WO2018068444A1

WO2018068444A1 - Transmission capacity sharing method, terminal, and storage medium

Info

Publication number: WO2018068444A1
Application number: PCT/CN2017/072963
Authority: WO
Inventors: 李聪
Original assignee: 中兴通讯股份有限公司
Priority date: 2016-10-11
Filing date: 2017-02-06
Publication date: 2018-04-19
Also published as: CN107920032A

Abstract

Disclosed in an embodiment of the invention is a transmission capacity sharing method. The method comprises: acquiring current transmission capacity state information of at least one terminal sharing transmission capacity thereof; acquiring transmission capacity limitation information of the at least one terminal sharing the transmission capacity thereof; comparing the transmission capacity state information and the transmission capacity limitation information to obtain a comparation result; and controlling, according to the comparison result, a transmission connection state of the at least one terminal sharing the transmission capacity thereof. Also disclosed in the embodiment of the invention are a terminal and a storage medium. The invention can prevent unnecessary data usage, thereby ensuring normal usage of a terminal.

Description

Transmission sharing method and terminal, storage medium

Technical field

The present invention relates to a sharing technology, and in particular, to a transmission sharing method, a terminal, and a storage medium.

Background technique

With the rapid development of communication technologies, terminal functions are becoming more diverse, and users' demand for terminal usage is also increasing. The experience of different functions of the terminal leads to an increase in data traffic consumption.

For a terminal that can be used as a wireless Fidelity (WiFi) hotspot, if the terminal that accesses the Internet through the hotspot is a transmission sharing terminal, the unlimited access of the transmission sharing terminal will increase the traffic loss of the hotspot terminal. risk. When a hotspot terminal uses mobile traffic for network access, the increase in traffic loss increases the traffic cost and brings a certain economic loss to the user. In addition, the transmission sharing terminal uses the hotspot for data transmission, which also occupies the data transmission bandwidth of the hotspot terminal, which may cause the hotspot terminal to be unable to be used normally. It can be seen that there is a need for a transmission sharing method to at least avoid an increase in traffic loss and ensure normal use of hotspot terminals.

Summary of the invention

In order to solve the existing technical problems, the embodiments of the present invention provide a transmission sharing method, a terminal, and a storage medium, which can at least avoid an increase in traffic loss and ensure normal use of the terminal.

The technical solution of the embodiment of the present invention is implemented as follows:

The embodiment of the invention provides a transmission sharing method, and the method includes:

Obtaining current transmission status information of at least one transmission sharing terminal;

Obtaining transmission restriction information of the at least one transmission sharing terminal;

Comparing the transmission status information and the transmission restriction information to obtain a comparison result;

In the above solution, the transmission state information includes at least one of data traffic consumed by each channel occupied by the transmission sharing terminal, a transmission rate of each channel, data traffic consumed by all channels, and a total transmission rate of all channels. ;

The transmission restriction information includes at least one of a single channel maximum mobile data traffic, a single channel maximum transmission rate, a total transmission shared maximum mobile data traffic, and a total transmission shared maximum transmission rate.

In the above solution, the comparing the transmission status information and the transmission restriction information to obtain a comparison result, and controlling the transmission connection status of the at least one transmission sharing terminal according to the comparison result, including:

When the transmission status information is the data traffic that has been consumed by the channel occupied by each transmission sharing terminal, compare the data traffic consumed by each channel with the maximum mobile data traffic of the corresponding channel in each channel, and filter out the consumed data. The channel whose data traffic meets or exceeds the maximum mobile data traffic, determines that the selected channel is the target channel, and disconnects the transmission connection of the transmission sharing terminal corresponding to the target channel;

When the transmission status information is the transmission rate of each channel, compare the current transmission rate of each channel with the maximum transmission rate of the corresponding channel, and filter out the channel whose current transmission rate has reached or exceeded the maximum transmission rate, and determine the selected channel. The outgoing channel is a target channel, and the transmission connection of the transmission sharing terminal corresponding to the target channel is disconnected;

The transmission connection state includes at least disconnection.

Comparing the total consumed data traffic with the maximum mobile data traffic shared by the total transmission when the transmission state information is data traffic consumed by all channels, when the total consumed data traffic has reached or exceeded When the total transmission shares the maximum mobile data traffic, then control The transmission connection of the transmission sharing terminal corresponding to each channel is disconnected;

When the transmission status information is the total transmission rate of all channels, comparing the total transmission rate of all channels with the maximum transmission rate shared by the total transmission, when the total transmission rate has reached or exceeded the total transmission sharing At the maximum transmission rate, the transmission connection of the transmission sharing terminal corresponding to each channel is controlled to be disconnected;

The transmission connection state includes at least disconnection.

In the above solution, the transmission status information includes at least a total number of channels occupied by the current transmission sharing terminal, and the transmission restriction information includes at least a maximum number of channels allowed to be established;

Comparing the size relationship between the total number of channels occupied by the current transmission sharing terminal and the maximum number of channels allowed to be established, when receiving the transmission sharing connection request initiated by the other terminal, wherein the other terminal is in addition to the at least one transmission a terminal other than the shared terminal;

When the total number of channels occupied by the transmission sharing terminal does not reach the maximum number of channels allowed to be established, a new channel is established and allocated for the other terminal to establish a transmission shared connection;

When the total number of channels occupied by the transmission sharing terminal reaches the maximum number of channels allowed to be established, the transmission sharing connection request is blocked or not answered.

The embodiment of the invention further provides a terminal, where the terminal includes:

a first acquiring unit, configured to acquire current transmission state information of the at least one transmission sharing terminal;

a second acquiring unit, configured to acquire transmission restriction information of the at least one transmission sharing terminal;

a first comparing unit configured to compare the transmission state information and the transmission restriction information to obtain a comparison result;

The first control unit is configured to control a transmission connection state of the at least one transmission sharing terminal according to the comparison result.

In the above solution, the transmission status information includes at least a letter occupied by each transmission sharing terminal. One of the consumed data traffic, the transmission rate of each channel, the data traffic consumed by all channels, and the total transmission rate of all channels;

In the above scheme,

When the transmission status information is the data traffic that has been consumed by the channel occupied by each of the transmission sharing terminals, the first comparing unit is configured to use the data traffic that has been consumed by each channel and the maximum mobile data of the corresponding channel in each channel. The traffic is compared to filter out the channel whose consumed data traffic meets or exceeds the maximum mobile data traffic, and determines that the selected channel is the target channel; correspondingly, the first control unit is configured to disconnect the transmission corresponding to the target channel. a transmission connection of the shared terminal;

When the transmission status information is the transmission rate of each channel, the first comparing unit is configured to compare the current transmission rate of each channel with the maximum transmission rate of the corresponding channel, and filter out that the current transmission rate has reached or exceeded a channel of the maximum transmission rate, determining that the selected channel is the target channel; correspondingly, the first control unit is configured to disconnect the transmission connection of the transmission sharing terminal corresponding to the target channel;

The transmission connection state includes at least disconnection.

In the above scheme,

When the transmission status information is data traffic consumed by all channels, the first comparing unit is configured to compare the total consumed data traffic with the maximum mobile data traffic shared by the total transmission, when When the total consumed data traffic has reached or exceeded the maximum mobile data traffic shared by the total transmission, the first control unit is triggered to control the transmission connection disconnection of the transmission sharing terminal corresponding to each channel;

When the transmission status information is the total transmission rate of all channels, the first comparing unit, Configuring to compare the total transmission rate of all channels with the maximum transmission rate shared by the total transmission, triggering the first control unit to control each time the total transmission rate has reached or exceeded the maximum transmission rate shared by the total transmission The transmission connection of the transmission sharing terminal corresponding to the channel is disconnected;

The transmission connection state includes at least disconnection.

The terminal further includes:

a second comparing unit configured to: when receiving a transmission sharing connection request initiated by another terminal, compare a size relationship between a total number of channels occupied by the current transmission sharing terminal and a maximum number of channels allowed to be established, wherein the other terminal a terminal other than the at least one transport sharing terminal;

When the second comparison unit compares that the total number of channels occupied by the transmission sharing terminal does not reach the maximum number of channels allowed to be established, triggering the first establishing unit, otherwise triggering the first shielding unit;

The first establishing unit is configured to establish and allocate a new channel for the other terminal to establish a transmission sharing connection, and the first shielding unit is configured to block the transmission sharing connection request or not.

According to the transmission sharing method and the terminal and the storage medium provided by the embodiment of the present invention, the terminal respectively acquires the current transmission state information and the transmission restriction information of the at least one transmission sharing terminal, compares the two information, and controls transmission according to the comparison result. The transmission connection of the shared terminal is disconnected or continues to be turned on. Wherein, the disconnection or the continued opening of the transmission connection is performed by the comparison result of the transmission status information and the transmission restriction information, compared with the increase of the traffic cost caused by the unrestricted Internet access of the transmission sharing terminal in the related art, the embodiment of the present invention The transmission connection state can be controlled according to the comparison result to avoid unnecessary increase of the flow loss, thereby ensuring the normal use of the terminal.

DRAWINGS

1 is a schematic flowchart of an implementation process of a first embodiment of a transmission sharing method provided by the present invention;

2 is a schematic flowchart of implementing a second embodiment of a transmission sharing method according to the present invention;

FIG. 3 is a schematic diagram of an application scenario according to an embodiment of the present disclosure;

4 is a schematic structural diagram of a component of a terminal according to an embodiment of the present invention;

FIG. 5 is a schematic structural diagram of another component of a terminal according to an embodiment of the present invention.

detailed description

The preferred embodiments of the present invention are described in detail below with reference to the accompanying drawings.

Embodiment 1

The first embodiment of the transmission sharing method provided by the present invention is applied to a terminal, and the terminal may be any device capable of data transmission sharing, such as a tablet, a mobile phone, a computer, a router, or a smart projector. When two or more mobile phones access the Internet through a router to access the network, the router can serve as the aforementioned terminal. When two or more mobile phones access the Internet through a hot-spot mobile phone, the aforementioned terminal can be used as a hot-spot mobile phone or as a mobile phone in any of the shared mobile phones. That is, the person in the art should understand that the terminal in this embodiment is not limited to a terminal having a hotspot function, and may be any terminal that can perform data transmission with other terminals by using a data transmission sharing mechanism. Those skilled in the art should also understand that in the actual application, the data transmission sharing mechanism may be other than the WiFi hotspot connection, such as at least two mobile phones accessing the network connected by the same router to access the Internet.

FIG. 1 is a schematic flowchart of a first embodiment of a transmission sharing method according to the present invention; as shown in FIG. 1 , the method includes:

Step 101: Acquire current transmission state information of at least one transmission sharing terminal.

The execution body of step 101 is a terminal. Sharing at the terminal with the at least one transmission sharing terminal When the data transmission sharing mechanism is used, when the terminal detects that there is a new request and response, the terminal reads the current transmission status information of at least one transmission sharing terminal.

The terminal will initiate a request to the server every time a web browsing operation such as web browsing or video viewing is performed, and after receiving the request, the server will feedback the response to the terminal to display the webpage to be viewed, the video to be watched, etc. . Based on this, the terminal can monitor the online operation of the at least one transmission sharing terminal. When it is detected that there is a new online operation (new request and response) in the transmission sharing terminal, the transmission status information of the transmission sharing terminal is performed at this time. Read. Alternatively, in the terminal, a certain timing time, such as 8 hours, 1 day, etc., is set for the acquisition of the transmission status information, and when the timing time ends, the trigger terminal reads the transmission status information of the transmission sharing terminal at this time.

The transmission status information includes at least one of data traffic consumed by each channel shared by the transmission sharing terminal, a transmission rate of each channel, data traffic consumed by all channels, and a total transmission rate of all channels.

Step 102: Acquire transmission restriction information of the at least one transmission sharing terminal.

The execution body of step 102 is a terminal. The terminal reads the transmission restriction information set to perform the data transmission sharing mechanism.

The transmission restriction information is set when establishing a data transmission sharing mechanism between the terminal and the at least one transmission sharing terminal, and the main settings include, but are not limited to, the maximum number of channels allowed to be established, the maximum mobile data traffic of a single channel, The maximum transmission rate of a single channel, the maximum mobile data traffic shared by the total transmission, and the maximum transmission rate shared by the total transmission. In practical applications, there is a kind of Internet access situation: restrictions on the use of a specific connection for the terminal, such as using a specific browser to access the Internet, such as when the terminal uses the QQ browser to access the Internet, the traffic used may not be greater than 10M (megabytes), In this case, the set transmission restriction information may further include a maximum mobile data traffic restriction term for a specific connection, and a maximum transmission rate restriction term for a specific connection. The value of each data traffic in the transmission restriction information may be a fixed value. It can also be a scale value based on the current remaining data traffic. The value of each transmission rate may be a fixed value, or may be a ratio based on the transmission rate of the terminal.

Step 103: Compare the transmission status information and the transmission restriction information to obtain a comparison result.

The execution body of step 103 is a terminal. The terminal compares the current transmission status information of the read transmission sharing terminal with the transmission restriction information to obtain a comparison result.

Step 104: Control, according to the comparison result, a transmission connection state of the at least one transmission sharing terminal.

The execution body of step 104 is a terminal. The transmission connection state is that the transmission connection of the transmission sharing terminal is disconnected (turned off) or enabled (continued on). The terminal controls the transmission connection of the transmission sharing terminal to continue to open or control the transmission connection of the transmission sharing terminal to be disconnected according to the obtained comparison result.

In this embodiment, the terminal separately acquires the current transmission state information and the transmission restriction information of the at least one transmission sharing terminal, compares the two information, and controls the transmission connection of the transmission sharing terminal to be disconnected or continued to be opened according to the comparison result. . Wherein, the transmission connection is disconnected or continues to be turned on by the comparison result of the transmission status information and the transmission restriction information, compared with the related art in that the traffic cost due to the uncontrolled opening of the transmission sharing terminal, that is, the unrestricted Internet access, is increased. The embodiment of the invention can control the transmission connection state according to the comparison result, avoid unnecessary increase of the traffic loss, and further ensure the normal use of the terminal.

Embodiment 2

The second embodiment of the transmission sharing method provided by the present invention is applied to a terminal, and the terminal may be any device capable of data transmission sharing, such as a tablet, a mobile phone, a computer, a router, or a smart projector. When two or more mobile phones access the Internet through a router to access the network, the router can serve as the aforementioned terminal. When two or more mobile phones access the Internet through a hot-spot mobile phone, the aforementioned terminal can be used as a hot-spot mobile phone or as a mobile phone in any of the shared mobile phones. That is, those skilled in the art should understand that the terminal in this embodiment is not limited to A terminal having a hotspot function may be any terminal that can transmit data using a data transmission sharing mechanism with other terminals. Those skilled in the art should also understand that in the actual application, the data transmission sharing mechanism may be other than the WiFi hotspot connection, such as at least two mobile phones accessing the network connected by the same router to access the Internet.

2 is a schematic flowchart of a second embodiment of a transmission sharing method provided by the present invention; as shown in FIG. 2, the method includes:

Step 201: Acquire current transmission state information of at least one transmission sharing terminal.

The execution body of step 201 is a terminal. When the terminal and the at least one transmission sharing terminal adopt a data transmission sharing mechanism, when the terminal detects that there is a new request and response, the terminal reads the current transmission state information of the at least one transmission sharing terminal.

Step 202: Acquire transmission restriction information of the at least one transmission sharing terminal.

The execution body of step 202 is a terminal. The terminal reads the transmission restriction information set to perform the data transmission sharing mechanism.

The transmission restriction information is between the establishment terminal and the at least one transmission sharing terminal. The data transmission sharing mechanism is sometimes set. The main settings include but are not limited to: the maximum number of channels allowed to be established, the maximum mobile data traffic of a single channel, the maximum transmission rate of a single channel, the maximum mobile data traffic shared by the total transmission, and the total transmission sharing. Maximum transfer rate. In practical applications, there is a kind of Internet access situation: restrictions on the use of a specific connection for the terminal, such as using a specific browser to access the Internet, such as when the terminal uses the QQ browser to access the Internet, the traffic used may not be greater than 10M (megabytes), In this case, the set transmission restriction information may further include a maximum mobile data traffic restriction term for a specific connection, and a maximum transmission rate restriction term for a specific connection.

Step 203a: When the transmission status information is data traffic that has been consumed by the channel occupied by each transmission sharing terminal, compare the data traffic consumed by each channel with the maximum mobile data traffic of the corresponding channel in each channel, and filter out The channel whose consumed data traffic meets or exceeds the maximum mobile data traffic, determines that the selected channel is the target channel, and disconnects the transmission connection of the transmission sharing terminal corresponding to the target channel;

Here, the current terminal (the execution terminal in steps 201 to 203d) can acquire the data traffic consumed by each channel by using the following method: the terminal monitors and records the consumed data traffic on the channel. Certainly, the terminal may also adopt the following method for acquiring data traffic consumed by each channel: determining a network transmission mode of the terminal and remaining data traffic of each channel, and performing statistics according to the network transmission mode and current data traffic of each channel. The data traffic consumed by each channel. The network transmission mode includes, but is not limited to, transmission in the form of mobile data traffic, WiFi, and WiFi hotspot. Taking the data sharing transmission in the form of mobile data traffic as an example, the terminal knows what the traffic value it has, and when setting the transmission restriction information, in addition to setting the foregoing content, it is also necessary to set the traffic that the terminal has its own. How much, for example, 70% of the traffic is allocated to the transmission sharing terminal and the traffic value that each transmission sharing terminal can enjoy on the corresponding channel is set, and the remaining data traffic of each channel is monitored when the transmission sharing terminal performs data transmission. The terminal performs corresponding subtraction operation according to the flow value that can be enjoyed on each channel and the remaining data traffic. To get the data traffic that has been consumed by each channel. For network transmission modes that use WiFI for transmission, the remaining data traffic is set to infinity. Here, part of the traffic of the terminal is allocated to the transmission sharing terminal, and the remaining part of the traffic is used for its own use. Therefore, the transmission sharing terminal does not need to occupy the data bandwidth of the terminal, thereby ensuring the normal use of the terminal.

Step 203b: When the transmission status information is the transmission rate of each channel, compare the current transmission rate of each channel with the maximum transmission rate of the corresponding channel, and filter out the channel whose current transmission rate has reached or exceeded the maximum transmission rate. Determining that the selected channel is a target channel, and disconnecting a transmission connection of the transmission sharing terminal corresponding to the target channel;

Step 203c: When the transmission status information is data traffic consumed by all channels, comparing the total consumed data traffic with the maximum mobile data traffic shared by the total transmission, when the total consumed data traffic has been When the maximum mobile data traffic shared by the total transmission is reached or exceeded, the transmission connection of the transmission sharing terminal corresponding to each channel is controlled to be disconnected;

Here, the sum of the data traffic consumed by each channel is the data traffic consumed by all channels.

Step 203d: When the transmission status information is the total transmission rate of all channels, compare the total transmission rate of all channels with the maximum transmission rate shared by the total transmission, when the total transmission rate has reached or exceeded the When the total transmission rate of the total transmission is shared, the transmission connection of the transmission sharing terminal corresponding to each channel is controlled to be disconnected.

Here, the sum of the transmission rates of the respective channels is the total transmission rate of all the channels.

The execution subject of steps 203a to 203d is a terminal. The schemes that need to be executed when the acquired transmission state information is specifically described in steps 203a to 203d are not strictly sequential, and may be simultaneously executed. Steps 203a to 203d may be used to compare the transmission state information and the transmission restriction information in the embodiment to obtain a comparison result, and further describe, according to the comparison result, a transmission connection state of the at least one transmission sharing terminal. .

In practical applications, the content of the acquired transmission status information may be a single item, such as data traffic consumed only for each channel or only the current transmission rate, and may also be any two of them. Item or a combination of two or more, so that the four steps of steps 203a to 203d may be performed separately, or any two or more of the four steps may be simultaneously performed, depending on the acquired content of the transmission status information. And set.

It should be understood by those skilled in the art that in

step

203a, 203b, the transmission connection of the partial transmission shared terminal is closed; in

steps

203c, 203d, the transmission connection of the transmission sharing terminal corresponding to each channel is disconnected, that is, the entire shared transmission connection is closed. .

Since the transmission status information may further include the total number of channels occupied by the current transmission sharing terminal, the transmission restriction information may further include a maximum number of channels allowed to be established, so in a preferred embodiment of the present invention, the method further include:

Comparing the size relationship between the total number of channels occupied by the current transmission sharing terminal and the maximum number of channels allowed to be established, when receiving the transmission sharing connection request initiated by the other terminal, wherein the other terminal is in addition to the at least one transmission a terminal other than the shared terminal; when the total number of channels occupied by the transport shared terminal does not reach the maximum number of channels allowed to be established, a new channel is established and allocated for the other terminal to establish a transport shared connection; When the total number of channels occupied by the transmission sharing terminal reaches the maximum number of channels allowed to be established, the transmission sharing connection request is blocked or not answered.

In an actual application, when another terminal other than the transmission sharing terminal also wants to use the data transmission sharing mechanism established by the transmission sharing terminal and the terminal to access the Internet, the other terminal will initiate a transmission sharing connection request to the terminal, and the terminal Comparing whether the total number of channels occupied by the current transmission sharing terminal reaches the maximum number of channels allowed to be established, and if not, establishing and allocating a new channel to the other terminal that initiates the transmission sharing connection request, otherwise shielding transmission The connection request is shared or not answered to prohibit the other terminal from participating in the shared transmission of data.

The terminal may be a terminal that cannot be operated by the user, such as a router, or a terminal that can be operated by the user, such as a hotspot mobile phone. The method further includes: the terminal according to the current transmission status of at least one transmission sharing terminal. Reset the transfer restriction information to Ensure the timely deployment of the transmission bandwidth of each channel, and ensure that the data transmission tasks of each transmission sharing terminal are completed normally. In the case that the terminal is a terminal that can be operated by the user itself, the transmission restriction information is reset and the normal use of the terminal is ensured as much as possible.

Here, for example, after step 201 to step 203d, after the transmission connection state of one of the four transmission sharing terminals is turned off, the maximum number of channels allowed to be established is updated from the original 4 It becomes three, and the traffic originally allocated to the transmission sharing terminal whose transmission connection state is disconnected/closed is equally distributed to the other three transmission sharing terminals that are not disconnected/closed, so that at least the other three transmissions can be guaranteed. The data transfer task of the shared terminal can be completed normally.

In this embodiment, the terminal acquires the current transmission state information and the transmission restriction information of the at least one transmission sharing terminal, where the transmission state information includes at least the data traffic consumed by the channel occupied by each transmission sharing terminal, and the transmission rate of each channel. And one of the total data transmission rate of all channels and the total transmission rate of all channels, the transmission restriction information includes at least a single channel maximum mobile data traffic, a single channel maximum transmission rate, a total transmission shared maximum mobile data traffic, and a total Transmitting one of the maximum transmission rates of the shared transmission, comparing the obtained transmission status information with the corresponding transmission restriction information, and controlling the transmission connection of the transmission sharing terminal to be disconnected or continued to be turned on according to the comparison result, or controlling the entire shared transmission connection shut down. Compared with the related art, the transmission of the shared terminal can be transmitted according to the corresponding comparison control part of the transmission status information and the transmission restriction information, compared to the increase of the traffic cost caused by the uncontrolled opening of the transmission sharing terminal, that is, the unrestricted Internet access. Connection status or the entire shared transmission connection, to avoid unnecessary increase in traffic loss, to ensure the normal use of the terminal.

The embodiments of the present invention are described below in conjunction with the application scenario shown in FIG.

In FIG. 3, the terminal 1 (the terminal) is a WiFi hotspot mobile phone, the mobile phones 2 to 4 are transmission sharing terminals, and the terminal 1 and the mobile phones 2 to 4 use a data transmission sharing mechanism to perform an online operation.

When the terminal 1 establishes a data transmission sharing mechanism with other mobile phones, the transmission limit is set in the terminal 1. The information is set, for example, the maximum number of channels allowed to be established, the maximum mobile data traffic for a single channel, the maximum transmission rate for a single channel, the maximum mobile data traffic for total transmission sharing, and the maximum transmission rate for total transmission sharing. The terminal 1 saves the set transmission restriction information, and monitors the Internet access operations of the mobile phones 2 to 4. When there is a new online operation, when there is a new request and response in the channel, the mobile phone 2 to 4 The transmission status information is read, for example, reading the data traffic consumed by the channels occupied by each mobile phone of the mobile phones 2 to 4, and reading the current transmission rate of each channel. In the process of performing the online operation on the mobile phones 2 to 4, the terminal 1 performs real-time monitoring on the data traffic consumed on each channel and records the monitored information, and waits for the reading of the terminal 1.

If the transmission status information read by the terminal 1 is only the data traffic consumed by each channel (the channels occupied by the mobile phones 2 to 4 are channel 2 to channel 4 in sequence), the data traffic consumed by each channel in channels 2 to 4 is The maximum mobile data traffic of the corresponding channel is compared by the size. If it is found that the data traffic consumed by the channel reaches or exceeds the corresponding maximum mobile data traffic, then the determined channel is the target channel, and if the target channel is channel 2, then the terminal 1 Disconnect (close) the transmission connection of the phone 2.

If the transmission status information read by the terminal 1 is only the current transmission rate of each channel, the current transmission rate of each channel in channels 2 to 4 is compared with the maximum transmission rate of the corresponding channel, and if the current transmission of the channel is found. If the rate has reached or exceeded the maximum transmission rate, then it is determined that such a channel is the target channel, and if the target channel is channel 4, the terminal 1 disconnects the transmission connection of the handset 4.

Of course, the transmission status information read by the terminal 1 is only the data traffic or the total transmission rate consumed by all the channels, which is similar to the foregoing, and is not described herein.

The transmission status information read by the terminal 1 in the above content is only one of the contents. If it is two or more contents, it is necessary to simultaneously determine the size relationship between the two or more contents and the corresponding transmission restriction information, and according to these The size relationship determines which transport sharing terminal's transport connection is closed. For example, if the transmission status information read by the terminal 1 is the number of channels consumed. According to the traffic and the current transmission rate of each channel, the data traffic consumed by each channel in channels 2 to 4 is compared with the maximum mobile data traffic of the corresponding channel, and the current transmission rate of each channel is The size is compared with the maximum transmission rate of the corresponding channel. Taking the comparison of channel 2 as an example, if the data traffic that has been consumed for channel 2 reaches the maximum mobile data traffic set for channel 2 and the current transmission rate of channel 2 does not reach the maximum transmission rate set for channel 2, terminal 1 pairs Turn off the transmission connection of the mobile phone 2, and prohibit the mobile phone 2 from continuing to use the data transmission sharing mechanism to access the Internet. If the data traffic that has been consumed for channel 2 does not reach the maximum mobile data traffic set for channel 2 and the current transmission rate of channel 2 reaches the maximum transmission rate set for channel 2, terminal 1 disconnects (turns off) the transmission of handset 2. Connect, prohibit mobile phone 2 from continuing to use the data transmission sharing mechanism to access the Internet. If the data traffic that has been consumed for channel 2 reaches the maximum mobile data traffic set for channel 2 and the current transmission rate of channel 2 also reaches the maximum transmission rate set for channel 2, terminal 1 disconnects (turns off) the transmission of handset 2. Connect, prohibit mobile phone 2 from continuing to use the data transmission sharing mechanism to access the Internet. If the data traffic that has been consumed for channel 2 does not reach the maximum mobile data traffic set for channel 2 and the current transmission rate of channel 2 does not reach the maximum transmission rate set for channel 2, continue to open the transmission connection of handset 2, Mobile 2 continues to use the data transfer sharing mechanism to access the Internet. Those skilled in the art should understand that if the transmission connection of all the transmission sharing terminals is turned off after comparison of the foregoing two contents, it means that the entire shared transmission connection is closed.

Therefore, in this embodiment, the terminal compares the acquired transmission state information with the corresponding transmission restriction information, and controls the transmission connection of the transmission sharing terminal to be closed or continued to be turned on according to the comparison result, or controls the entire shared transmission connection to be closed. . Compared with the related art, the transmission of the shared terminal can be transmitted according to the corresponding comparison control part of the transmission status information and the transmission restriction information, compared to the increase of the traffic cost caused by the uncontrolled opening of the transmission sharing terminal, that is, the unrestricted Internet access. Connection status or the entire shared transmission connection, to avoid unnecessary increase in traffic loss, to ensure the normal use of the terminal.

The embodiment of the invention further describes a computer storage medium, wherein the computer storage medium stores a computer program, and the computer program is used to execute the transmission sharing method described in the above embodiments.

Embodiment 3

The terminal provided by the present invention may be any device that can share data and share, such as a tablet, a mobile phone, a computer, a router, or a smart projector. When two or more mobile phones access the Internet through a router to access the network, the router can serve as the aforementioned terminal. When two or more mobile phones access the Internet through a hot-spot mobile phone, the aforementioned terminal can be used as a hot-spot mobile phone or as a mobile phone in any of the shared mobile phones. That is, the person in the art should understand that the terminal in this embodiment is not limited to a terminal having a hotspot function, and may be any terminal that can perform data transmission with other terminals by using a data transmission sharing mechanism. Those skilled in the art should also understand that in the actual application, the data transmission sharing mechanism may be other than the WiFi hotspot connection, such as at least two mobile phones accessing the network connected by the same router to access the Internet.

FIG. 4 is a schematic structural diagram of a component of a terminal according to an embodiment of the present invention; as shown in FIG. 4, the terminal includes: a first acquiring unit 401, a second acquiring unit 402, a first comparing unit 403, and a first control unit 404. ;among them,

The first obtaining unit 401 is configured to acquire current transmission state information of the at least one transmission sharing terminal;

The second obtaining unit 402 is configured to acquire transmission restriction information of the at least one transmission sharing terminal;

The first comparing unit 403 is configured to compare the transmission state information and the transmission restriction information to obtain a comparison result;

The first control unit 404 is configured to control a transmission connection state of the at least one transmission sharing terminal according to the comparison result.

The transmission status information includes at least one of data traffic consumed by each channel occupied by the transmission sharing terminal, a transmission rate of each channel, data traffic consumed by all channels, and a total transmission rate of all channels;

among them,

When the transmission status information is the data traffic that has been consumed by the channel occupied by each of the transmission sharing terminals, the first comparing unit 403 is configured to use the data traffic consumed by each channel and the maximum movement of the corresponding channel in each channel. The data traffic is compared to filter out the channel whose consumed data traffic meets or exceeds the maximum mobile data traffic, and determines that the selected channel is the target channel. Correspondingly, the first control unit 404 is configured to disconnect the target channel. Transmission connection of the transmission sharing terminal;

When the transmission status information is the transmission rate of each channel, the first comparison unit 403 is configured to compare the current transmission rate of each channel with the maximum transmission rate of the corresponding channel, and filter out that the current transmission rate has reached or The channel that exceeds the maximum transmission rate is determined to be the target channel. Correspondingly, the first control unit 404 is configured to disconnect the transmission connection of the transmission sharing terminal corresponding to the target channel.

among them,

When the transmission status information is the data traffic that is consumed by all the channels, the first comparing unit 403 is configured to compare the total consumed data traffic with the maximum mobile data traffic shared by the total transmission. When the total consumed data traffic has reached or exceeded the maximum mobile data traffic shared by the total transmission, the first control unit 404 is triggered to control the transmission connection disconnection of the transmission sharing terminal corresponding to each channel;

The first comparison unit when the transmission status information is a total transmission rate of all channels 403. Configure to compare a total transmission rate of all channels with a maximum transmission rate shared by the total transmission, and trigger the first control unit when the total transmission rate has reached or exceeded a maximum transmission rate of the total transmission sharing. 404 controls the transmission connection disconnection of the transmission sharing terminal corresponding to each channel.

The transmission status information includes at least a total number of channels occupied by the current transmission sharing terminal, and the transmission restriction information includes at least a maximum number of channels allowed to be established;

As shown in FIG. 5, the terminal further includes:

The second comparing unit 405 is configured to compare, when receiving the transmission sharing connection request initiated by the other terminal, a size relationship between the total number of channels occupied by the current transmission sharing terminal and the maximum number of channels allowed to be established, wherein the other The terminal is a terminal other than the at least one transport sharing terminal;

When the second comparison unit 405 compares that the total number of channels occupied by the transmission sharing terminal does not reach the maximum number of channels allowed to be established, the first establishing unit 406 is triggered, otherwise the first shielding unit 407 is triggered;

The first establishing unit 406 is configured to establish and allocate a new channel for the other terminal to establish a transmission shared connection. The first shielding unit 407 is configured to block the transmission shared connection request or not.

In this embodiment, the terminal, specifically the first obtaining unit 401 and the second obtaining unit 402 respectively obtain the current transmission state information and the transmission restriction information of the at least one transmission sharing terminal, and the first comparing unit 403 performs the two information. In comparison, the first control unit 404 controls the transmission connection of the transmission sharing terminal to be disconnected or continues to be turned on according to the comparison result. Wherein, the disconnection or the continued opening of the transmission connection is performed by the comparison result of the transmission status information and the transmission restriction information, compared with the increase in the traffic cost caused by the uncontrolled opening of the transmission sharing terminal, that is, the unrestricted Internet access in the related art. In this embodiment, the transmission connection state can be controlled according to the comparison result, thereby avoiding unnecessary increase of the traffic loss, thereby ensuring normal use of the terminal.

It should be noted that, the terminal provided by the embodiment of the present invention is similar to the foregoing transmission sharing method in that the terminal solves the problem. Therefore, the implementation process and implementation principles of the terminal can refer to the implementation process and implementation principle of the foregoing transmission sharing method. , the repetition will not be repeated.

Those skilled in the art should understand that the implementation functions of the processing units in the terminal shown in FIGS. 4 and 5 can be understood by referring to the related description of the foregoing transmission sharing method. It should be understood by those skilled in the art that the functions of the processing units in the terminal shown in FIG. 4 and FIG. 5 can be implemented by a program running on a processor, or can be implemented by a specific logic circuit.

In an actual application, the first obtaining unit 401, the second obtaining unit 402, the first comparing unit 403, the first control unit 404, the second comparing unit 405, the first establishing unit 406, and the first shielding unit 407 may each be Central processing unit (CPU, Central Processing Unit), or digital signal processing (DSP, Digital Signal Processor), or microprocessor (MPU, Micro Processor Unit), or Field Programmable Gate Array (FPGA) to realise.

Those skilled in the art will appreciate that embodiments of the present invention can be provided as a method, system, or computer program product. Accordingly, the present invention can take the form of a hardware embodiment, a software embodiment, or a combination of software and hardware. Moreover, the invention can take the form of a computer program product embodied on one or more computer-usable storage media (including but not limited to disk storage and optical storage, etc.) including computer usable program code.

The present invention has been described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (system), and computer program products according to embodiments of the invention. It will be understood that each flow and/or block of the flowchart illustrations and/or FIG. These computer program instructions can be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing device to produce a machine for the execution of instructions for execution by a processor of a computer or other programmable data processing device. The work specified in one or more blocks of a flow or a flow and/or a block diagram of a flowchart Able device.

The computer program instructions can also be stored in a computer readable memory that can direct a computer or other programmable data processing device to operate in a particular manner, such that the instructions stored in the computer readable memory produce an article of manufacture comprising the instruction device. The apparatus implements the functions specified in one or more blocks of a flow or a flow and/or block diagram of the flowchart.

These computer program instructions can also be loaded onto a computer or other programmable data processing device such that a series of operational steps are performed on a computer or other programmable device to produce computer-implemented processing for execution on a computer or other programmable device. The instructions provide steps for implementing the functions specified in one or more of the flow or in a block or blocks of a flow diagram.

The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention.

Industrial applicability

The embodiment of the present invention can perform the disconnection or the continuous opening of the transmission connection by comparing the transmission status information and the transmission restriction information, compared with the increase of the traffic cost caused by the unrestricted Internet access of the transmission sharing terminal in the related art. The embodiment of the invention can control the transmission connection state according to the comparison result, avoid unnecessary increase of the flow loss, and thereby ensure the normal use of the terminal.

Claims

A transmission sharing method, the method comprising:

Obtaining current transmission status information of at least one transmission sharing terminal;

Obtaining transmission restriction information of the at least one transmission sharing terminal;

Comparing the transmission status information and the transmission restriction information to obtain a comparison result;

And according to the comparison result, controlling a transmission connection state of the at least one transmission sharing terminal.
The method according to claim 1, wherein said transmission state information includes at least data traffic consumed by a channel occupied by each transmission sharing terminal, a transmission rate of each channel, data traffic consumed by all channels, and all channels One of the total transmission rates;

The transmission restriction information includes at least one of a single channel maximum mobile data traffic, a single channel maximum transmission rate, a total transmission shared maximum mobile data traffic, and a total transmission shared maximum transmission rate.
The method according to claim 2, wherein said comparing said transmission state information with said transmission restriction information to obtain a comparison result, and controlling a transmission connection state of said at least one transmission sharing terminal according to said comparison result ,include:

When the transmission status information is the data traffic that has been consumed by the channel occupied by each transmission sharing terminal, compare the data traffic consumed by each channel with the maximum mobile data traffic of the corresponding channel in each channel, and filter out the consumed data. The channel whose data traffic meets or exceeds the maximum mobile data traffic, determines that the selected channel is the target channel, and disconnects the transmission connection of the transmission sharing terminal corresponding to the target channel;

When the transmission status information is the transmission rate of each channel, compare the current transmission rate of each channel with the maximum transmission rate of the corresponding channel, and filter out the channel whose current transmission rate has reached or exceeded the maximum transmission rate, and determine the selected channel. The outgoing channel is a target channel, and the transmission connection of the transmission sharing terminal corresponding to the target channel is disconnected;

The transmission connection state includes at least disconnection.
The method according to claim 2, wherein said comparing said transmission state information with said transmission restriction information to obtain a comparison result, and controlling a transmission connection state of said at least one transmission sharing terminal according to said comparison result ,include:

Comparing the total consumed data traffic with the maximum mobile data traffic shared by the total transmission when the transmission state information is data traffic consumed by all channels, when the total consumed data traffic has reached or exceeded When the total mobile data traffic shared by the total transmission is shared, the transmission connection of the transmission sharing terminal corresponding to each channel is controlled to be disconnected;

When the transmission status information is the total transmission rate of all channels, comparing the total transmission rate of all channels with the maximum transmission rate shared by the total transmission, when the total transmission rate has reached or exceeded the total transmission sharing At the maximum transmission rate, the transmission connection of the transmission sharing terminal corresponding to each channel is controlled to be disconnected;

The transmission connection state includes at least disconnection.
The method according to any one of claims 1 to 4, wherein the transmission state information includes at least a total number of channels occupied by the current transmission sharing terminal, and the transmission restriction information includes at least a maximum number of channels allowed to be established;

Comparing the size relationship between the total number of channels occupied by the current transmission sharing terminal and the maximum number of channels allowed to be established, when receiving the transmission sharing connection request initiated by the other terminal, wherein the other terminal is in addition to the at least one transmission a terminal other than the shared terminal;

When the total number of channels occupied by the transmission sharing terminal does not reach the maximum number of channels allowed to be established, a new channel is established and allocated for the other terminal to establish a transmission shared connection;

When the total number of channels occupied by the transmission sharing terminal reaches the maximum number of channels allowed to be established, the transmission sharing connection request is blocked or not answered.
A terminal, the terminal comprising:

a first acquiring unit, configured to acquire a current transmission status message of the at least one transmission sharing terminal interest;

a second acquiring unit, configured to acquire transmission restriction information of the at least one transmission sharing terminal;

a first comparing unit configured to compare the transmission state information and the transmission restriction information to obtain a comparison result;

The first control unit is configured to control a transmission connection state of the at least one transmission sharing terminal according to the comparison result.
The terminal according to claim 6, wherein the transmission state information includes at least data traffic consumed by a channel occupied by each transmission sharing terminal, a transmission rate of each channel, data traffic consumed by all channels, and all channels. One of the total transmission rates;

The transmission restriction information includes at least one of a single channel maximum mobile data traffic, a single channel maximum transmission rate, a total transmission shared maximum mobile data traffic, and a total transmission shared maximum transmission rate.
The terminal according to claim 7, wherein

When the transmission status information is the data traffic that has been consumed by the channel occupied by each of the transmission sharing terminals, the first comparing unit is configured to use the data traffic that has been consumed by each channel and the maximum mobile data of the corresponding channel in each channel. The traffic is compared to filter out the channel whose consumed data traffic meets or exceeds the maximum mobile data traffic, and determines that the selected channel is the target channel; correspondingly, the first control unit is configured to disconnect the transmission corresponding to the target channel. a transmission connection of the shared terminal;

When the transmission status information is the transmission rate of each channel, the first comparing unit is configured to compare the current transmission rate of each channel with the maximum transmission rate of the corresponding channel, and filter out that the current transmission rate has reached or exceeded a channel of the maximum transmission rate, determining that the selected channel is the target channel; correspondingly, the first control unit is configured to disconnect the transmission connection of the transmission sharing terminal corresponding to the target channel;

The transmission connection state includes at least disconnection.
The terminal according to claim 7, wherein

When the transmission status information is data traffic consumed by all channels, the first comparing unit is configured to compare the total consumed data traffic with the maximum mobile data traffic shared by the total transmission, when When the total consumed data traffic has reached or exceeded the maximum mobile data traffic shared by the total transmission, the first control unit is triggered to control the transmission connection disconnection of the transmission sharing terminal corresponding to each channel;

When the transmission status information is the total transmission rate of all channels, the first comparing unit is configured to compare the total transmission rate of all channels with the maximum transmission rate shared by the total transmission, when the total transmission rate When the maximum transmission rate shared by the total transmission is reached or exceeded, the first control unit is triggered to control the transmission connection disconnection of the transmission sharing terminal corresponding to each channel;

The transmission connection state includes at least disconnection.
The terminal according to any one of claims 6 to 9, wherein the transmission state information includes at least a total number of channels occupied by the current transmission sharing terminal, and the transmission restriction information includes at least a maximum number of channels allowed to be established;

The terminal further includes:

a second comparing unit configured to: when receiving a transmission sharing connection request initiated by another terminal, compare a size relationship between a total number of channels occupied by the current transmission sharing terminal and a maximum number of channels allowed to be established, wherein the other terminal a terminal other than the at least one transport sharing terminal;

When the second comparison unit compares that the total number of channels occupied by the transmission sharing terminal does not reach the maximum number of channels allowed to be established, triggering the first establishing unit, otherwise triggering the first shielding unit;

The first establishing unit is configured to establish and allocate a new channel for the other terminal to establish a transmission sharing connection, and the first shielding unit is configured to block the transmission sharing connection request or Do not answer.
A computer storage medium storing a computer program for performing the transmission sharing method according to any one of the preceding claims 1 to 5.