中的无线热点包括曾经连接过的无线热点及/或新的无线热点，该新的无线热点即之前未连接过的无线热点。如在一场景中，某天，在一办公室中，用户第一次启动终端扫描当前网络环境中
的无线热点，扫描到的无线热点包括Wireless hotspot 1、Wireless hotspot 2、Wireless hotspot 3，用户选择无线热点Wireless hotspot 1，使得该终端通过Wireless hotspot 1接入网络，由于该终端初次处于该网络环境中，之前未通过该无线热点Wireless hotspot 1、Wireless hotspot 2、Wireless hotspot 3接入网络，因此无线热点Wireless hotspot 1、Wireless hotspot 2、Wireless hotspot 3均为新的无线热点；在另一天，在同一办公室，用户第二次启动终端扫描当前网络环境中的无线热点，扫描到的无线热点包括：Wireless hotspot 1、Wirelesshotspot 2、Wireless hotspot 3、Wireless hotspot 4，其中，该无线热点Wireless hotspot 1为曾经连接过的无线热点，该无线热点Wireless hotspot 2、Wireless hotspot 3、Wireless hotspot 4为新的无线热点。
S20根据该扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序。
在一实施例中，不管该扫描到的无线热点是曾经连接过的无线热点还是新的无线热点，都根据该扫描到的无线热点的信号强度对该扫描到的无线热点进行排序，可按照信号强度从强到弱或从弱到强对该扫描的无线热点进行排序。可选的，先判断该扫描到的无线热点是否是有效热点，再对有效的无线热点进行排序，即将无线热点舍弃；当该无线热点的名称为空时，则认为该无线热点是无效热点，或当该无线热点的信号强度小于预设信号强度阀值时，认为该无线热点是无效热点，该预设信号强度阀值可根据实际需要设置，如设置为10％。
在另一实施例中，对该扫描到的无线热点进行区分排序，先将该扫描到的无线热点区分为曾经连接过的无线热点和新的无线热点，对该曾经连接过的无线热点按照连接次数及/或连接时长进行排序，对该新的无线热点按照信号强度进行排序；即为曾经连接过的无线热点根据用户的使用情况进行排序。在对该新的无线热点按照信号强度进行排序时，可按照信号强度从强到弱或从弱到强对该新的无线热点进行排序。
S30、显示排序后的无线热点。
在该步骤中，将排序后的无线热点进行显示，具体的，可按照预设的显示规则对排序后的无线热点进行显示，如，将排序后的所有无线热点显示，或将排序后的部分无线热点显示。在将排序后的所有无线热点显示时，可先
显示曾连接过的无线热点，再显示新的无线热点，也可以先显示新的无线热点，再显示曾经连接过的无线热点。在将排序后的部分无线热点显示时，可显示部分曾经连接过的无线热点及/或部分新的无线热点；当需要显示的部分无线热点既包括曾经连接过的无线热点，又包括新的无线热点时，可先显示曾经连接过的无线热点，再显示新的无线热点，也可先显示新的无线热点，再显示曾经连接过的无线热点。
采用上述实施例，通过扫描当前网络环境中的无线热点；根据该扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序；显示排序后的无线热点；即可根据该扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序，将用户比较可能会选用的无线热点排在前面，方便用户选择，以改善用户体验。
参照图2，图2为本发明无线热点的扫描方法中根据该扫描到的无线热点的连接次数、连接时长及/或信号强度对该扫描到的无线热点进行排序的细化流程示意图，详述如下：
S21、判断该扫描到的无线热点是否是曾经连接过的无线热点，该无线热点记录表包括无线热点的名称、无线热点的连接次数、无线热点的连接时长；如果该扫描到的无线热点是曾经连接过的无线热点，则执行步骤S22，如果该扫描到的无线热点是新的无线热点，则执行步骤S23。
在该步骤中，判断该扫描到的无线热点是否是曾经连接过的无线热点，具体的，将该扫描到的无线热点与预存的无线热点记录表进行匹配，若该扫描到的无线热点与预存的无线热点记录表匹配成功，，则可以确定该扫描到的无线热点是曾经连接过的无线热点。该无线热点记录表记录了终端曾经通过哪些无线热点接入网络，即记录了终端曾经连接过的无线热点。该无线热点记录表包括无线热点的名称、无线热点的连接次数、无线热点的连接时长、无线热点的最近连接时间等，该无线热点记录表如表一所示。该无线热点记录中的每个无线热点的连接时长对应每个无线热点的连接总时长，如无线热点PUB_Wifi的连接次数是5次，这5次的单次连接时长分别为2分钟、1分钟、5分钟、2分钟，则该无线热点PUB_Wifi的连接时长为10分钟。
表一：
若扫描到的无线热点的名称为TCL_Wifi，在表一的无线热点记录表中，查找到TCL_Wifi，则可以确定该扫描到的无线热点为曾经连接过的无线热点。可随时对该无线热点记录表进行更新，如连接到新的无线热点时，则将该新的无线热点添加到该无线热点记录表中，记录其名称、连接次数、连接时长、最近连接时间等；如连接到曾经连接过的无线热点时，将该曾经连接过的无线热点的连接次数加1及对该曾经连接过的无线热点的连接时长和最近连接时间进行更新。该无线热点记录表中记录的无线热点包括自动连接或用户手动连接的无线热点。
S22、根据该无线热点的连接次数及/或连接时长计算该无线热点的排序权重值，然后执行步骤S24。
当该扫描的无线热点是曾经连接过的无线热点时，可从无线热点记录表中查找该无线热点的连接次数和连接时长。
在该步骤中，计算各个扫描到的曾经连接过的无线热点的排序权重值，在一实施例中，根据该无线热点的连接次数计算该无线热点的排序权重值，具体的，可直接将该无线热点的连接次数作为该无线热点的排序权重值，或
者根据预设的第一转换规则将该无线热点的连接次数转换成排序权重值，如当连接次数在1到5时，对应的排序权重值为1，当连接次数在6到10时，对应的排序权重值为2，当连接次数在11到15时，对应的排序权重值为3，依次类推，得到无线热点的排序权重值；在另一实施例中，根据该无线热点的连接时长计算该无线热点的排序权重值，具体的，可直接将该无线热点的连接时长作为该无线热点的排序权重值，或者根据预设的第二转换规则将该无线热点的连接时长转换成排序权重值，如当连接时长在[0，5分钟]时，对应的排序权重值为1，当连接时长在(5分钟，10分钟]时，对应的排序权重值为2，当连接时长在(10分钟，15分钟]时，对应的排序权重值为3，依次类推，得到无线热点的排序权重值；在另一实施例中，根据该无线热点的连接次数和连接时长计算该无线热点的排序权重值，具体的，可直接将该无线热点的连接次数与连接时长的乘积作为该无线热点的排序权重值，如通过表一可计算无线热点PUB_Wifi的排序权重值，PUB_Wifi的排序权重值＝5*10＝50，或者根据预设的第三转换规则将该无线热点的连接时长与连接时长的乘积转换成排序权重值，如当连接次数与连接时长的乘积在[0，50]时，对应的排序权重值为1，当连接次数与连接时长的乘积在(50，100]时，对应的排序权重值为2，当连接次数与连接时长的乘积在(100，150]时，对应的排序权重值为3，依次类推，得到无线热点的排序权重值。
S23、获取该无线热点的信号强度，然后执行步骤S24。
S24、根据该计算的曾经连接过的无线热点的排序权重值对该扫描到的曾经连接过的无线热点进行排序，及根据该新的无线热点的信号强度对该新的无线热点进行排序。
在根据该计算的曾经连接过的无线热点的排序权重值对该扫描到的曾经连接过的无线热点进行排序时，可根据该计算的曾经连接过的无线热点的排序权重值从大到小或从小到大对该扫描到的曾经连接过的无线热点进行排序。
在根据该新的无线热点的信号强度对该新的无线热点进行排序时，可根据该新的无线热点的信号强度从强到弱或从弱到强进行排序。
参照图3，图3为本发明无线热点的扫描显示方法中显示排序后的无线热
点的细化流程示意图，详述如下：
S31、从排序后的曾经连接过的无线热点中选择第一预设个数的无线热点，作为第一待显示的无线热点；及从排序后的新的无线热点中选择第二预设个数的无线热点，作为第二待显示的无线热点。
该第一预设个数可根据实际需要设置，如可设置为5。当该曾经连接过的无线热点是按照信号强度从强到弱进行排序时，则从排序后的曾经连接过无线热点中从前往后依次选择第一预设个数的无线热点，作为第一待显示的无线热点；当该曾经连接过的无线热点是按照信号强度从弱到强进行排序时，则从排序后的曾经连接过的无线热点中从后往前依次选择第一预设个数的无线热点，作为第一待显示的无线热点；当该曾经连接过的无线热点是按照排序权重值从大到小进行排序时，则从排序后的曾经连接过的无线热点中从前往后依次选择第一预设个数的无线热点，作为第一待显示的无线热点；当该曾经连接过的的无线热点是按照排序权重值从小到大进行排序时，则从排序后的曾经连接过的无线热点中从后往前依次选择第一预设个数的无线热点，作为第一待显示的无线热点。
该第二预设个数可根据实际需要设置，该第二预设个数可与第一预设个数相同，如该第二预设个数可设置为5。当该新的无线热点是按照信号强度从强到弱进行排序时，则从排序后的新的无线热点中从前往后依次选择第二预设个数的无线热点，作为第二待显示的无线热点；当该新的无线热点是按照信号强度从弱到强进行排序时，则从排序后的新的无线热点中从后往前依次选择第二预设个数的无线热点，作为第二待显示的无线热点。
S32、显示该选择的第一待显示的无线热点和第二待显示的无线热点。
在该步骤中，可先显示第一待显示的无线热点，再显示第二待显示的无线热点；也可以先显示第二待显示的无线热点，再显示第一待显示的无线热点；还可以将第一待显示热点与第二待显示热点交替显示，即显示一个第一待显示的无线热点，然后显示一个第二待显示的无线热点，再显示一个第一待显示的无线热点，依次类推。
参照图4，图4为本发明的无线热点的扫描显示方法的第二实施例的流程示意图。
基于上述无线热点的扫描显示方法的第一实施例的流程示意图，在步骤S30之后，该方法还包括：
S40、在接收到用户对该显示的排序后的无线热点的选择连接指令时，与该选择连接指令对应的无线热点建立连接。
在终端上显示排序后的无线热点，用户在该显示的排序后的无线热点中选择一个无线热点将该终端接入网络，在该步骤中，与该连接指令对应的无线热点建立连接。
S50、更新该选择连接指令对应的无线热点的连接次数和连接时长。
具体的，在无线热点记录表中更新该选择指令对应的无线热点的连接次数和连接时长，将该无线热点的连接次数加1，将该无线热点的连接时长加上本次连接的时长，如，选择连接指令对应的无线热点为TCL_Wifi，该无线热点TCL_Wifi的本次连接的时长为5分钟，即终端通过无线热点TCL_Wifi接入网络的持续时间为5分钟。在无线热点记录表中，该无线热点TCL_Wifi的连接次数为5次，连接时长为10分钟，则在该步骤中，将无线热点TCL_Wifi的连接次数更新为6次，将无线热点TCL_Wifi的连接时长更新为15分钟。当该选择连接指令对应的无线热点不存在在该无线热点记录表中时，在该步骤中，将该选择连接指令对应的无线热点添加到无线热点记录表中，并将该选择连接指令对应的无线热点的连接次数记为1，连接时长为本次连接的时长。
参照图5，图5为本发明的无线热点的扫描显示装置的第一实施例结构示意图，该装置可应用于智能电视、手机、平板电脑等终端，该装置包括扫描模块10，与该扫描模块10连接的排序模块20，与该排序模块20连接的显示模块30，其中：
该扫描模块10，用于扫描当前网络环境中的无线热点；
该排序模块20，用于根据该扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序；
该显示模块30，用于显示排序后的的无线热点。
在一实施例中，该扫描模块10可在接收到用户触发无线热点扫描按钮后或在接收到用户输入的预设的无线热点扫描触发手势后，扫描当前无线网络
环境中的无线热点，具体的，可每隔预设的时间间隔，扫描一次当前网络环境中的无线热点。
该扫描模块10在扫描过程中，获取无线热点的名称和信号强度。该无线热点的名称为无线热点的SSID(Service Set Identifier，服务集标识)名称。
该扫描模块10扫描的当前网络环境中的无线热点包括曾经连接过的无线热点及/或新的无线热点，该新的无线热点即之前未连接过的无线热点。如在一场景中，某天，在一办公室中，用户第一次启动终端扫描当前网络环境中的无线热点，扫描到的无线热点包括Wireless hotspot 1、Wireless hotspot 2、Wireless hotspot 3，用户选择无线热点Wireless hotspot 1，使得该终端通过Wireless hotspot 1接入网络，由于该终端初次处于该网络环境中，之前未通过该无线热点Wireless hotspot 1、Wireless hotspot 2、Wireless hotspot 3接入网络，因此无线热点Wireless hotspot 1、Wireless hotspot 2、Wireless hotspot 3均为新的无线热点；在另一天，在同一办公室，用户第二次启动终端扫描当前网络环境中的无线热点，扫描到的无线热点包括：Wireless hotspot 1、Wirelesshotspot 2、Wireless hotspot 3、Wireless hotspot 4，其中，该无线热点Wireless hotspot 1为曾经连接过的无线热点，该无线热点Wireless hotspot 2、Wireless hotspot 3、Wireless hotspot 4为新的无线热点。
在一实施例中，不管该扫描到的无线热点是曾经连接过的无线热点还是新的无线热点，该排序模块20都根据该扫描到的无线热点的信号强度对该扫描到的无线热点进行排序，可按照信号强度从强到弱或从弱到强对该扫描的无线热点进行排序。可选的，该排序模块20先判断该扫描到的无线热点是否是有效热点，再对有效的无线热点进行排序，即将无线热点舍弃；当该无线热点的名称为空时，则认为该无线热点是无效热点，或当该无线热点的信号强度小于预设信号强度阀值时，认为该无线热点是无效热点，该预设信号强度阀值可根据实际需要设置，如设置为10％。
在另一实施例中，该排序模块20对该扫描到的无线热点进行区分排序，先将该扫描到的无线热点区分为曾经连接过的无线热点和新的无线热点，对该曾经连接过的无线热点按照连接次数及/或连接时长进行排序，对该新的无线热点按照信号强度进行排序；即为曾经连接过的无线热点根据用户的使用情况进行排序。在对该新的无线热点按照信号强度进行排序时，可按照信号
强度从强到弱或从弱到强对该新的无线热点进行排序。
该显示模块30将排序后的无线热点进行显示，具体的，可按照预设的显示规则对排序后的无线热点进行显示，如，将排序后的所有无线热点显示，或将排序后的部分无线热点显示。在将排序后的所有无线热点显示时，可先显示曾连接过的无线热点，再显示新的无线热点，也可以先显示新的无线热点，再显示曾经连接过的无线热点。在将排序后的部分无线热点显示时，可显示部分曾经连接过的无线热点及/或部分新的无线热点；当需要显示的部分无线热点既包括曾经连接过的无线热点，又包括新的无线热点时，可先显示曾经连接过的无线热点，再显示新的无线热点，也可先显示新的无线热点，再显示曾经连接过的无线热点。
参照图6，图6为本发明无线热点的扫描显示装置中的排序模块的细化结构示意图，该排序模块20包括排序单元24：
判断单元21，用于判断该扫描到的无线热点是否是曾经连接过的无线热点；
计算单元22，用于在该扫描到的无线热点是曾经连接过的无线热点时，根据该无线热点的连接次数及/或连接时长计算该无线热点的排序权重值；
获取单元23，用于在该扫描到的无线热点是新的无线热点时，获取该无线热点的信号强度；
排序单元24，用于根据该计算的曾经连接过的无线热点的排序权重值对该扫描到的曾经连接过的无线热点进行排序，及根据该新的无线热点的信号强度对该新的无线热点进行排序。
该判断单元21判断该扫描模块10扫描到的无线热点是否是曾经连接过的无线热点，具体的，该判断单元21包括匹配子单元和确定子单元，其中：匹配子单元，用于将该扫描到的无线热点与预先保存的无线热点记录表进行匹配，该无线热点记录表包括无线热点的名称、无线热点的连接次数、无线热点的连接时长；确定子单元，用于在该扫描到的无线热点与预存的无线热点记录表匹配成功时，确定该扫描到的无线热点是曾经连接过的无线热点。若该扫描到的无线热点与预存的无线热点记录表匹配成功，则该确定子单元可以确定该扫描到的无线热点是曾经连接过的无线热点。该无线热点记录表
记录了终端曾经通过哪些无线热点接入网络，即记录了终端曾经连接过的无线热点。该无线热点记录表包括无线热点的名称、无线热点的连接次数、无线热点的连接时长、无线热点的最近连接时间等，该无线热点记录表如上述表一所示。该无线热点记录中的每个无线热点的连接时长对应每个无线热点的连接总时长，如无线热点PUB_Wifi的连接次数是5次，这5次的单次连接时长分别为2分钟、1分钟、5分钟、2分钟，则该无线热点PUB_Wifi的连接时长为10分钟。
若扫描到的无线热点的名称为TCL_Wifi，该判断单元21在该无线热点记录表中，查找到TCL_Wifi，则可以确定该扫描到的无线热点为曾经连接过的无线热点。可随时对该无线热点记录表进行更新，如连接到新的无线热点时，则将该新的无线热点添加到该无线热点记录表中，记录其名称、连接次数、连接时长、最近连接时间等；如连接到曾经连接过的无线热点时，将该曾经连接过的无线热点的连接次数加1及对该曾经连接过的无线热点的连接时长和最近连接时间进行更新。该无线热点记录表中记录的无线热点包括自动连接或用户手动连接的无线热点。
当该扫描的无线热点是曾经连接过的无线热点时，该计算单元22可从无线热点记录表中查找该无线热点的连接次数和连接时长。
该计算单元22计算各个扫描到的曾经连接过的无线热点的排序权重值，在一实施例中，根据该无线热点的连接次数计算该无线热点的排序权重值，具体的，可直接将该无线热点的连接次数作为该无线热点的排序权重值，或者根据预设的第一转换规则将该无线热点的连接次数转换成排序权重值，如当连接次数在1到5时，对应的排序权重值为1，当连接次数在6到10时，对应的排序权重值为2，当连接次数在11到15时，对应的排序权重值为3，依次类推，得到无线热点的排序权重值；在另一实施例中，根据该无线热点的连接时长计算该无线热点的排序权重值，具体的，可直接将该无线热点的连接时长作为该无线热点的排序权重值，或者根据预设的第二转换规则将该无线热点的连接时长转换成排序权重值，如当连接时长在[0，5分钟]时，对应的排序权重值为1，当连接时长在(5分钟，10分钟]时，对应的排序权重值为2，当连接时长在(10分钟，15分钟]时，对应的排序权重值为3，依次类推，得到无线热点的排序权重值；在另一实施例中，根据该无线热点的连
接次数和连接时长计算该无线热点的排序权重值，具体的，可直接将该无线热点的连接次数与连接时长的乘积作为该无线热点的排序权重值，如通过表一可计算无线热点PUB_Wifi的排序权重值，PUB_Wifi的排序权重值＝5*10＝50，或者根据预设的第三转换规则将该无线热点的连接时长与连接时长的乘积转换成排序权重值，如当连接次数与连接时长的乘积在[0，50]时，对应的排序权重值为1，当连接次数与连接时长的乘积在(50，100]时，对应的排序权重值为2，当连接次数与连接时长的乘积在(100，150]时，对应的排序权重值为3，依次类推，得到无线热点的排序权重值。
该排序单元24在根据该计算的曾经连接过的无线热点的排序权重值对该扫描到的曾经连接过的无线热点进行排序时，可根据该计算的曾经连接过的无线热点的排序权重值从大到小或从小到大对该扫描到的曾经连接过的无线热点进行排序。
该排序单元24在根据该新的无线热点的信号强度对该新的无线热点进行排序时，可根据该新的无线热点的信号强度从强到弱或从弱到强进行排序。
图7为本发明无线热点的扫描显示装置中的显示模块的细化结构示意图，该显示模块30包括：
选择单元31，用于从排序后的曾经连接过的无线热点中选择第一预设个数的无线热点，作为第一待显示的无线热点；及从排序后的新的无线热点中选择第二预设个数的无线热点，作为第二待显示的无线热点；
显示单元32，用于显示该选择的第一待显示的无线热点和第二待显示的无线热点。
该第一预设个数可根据实际需要设置，如可设置为5。当该曾经连接过的无线热点是按照信号强度从强到弱进行排序时，则该选择单元31从排序后的曾经连接过无线热点中从前往后依次选择第一预设个数的无线热点，作为第一待显示的无线热点；当该曾经连接过的无线热点是按照信号强度从弱到强进行排序时，则选择单元31从排序后的曾经连接过的无线热点中从后往前依次选择第一预设个数的无线热点，作为第一待显示的无线热点；当该曾经连接过的无线热点是按照排序权重值从大到小进行排序时，则选择单元31从排序后的曾经连接过的无线热点中从前往后依次选择第一预设个数的无线热
点，作为第一待显示的无线热点；当该曾经连接过的的无线热点是按照排序权重值从小到大进行排序时，则选择单元31从排序后的曾经连接过的无线热点中从后往前依次选择第一预设个数的无线热点，作为第一待显示的无线热点。
该第二预设个数可根据实际需要设置，该第二预设个数可与第一预设个数相同，如该第二预设个数可设置为5。当该新的无线热点是按照信号强度从强到弱进行排序时，则该选择单元31从排序后的新的无线热点中从前往后依次选择第二预设个数的无线热点，作为第二待显示的无线热点；当该新的无线热点是按照信号强度从弱到强进行排序时，则该选择单元31从排序后的新的无线热点中从后往前依次选择第二预设个数的无线热点，作为第二待显示的无线热点。
该显示单元32可先显示第一待显示的无线热点，再显示第二待显示的无线热点；也可以先显示第二待显示的无线热点，再显示第一待显示的无线热点；还可以将第一待显示热点与第二待显示热点交替显示，即显示一个第一待显示的无线热点，然后显示一个第二待显示的无线热点，再显示一个第一待显示的无线热点，依次类推。
参照图8，图8为本发明无线热点的扫描显示装置的第二实施例的结构示意图。
基于上述无线热点的扫描显示装置的第一实施例，该装置还包括：
连接建立模块40，用于在接收到用户对该显示的排序后的无线热点的选择连接指令时，与该选择连接指令对应的无线热点建立连接；
更新模块50，用于该选择连接指令对应的无线热点的连接次数和连接时长。
在终端上显示排序后的无线热点，用户在该显示的排序后的无线热点中选择一个无线热点将该终端接入网络，该连接建立模块40在接收到选择连接指令后，与该连接指令对应的无线热点建立连接。
具体的，该更新模块50在无线热点记录表中更新该选择指令对应的无线热点的连接次数和连接时长，将该无线热点的连接次数加1，将该无线热点的连接时长加上本次连接的时长，如，选择连接指令对应的无线热点为
TCL_Wifi，该无线热点TCL_Wifi的本次连接的时长为5分钟，即终端通过无线热点TCL_Wifi接入网络的持续时间为5分钟。在无线热点记录表中，该无线热点TCL_Wifi的连接次数为5次，连接时长为10分钟，该更新模块50将无线热点TCL_Wifi的连接次数更新为6次，将无线热点TCL_Wifi的连接时长更新为15分钟。当该选择连接指令对应的无线热点不存在在该无线热点记录表中时，该更新模块50将该选择连接指令对应的无线热点添加到无线热点记录表中，并将该选择连接指令对应的无线热点的连接次数记为1，连接时长为本次连接的时长。
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 (15)
- 一种无线热点的扫描显示方法，其特征在于，该方法包括：扫描当前网络环境中的无线热点；判断所述扫描到的无线热点是否是曾经连接过的无线热点；若所述扫描到的无线热点是曾经连接过的无线热点，则根据所述无线热点的连接次数及/或连接时长计算所述无线热点的排序权重值；若所述扫描到的无线热点是新的无线热点，则获取所述无线热点的信号强度；根据所述计算的曾经连接过的无线热点的排序权重值对所述扫描到的曾经连接过的无线热点进行排序，及根据所述新的无线热点的信号强度对所述新的无线热点进行排序；显示排序后的无线热点；在接收到用户对所述显示的排序后的无线热点的选择连接指令时，与所述选择连接指令对应的无线热点建立连接；更新所述选择连接指令对应的无线热点的连接次数和连接时长。
- 如权利要求1所述的无线热点的扫描显示方法，其特征在于，所述判断所述扫描到的无线热点是否是曾经连接过的无线热点的步骤包括：将所述扫描到的无线热点与预存的无线热点记录表进行匹配；所述无线热点记录表包括无线热点的名称、无线热点的连接次数、无线热点的连接时长；若所述扫描到的无线热点与预存的无线热点记录表匹配成功，则确定所述扫描到的无线热点是曾经连接过的无线热点。
- 如权利要求1所述的无线热点的扫描显示方法，其特征在于，所述显示排序后的无线热点的步骤包括：从排序后的曾经连接过的无线热点中选择第一预设个数的无线热点，作为第一待显示的无线热点；及从排序后的新的无线热点中选择第二预设个数的无线热点，作为第二待显示的无线热点；显示所述选择的第一待显示的无线热点和第二待显示的无线热点。
- 一种无线热点的扫描显示方法，其特征在于，该方法包括：扫描当前网络环境中的无线热点；根据所述扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序；显示排序后的无线热点。
- 如权利要求4所述的无线热点的扫描显示方法，其特征在于，根据所述扫描到的无线热点的连接次数、连接时长及/或信号强度对所述扫描到的无线热点进行排序的步骤包括：判断所述扫描到的无线热点是否是曾经连接过的无线热点；若所述扫描到的无线热点是曾经连接过的无线热点，则根据所述无线热点的连接次数及/或连接时长计算所述无线热点的排序权重值；若所述扫描到的无线热点是新的无线热点，则获取所述无线热点的信号强度；根据所述计算的曾经连接过的无线热点的排序权重值对所述扫描到的曾经连接过的无线热点进行排序，及根据所述新的无线热点的信号强度对所述新的无线热点进行排序。
- 如权利要求5所述的无线热点的扫描显示方法，其特征在于，所述显示排序后的无线热点的步骤包括：从排序后的曾经连接过的无线热点中选择第一预设个数的无线热点，作为第一待显示的无线热点；及从排序后的新的无线热点中选择第二预设个数的无线热点，作为第二待显示的无线热点；显示所述选择的第一待显示的无线热点和第二待显示的无线热点。
- 如权利要求5所述的无线热点的扫描显示方法，其特征在于，所述判断所述扫描到的无线热点是否是曾经连接过的无线热点的步骤包括：将所述扫描到的无线热点与预存的无线热点记录表进行匹配；所述无线热点记录表包括无线热点的名称、无线热点的连接次数、无线热点的连接时长；若所述扫描到的无线热点与预存的无线热点记录表匹配成功，则确定所述扫描到的无线热点是曾经连接过的无线热点。
- 如权利要求7所述的无线热点的扫描显示方法，其特征在于，所述显示排序后的无线热点的步骤包括：从排序后的曾经连接过的无线热点中选择第一预设个数的无线热点，作为第一待显示的无线热点；及从排序后的新的无线热点中选择第二预设个数的无线热点，作为第二待显示的无线热点；显示所述选择的第一待显示的无线热点和第二待显示的无线热点。
- 如权利要求4所述的无线热点的扫描显示方法，其特征在于，所述显示排序后的无线热点的步骤之后，该方法还包括：在接收到用户对所述显示的排序后的无线热点的选择连接指令时，与所述选择连接指令对应的无线热点建立连接；更新所述选择连接指令对应的无线热点的连接次数和连接时长。
- 一种无线热点的扫描显示装置，其特征在于，该装置包括：扫描模块，用于扫描当前网络环境中的无线热点；排序模块，用于根据所述扫描到的无线热点的连接次数、连接时长及/或信号强度对扫描到的无线热点进行排序；显示模块，用于显示排序后的无线热点。
- 如权利要求10所述的无线热点的扫描显示装置，其特征在于，所述排序模块包括：判断单元，用于判断所述扫描到的无线热点是否是曾经连接过的无线热点；计算单元，用于在所述扫描到的无线热点是曾经连接过的无线热点时，根据所述无线热点的连接次数及/或连接时长计算所述无线热点的排序权重值；获取单元，用于在所述扫描到的无线热点是新的无线热点时，获取所述无线热点的信号强度；排序单元，用于根据所述计算的曾经连接过的无线热点的排序权重值对所述扫描到的曾经连接过的无线热点进行排序，及根据所述新的无线热点的信号强度对所述新的无线热点进行排序。
- 如权利要求10所述的无线热点的扫描显示装置，其特征在于，所述显示模块包括：选择单元，用于从排序后的曾经连接过的无线热点中选择第一预设个数的无线热点，作为第一待显示的无线热点；及从排序后的新的无线热点中选 择第二预设个数的无线热点，作为第二待显示的无线热点；显示单元，用于显示所述选择的第一待显示的无线热点和第二待显示的无线热点。
- 如权利要求11所述的无线热点的扫描显示装置，其特征在于，所述判断单元包括：匹配子单元，用于将所述扫描到的无线热点与预存的无线热点记录表进行匹配；所述无线热点记录表包括无线热点的名称、无线热点的连接次数、无线热点的连接时长；确定子单元，用于在所述扫描到的无线热点与预存的无线热点记录表匹配成功时，确定所述扫描到的无线热点是曾经连接过的无线热点。
- 如权利要求13所述的无线热点的扫描显示装置，其特征在于，所述显示模块包括：选择单元，用于从排序后的曾经连接过的无线热点中选择第一预设个数的无线热点，作为第一待显示的无线热点；及从排序后的新的无线热点中选择第二预设个数的无线热点，作为第二待显示的无线热点；显示单元，用于显示所述选择的第一待显示的无线热点和第二待显示的无线热点。
- 如权利要求10所述的无线热点的扫描显示装置，其特征在于，所述装置还包括：连接建立模块，用于在接收到用户对所述显示的排序后的无线热点的选择连接指令时，与所述选择连接指令对应的无线热点建立连接；更新模块，用于所述选择连接指令对应的无线热点的连接次数和连接时长。
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Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103533670A (zh) * | 2013-10-15 | 2014-01-22 | 深圳市江波龙电子有限公司 | 连接无线网络设备的方法和装置、无线网络系统 |
| US8787188B1 (en) * | 2010-01-11 | 2014-07-22 | Google Inc. | Merging for wireless access points |
| CN104301956A (zh) * | 2014-09-15 | 2015-01-21 | 深圳市金立通信设备有限公司 | 一种无线热点的连接装置及终端 |
| CN104601801A (zh) * | 2014-12-24 | 2015-05-06 | 广东欧珀移动通信有限公司 | 一种移动终端锁屏连接WiFi热点的方法及系统 |
| CN104768156A (zh) * | 2015-04-30 | 2015-07-08 | 北京奇虎科技有限公司 | WiFi连接的方法及装置 |
| CN105050118A (zh) * | 2015-07-31 | 2015-11-11 | 腾讯科技（深圳）有限公司 | 连接Wi-Fi热点的方法及装置 |
| CN105163400A (zh) * | 2015-08-20 | 2015-12-16 | 广东欧珀移动通信有限公司 | 一种wifi热点连接控制的方法、系统及移动终端 |
| CN105636170A (zh) * | 2015-12-25 | 2016-06-01 | 深圳Tcl数字技术有限公司 | 无线热点的扫描显示方法及装置 |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104394263A (zh) * | 2014-09-30 | 2015-03-04 | 小米科技有限责任公司 | 接入点列表展示方法及装置 |
-
2015
- 2015-12-25 CN CN201510998431.6A patent/CN105636170A/zh active Pending
-
2016
- 2016-06-02 WO PCT/CN2016/084417 patent/WO2017107383A1/zh active Application Filing
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8787188B1 (en) * | 2010-01-11 | 2014-07-22 | Google Inc. | Merging for wireless access points |
| CN103533670A (zh) * | 2013-10-15 | 2014-01-22 | 深圳市江波龙电子有限公司 | 连接无线网络设备的方法和装置、无线网络系统 |
| CN104301956A (zh) * | 2014-09-15 | 2015-01-21 | 深圳市金立通信设备有限公司 | 一种无线热点的连接装置及终端 |
| CN104601801A (zh) * | 2014-12-24 | 2015-05-06 | 广东欧珀移动通信有限公司 | 一种移动终端锁屏连接WiFi热点的方法及系统 |
| CN104768156A (zh) * | 2015-04-30 | 2015-07-08 | 北京奇虎科技有限公司 | WiFi连接的方法及装置 |
| CN105050118A (zh) * | 2015-07-31 | 2015-11-11 | 腾讯科技（深圳）有限公司 | 连接Wi-Fi热点的方法及装置 |
| CN105163400A (zh) * | 2015-08-20 | 2015-12-16 | 广东欧珀移动通信有限公司 | 一种wifi热点连接控制的方法、系统及移动终端 |
| CN105636170A (zh) * | 2015-12-25 | 2016-06-01 | 深圳Tcl数字技术有限公司 | 无线热点的扫描显示方法及装置 |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111726452A (zh) * | 2019-03-20 | 2020-09-29 | 青岛海信移动通信技术股份有限公司 | 一种WiFi列表排序的方法及电子设备 |
| CN111726452B (zh) * | 2019-03-20 | 2023-07-18 | 青岛海信移动通信技术有限公司 | 一种无线局域网WiFi列表排序的方法及电子设备 |
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