Chinese education analysis device and method based on big data

Abstract

The invention discloses a Chinese education analysis device and method based on big data, and belongs to the field of Chinese education analysis. According to the characteristic that a system management host maintains a plurality of path combinations, according to real-time data information transmission requirements of a client and specific path performance forms, maneuvering change can be executed on paths for transmitting information; the specific requirements of the clients in the application process can be met while reliable data information transmission is achieved at the clients, and the overall transmission performance and stability of the access system are maintained while all standby access system resources are applied in a high-performance mode.

Description

Technical Field

[0001] The present invention belongs to the technical field of Chinese education analysis, and specifically relates to a Chinese education analysis device and method based on big data. Background Art

[0002] At present, Chinese education is becoming more and more popular around the world. It is not only widely offered in middle school courses, but also becomes a compulsory or elective course in many universities. At the same time, it also strengthens the international development of Chinese education.

[0003] In terms of Chinese education based on big data, the existing technical solution such as patent publication number "CN110299035A" is often used to achieve it, which includes a system management host, which is connected to the client signal through a channel system transmission module, and the system management host is also connected to the database signal. The system management host receives the request from the client, obtains the required Chinese education information through the database and transmits it to the client to achieve Chinese education teaching.

[0004] When the system management host transmits Chinese education data to the client, multiple channel combination mode is an important way for the system management host to transmit Chinese education data to the client, that is, it allows the system management host to simultaneously use 20MHz, 40MHz, 80MHz, 160MHz and other bandwidths to perform data transmission, thereby doubling the efficiency. The multiple channel combination mode not only improves the data transmission bandwidth, but also can automatically adapt to the best wireless channel according to specific conditions, thereby greatly reducing the time consumption of data transmission and improving stability. Summary of the invention

[0005] In order to solve the defects in the prior art, the present invention proposes a Chinese education analysis device and method based on big data. According to the characteristics of maintaining a number of channel combinations based on the system management host, the information transmission channel can be flexibly changed according to the client's real-time data information transmission requirements and the specific channel performance status. While ensuring reliable data information transmission on the client, it can also meet the specific requirements of each client's application process, and maintain the overall transmission performance and stability of the channel system while using all standby channel system resources with high performance.

[0006] The present invention uses the following technical solutions.

[0007] A Chinese education analysis method based on big data, including:

[0008] The system management host receives the request from the client, obtains the required Chinese education information through the database and transmits it to the client to achieve Chinese education teaching;

[0009] The method for the system management host to transmit Chinese education data to the client includes:

[0010] Step 1: Obtain the client status information and communication status information of the client that has established an information channel with the system management host;

[0011] Step 2: Based on the client status information and the communication status information, confirm whether each channel where the client is located meets the transmission requirements of the data information transmitted by the current channel configuration;

[0012] Step 3: If there is a channel that does not meet the transmission requirements, the channel information configuration is performed again according to the transmission requirements of the data information configured to be transmitted on the channel that does not meet the transmission requirements;

[0013] Step 4: Execute data transmission to the client according to the data configuration method of the new channel.

[0014] Furthermore, the client status message includes the client reference message and the nature of the transmitted data information, and the communication status message includes the channel performance message and the channel data information configuration method.

[0015] Furthermore, the client status message is used to display the current status of the client.

[0016] Furthermore, the category of the transmitted data information is used to reflect the form of the data information that the client is still transmitting; the category of the transmitted data information is pre-set by the teacher responsible for Chinese education in advance, and the transmission of information of each category has corresponding transmission requirements when executing the transmission.

[0017] Furthermore, the communication status message is used to display the status of the current data information transmission. The data information configuration method of the channel here reflects where the transmission of each type of information is specifically configured on the channel for transmission; the channel performance message reflects the channel performance status of the channel in this type of application.

[0018] Furthermore, the delivery requirement includes a delivery bandwidth requirement and a delivery performance requirement.

[0019] Furthermore, Step 2 specifically includes:

[0020] According to the nature of the transmitted data and the data configuration method of the channel, the channels still used by the client and the nature of the data transmitted by each channel are determined;

[0021] According to the channel performance information, confirm whether the channel status of each channel in use meets the corresponding transmission requirements of the data information to be transmitted by the channel;

[0022] If it meets the requirements, it is confirmed as met; if it does not meet the requirements, it is confirmed as not met.

[0023] Furthermore, when the path information configuration is re-executed, it should be executed in different forms, that is, the corresponding re-configuration method should be applied according to the specific reasons that caused the path to be determined as not meeting the transmission requirements, including:

[0024] If it is in a state that does not meet the transmission performance requirements, find out whether there is a channel that meets the transmission requirements in another channel configured for the client;

[0025] If available, the data information configured for transmission on the path that does not meet the transmission requirements will be configured on another path that meets the transmission requirements.

[0026] Furthermore, Step 3 specifically includes:

[0027] If no path that meets the requirement is found in the other paths configured for the client, the data to be transmitted to the client is reclassified according to the corresponding relationship between the category of the transmitted data and the transmission requirement set in advance;

[0028] According to the transmission requirements of the information of each category after the classification, the entire channel of the client is configured again, and the transmission of the information that meets the various categories is respectively configured to the channel that can meet the corresponding transmission requirements.

[0029] Furthermore, if all the paths configured by the client cannot meet the transmission requirements of all the information of the respective category, then in the face of the transmission requirements of the information of the respective category that cannot be met, a path that meets the transmission requirements is searched for in the paths currently in use by the system management host;

[0030] The transmission of each category of information is configured separately to the path that can meet the corresponding transmission requirements.

[0031] Furthermore, the categories of the different transmitted data and information are respectively corresponding to the pre-set data and information transmission weight values;

[0032] When a path that meets the transmission requirements of the attribute information cannot be found, the data information transmission weight value is sorted from large to small, and the transmission of the attribute information with a larger data information transmission weight value is first configured on the found path.

[0033] Furthermore, the system management host data information transmission method also includes:

[0034] Obtain the past data transmission logs between the client and each channel;

[0035] Confirm in advance whether the client will present a channel that does not meet the delivery requirements in the future pre-set time period;

[0036] If yes, then the corresponding path information configuration mode is formed according to the above method;

[0037] The path information configuration mode is executed before the time point at which it is confirmed that the path will present a form that does not meet the transmission requirements.

[0038] When executing the above method according to the set time period or activating the real-time method, it is also possible to make advance estimates of the defects that are likely to occur in the future set time period based on the past information obtained, and formulate corresponding countermeasures in advance according to the same treatment method, and then wait for the right time to execute. This type of treatment method is more proactive than flexible real-time treatment, and can better reduce the adverse effects introduced by changes in the operation of teachers responsible for Chinese education or fluctuations in channel performance.

[0039] Based on this feature of maintaining several channel combinations based on the system management host, the channels for transmitting information can be flexibly changed according to the client's real-time data transmission requirements and the specific channel performance status. While ensuring reliable data transmission at the client, it can also meet the specific requirements of each client's application process, and maintain the overall transmission performance and stability of the channel system while making high-performance use of all standby channel system resources.

[0040] A Chinese education analysis device based on big information, comprising:

[0041] The system management host is connected to the client signal through the channel system transmission module. The system management host is also connected to the information database signal. The system management host is used to receive the request from the client, obtain the required Chinese education information through the information database and transmit it to the client to achieve Chinese education teaching;

[0042] Modules running on the system management host include:

[0043] A construction module, which is used to obtain client status information and communication status information of the client that has constructed an information channel with the system management host;

[0044] A compliance module is used to confirm whether each channel where the client is located meets the transmission requirements of the data information transmitted by the current channel configuration according to the client status information and the communication status information;

[0045] A configuration module, which is used to re-execute the channel information configuration according to the transmission requirements of the data information configured to be transmitted on the channel that does not meet the transmission requirements if there is a channel that does not meet the transmission requirements;

[0046] The transmission module is used to transmit data information to the client according to the data information configuration method of the new path.

[0047] The beneficial effects of the present invention are that, compared with the prior art, the technical effects of the present invention include:

[0048] Based on the characteristics of maintaining several channel combinations based on the system management host, the channels for transmitting information can be flexibly changed according to the client's real-time data transmission requirements and the specific channel performance status. While ensuring reliable data transmission at the client, it can also meet the specific requirements of each client's application process, and maintain the overall transmission performance and stability of the channel system while making high-performance use of all standby channel system resources. BRIEF DESCRIPTION OF THE DRAWINGS

[0049] Figure 1 is a flow chart of the Chinese education analysis method based on big data described in the present invention;

[0050] Figure 2 It is a partial structural diagram of the Chinese education analysis device based on big data described in the present invention. DETAILED DESCRIPTION

[0051] In order to make the purpose, technical solution and advantages of the present invention clearer, the following will be combined with the drawings in the embodiments of the present invention to clearly and completely express the technical solution of the present invention. The embodiments expressed in this application are only some embodiments of the present invention, not all embodiments. According to the spirit of the present invention, other embodiments obtained by ordinary technicians in this field without creative work are all within the protection scope of the present invention.

[0052] like Figure 1 As shown, the Chinese education analysis method based on big data described in the present invention includes:

[0053] The system management host receives the request from the client, obtains the required Chinese education information through the database and transmits it to the client to achieve Chinese education teaching;

[0054] The method for the system management host to transmit Chinese education data to the client includes:

[0055] Step 1: Obtain the client status information and communication status information of the client that has established an information channel with the system management host;

[0056] In a preferred but non-limiting embodiment of the present invention, the client status message includes a client reference message and the nature of the transmitted data information, and the communication status message includes a channel performance message and a method for configuring the channel data information.

[0057] In a preferred but non-restrictive implementation of the present invention, the client status message is used to display the current status of the client, and the client baseline message here is used to reflect the baseline status of the client, including the client's identity (the client's identity can be the identity card number of the Chinese education teacher assigned to the client), specifications (the specifications can be the nameplate number of the client), etc.

[0058] In a preferred but non-limiting embodiment of the present invention, the category of the transmitted data information is used to reflect the form of the data information that the client is still transmitting; in this application, the category of the transmitted data information (such as the category of outline information, exercise information, text information, etc. used in Chinese education) is set in advance by the teacher responsible for Chinese education, and the transmission of information of each category has corresponding transmission requirements when executing the transmission. Through the setting of such transmission requirements, the data information transmitted to the client can be divided into categories, and each corresponds to a different category of the transmitted data information.

[0059] In a preferred but non-restrictive implementation of the present invention, the communication status message is used to display the status of the current execution of data information transmission. The data information configuration method of the path here reflects the specific configuration of the transmission of each type of information on the path to perform the transmission; the path performance message is to reflect the path performance status of the path in this type of application (such as performance status such as packet loss rate).

[0060] According to the corresponding method of the system management host, the system management host is allowed to construct several independent channels on different bandwidths synchronously, and combine them together to use as a controllable channel. Facing the same client, the system management host can synchronously transmit information on several channels with different bandwidths. Therefore, facing the same client, if it is still transmitting several different types of information, according to the transmission requirements of such information, it is often configured to several channels with different bandwidths. According to the specific configuration form, there are often several different configuration methods as follows:

[0061] The transmission of a particular type of information is configured to be transmitted on a channel;

[0062] The transmission of special information, after the information is divided into segments, different information segments are allocated to several channels for transmission;

[0063] The transmission of information of several categories is configured on one channel for transmission; the transmission of information of several categories is configured on one channel for transmission;

[0064] The transmission of information of several categories, some information of several categories is configured to be transmitted on one channel, and some information of several categories is divided into segments, and different information segments are configured to be transmitted on several channels;

[0065] The transmission of information of several categories, some of which are configured to be transmitted on a channel, some of which are divided into segments, some of which are configured to be transmitted on other channels that are not configured, and some of which are configured to be transmitted on channels that have been configured;

[0066] The system management host obtains the above information to control the current channel usage status of the client.

[0067] In the current channel system, when there are several clients connected to the system management host, the above information can be obtained for each client separately.

[0068] Step 2: Based on the client status information and the communication status information, confirm whether each channel where the client is located meets the transmission requirements of the data information transmitted by the current channel configuration;

[0069] As time goes by, the data information transmitted by the client will change, and the ratio of the corresponding information transmission amount of each category will also change, resulting in changes in the information transmission requirements. At the same time, the channel conditions used by the client are also dynamically changing. These two types of changes are often generated synchronously or independently. Therefore, even if the channel configuration method was determined based on the transmission requirements of the data information transmitted when the channel was previously configured, the channel will not meet the transmission requirements of the data information currently configured due to the extension of time.

[0070] In a preferred but non-limiting embodiment of the present invention, the transmission requirements include transmission bandwidth requirements and transmission performance requirements according to the presentation method of the transmission requirements. Here, the transmission bandwidth requirements can include parameter requirements such as the maximum transmission bandwidth and the average transmission bandwidth, and the transmission performance requirements can include parameter requirements such as the bit error rate, the path occupancy rate, and the bit error rate.

[0071] The same client, depending on the software it is currently using or the number of businesses that are executed concurrently, often needs to synchronously transmit several different types of information, which corresponds to different transmission bandwidth requirements and transmission performance requirements. Specifically, different requirements, so the client often needs to transmit three different types of information at the same time. At this time, the three different types of information can be transmitted through three different channels. However, the temporary sudden requirements of the teacher in charge of Chinese education will lead to different transmission bandwidth requirements and transmission performance requirements. Therefore, the channel previously configured for transmitting information often cannot meet the requirements of data information transmission.

[0072] In a preferred but non-limiting embodiment of the present invention, Step 2 specifically comprises:

[0073] According to the nature of the transmitted data and the data configuration method of the channel, the channels still used by the client and the nature of the data transmitted by each channel are determined;

[0074] According to the channel performance information, confirm whether the channel status of each channel in use meets the corresponding transmission requirements of the data information to be transmitted by the channel;

[0075] If it meets the requirements, it is confirmed as met; if it does not meet the requirements, it is confirmed as not met.

[0076] According to the above method of configuring data information of the channel, when confirming whether the channel cannot meet the requirements of data information transmission, it is necessary to perform confirmation on each channel currently in use. When performing confirmation, the transmission bandwidth requirements and transmission performance requirements are respectively confirmed according to the channel conditions. If any one of them is compliant, it is confirmed as non-compliant. Only when two are synchronously compliant, it is confirmed as compliant.

[0077] Step 3: If there is a channel that does not meet the transmission requirements, the channel information configuration is performed again according to the transmission requirements of the data information configured to be transmitted on the channel that does not meet the transmission requirements;

[0078] If there is a channel that does not meet the transmission requirements, it is necessary to change the data information configuration method of the channel, that is, to re-execute the channel information configuration and configure the data information to be transmitted to the appropriate channel.

[0079] In a preferred but non-limiting embodiment of the present invention, when the path information configuration is re-executed, it is performed in different forms, that is, the corresponding re-configuration method is applied according to the specific reason that causes the path to be determined as not meeting the transmission requirements, specifically including:

[0080] If it is in a state that does not meet the transmission performance requirements, then find out whether there is a channel that meets the transmission requirements in another channel configured for the client;

[0081] If available, the data information configured for transmission on the path that does not meet the transmission requirements will be configured on another path that meets the transmission requirements.

[0082] When faced with a situation that does not meet the transmission performance requirements, it is only necessary to replace another path, that is, to find out whether there is a path that meets the transmission requirements among the other paths configured for the client. If it can be found, there is no need to configure a new path for the client again in the face of the information. It is only necessary to change the corresponding information to another path of the client that meets the transmission requirements. This operation method is not complicated.

[0083] When faced with the found path that meets the transmission requirements, it can be divided into two states. One state is that the found path is idle, that is, it is configured but not used. In this case, just use the path directly; the other state is that the found path is in use, but has an idle period. In this state, the corresponding information and the data information currently being transmitted by the found path must be sorted out and the period must be reconfigured, and then the transmission is performed according to the configured period.

[0084] If it is in a state that does not meet the transmission bandwidth requirement, the data information configured for transmission on the path that does not meet the transmission requirement will be split into information segments, so that some information that can meet the transmission requirement can be continuously transmitted on the current path, and according to the transmission requirements of the split information segments, another path that meets the transmission requirements of the split information segments will be searched for in another path allocated to the client, and the split information segments will be allocated to the found other path.

[0085] When faced with a situation that does not meet the transmission bandwidth requirements, it means that the bandwidth of the currently used channel is insufficient. Because the corresponding method of the system management host maintains the current channel system status and the requirements of the teacher in charge of Chinese education, the information flow of the data is divided into several segments, and these information segments are arranged on different channels. Therefore, the data information configured for transmission on the channel can be segmented to ensure that the bandwidth of the channel can maintain the transmission of the segments, and then according to the transmission requirements of the segmented part of the information, search for the one that meets the transmission requirements in another channel configured for the client. If found, the segmented information segments are placed on the channel where they are found.

[0086] If information segmentation is not required at this time, it is also possible to search for a channel that meets the transmission requirements in another channel configured to the client based on the transmission bandwidth requirements and transmission performance requirements of the data information configured to be transmitted on the channel, and then reconfigure the information as a whole.

[0087] If no path that meets the requirements is found in the other paths configured for the client, a path that meets the transmission requirements is searched in the currently used paths of the system management host, and the path information configuration is performed again according to the corresponding segmentation method.

[0088] Therefore, no matter whether it is faced with a situation that does not meet the transmission performance requirements or a situation that does not meet the transmission bandwidth requirements, if there is no standby in the other channels allocated to the client, it can only be searched in the currently available channels through the system management host. The specific search and allocation methods are the same as the above method of searching in other channels allocated to the client. The key difference is that the search range is expanded, and the other channels allocated to the client are expanded to all currently available channels of the system management host.

[0089] The method above in Step 3 is for the situation where the data information transmitted by the client has not changed, but the path status of the path used by the client has changed. The following is an explanation of the method used when the data information transmitted by the client has changed. In this situation, the following method can be used regardless of whether the path status of the path used by the client has changed synchronously.

[0090] In a preferred but non-limiting embodiment of the present invention, Step 3 specifically further comprises:

[0091] If no path that meets the requirement is found in the other paths configured for the client, the data to be transmitted to the client is reclassified according to the corresponding relationship between the category of the transmitted data and the transmission requirement set in advance;

[0092] According to the transmission requirements of the information of each category after the classification, the entire channel of the client is configured again, and the transmission of the information that meets the various categories is respectively configured to the channel that can meet the corresponding transmission requirements.

[0093] In this case, the category of the data transmitted to the client must be updated. Since the corresponding relationship between the category of the transmitted data and the transmission request is pre-set, the category of the data transmitted after the change must be reclassified. The current category of the transmitted data and the specific ratio of the categories of each transmitted data can be re-identified. The overall category of all channels allocated to the client can be fully integrated according to the new category and ratio of the transmitted data, and then the appropriate channel can be re-adapted. The corresponding channel is re-allocated for the category of each transmitted data of different categories. According to the above 6 different configuration methods, the data configuration method of the new channel is often any one of the 6.

[0094] If the path currently configured for the client can meet the changed information transmission requirements, there is no need to change the path configured for the client. However, if the path currently configured for the client cannot meet the changed information transmission requirements, a new path must be configured for the client.

[0095] In a preferred but non-limiting embodiment of the present invention, if all the paths configured by the client cannot meet the transmission requirements of all the information of the respective category, then in the face of the transmission requirements of the information of the respective category that cannot be met, a path that meets the transmission requirements is searched for in the paths currently in use by the system management host;

[0096] The transmission of each category of information is configured separately to the path that can meet the corresponding transmission requirements.

[0097] When this type of situation occurs, first confirm that the currently configured channels can meet the transmission requirements of the type of data information to be transmitted. If the transmission requirements can be met, the channel configuration can be executed first, and then the transmission of the type of information that has not been configured can be handled.

[0098] When faced with this type of information about unconfigured paths, you can still follow the above method and perform configuration in different forms. Depending on the specific reason why the path is determined to not meet the transmission requirements, use the corresponding reconfiguration method. The specific method is the same as above.

[0099] In addition, there is an additional situation that cannot find a path that meets the transmission requirements in the paths currently used by the system management host. At this time, more flexible methods can be used to perform processing, including:

[0100] If a path that meets the transfer requirements cannot be found, the continuous search for the path is performed only according to the transfer performance requirements;

[0101] The data information to be transmitted is sequentially divided into information segments with the capacity of the corresponding bandwidth according to the bandwidth of the found path, and the divided information segments are allocated to the found path until the allocation of the data information to be transmitted is completed.

[0102] At this time, the information is segmented according to the form of the found path, and the bandwidth of the found path is used to configure the required amount of information.

[0103] Under the conditions of the above method, we still need to consider the order of processing when the transmission of several different types of information is subject to channel changes.

[0104] In a preferred but non-limiting embodiment of the present invention, the categories of the different transmitted data information are respectively assigned with preset data information transmission weight values;

[0105] When a path that meets the transmission requirements of the information of a certain category cannot be found, the information is sorted from large to small according to the transmission weight value of the information, and the transmission of the information of a certain category with a larger transmission weight value is first configured on the found path;

[0106] After determining the order of processing according to the attributes of different transmitted data and the pre-set data transmission weights, the path information configuration is then performed according to the above method.

[0107] Through the above method processing, the path information configuration action for executing the transmitted data information is achieved again.

[0108] Step 4: Execute data transmission to the client according to the data configuration method of the new channel.

[0109] Just perform the corresponding transfer according to the data information configuration method of the new path.

[0110] After executing the channel information configuration again, the above defects will still occur as time goes by, because the above system management host data transmission method must be repeatedly executed according to the set time period or activation conditions within the channel system constructed by the system management host to ensure the increase of the overall system data transmission bandwidth.

[0111] In a preferred but non-limiting embodiment of the present invention, the system management host data information transmission method further comprises:

[0112] Obtain the past data transmission logs between the client and each channel;

[0113] Confirm in advance whether the client will present a channel that does not meet the delivery requirements in the future pre-set time period;

[0114] If yes, then the corresponding path information configuration mode is formed according to the above method;

[0115] The path information configuration mode is executed before the time point at which it is confirmed that the path will present a form that does not meet the transmission requirements.

[0116] When executing the above method according to the set time period or activating the real-time method, it is also possible to make advance estimates of the defects that are likely to occur in the future set time period based on the past information obtained, and formulate corresponding countermeasures in advance according to the same treatment method, and then wait for the right time to execute. This type of treatment method is more proactive than flexible real-time treatment, and can better reduce the adverse effects introduced by changes in the operation of teachers responsible for Chinese education or fluctuations in channel performance.

[0117] Based on this feature of maintaining several channel combinations based on the system management host, the channels for transmitting information can be flexibly changed according to the client's real-time data transmission requirements and the specific channel performance status. While ensuring reliable data transmission at the client, it can also meet the specific requirements of each client's application process, and maintain the overall transmission performance and stability of the channel system while making high-performance use of all standby channel system resources.

[0118] like Figure 2 As shown, the Chinese education analysis device based on big information described in the present invention includes:

[0119] The system management host is connected to the client signal via the channel system transmission module, and is also connected to the information database signal. The system management host is used to receive requests from the client, obtain the required Chinese education information through the information database and transmit it to the client to achieve Chinese education teaching; the channel system transmission module can be a 4G module, and the client can be a computer in the 4G network.

[0120] Modules running on the system management host include:

[0121] A construction module, which is used to obtain client status information and communication status information of the client that has constructed an information channel with the system management host;

[0122] A compliance module is used to confirm whether each channel where the client is located meets the transmission requirements of the data information transmitted by the current channel configuration according to the client status information and the communication status information;

[0123] A configuration module, which is used to re-execute the channel information configuration according to the transmission requirements of the data information configured to be transmitted on the channel that does not meet the transmission requirements if there is a channel that does not meet the transmission requirements;

[0124] The transmission module is used to transmit data information to the client according to the data information configuration method of the new path.

[0125] The beneficial effects of the present invention are that, compared with the prior art, the technical effects of the present invention include:

[0126] Based on the characteristics of maintaining several channel combinations based on the system management host, the channels for transmitting information can be flexibly changed according to the client's real-time data transmission requirements and the specific channel performance status. While ensuring reliable data transmission at the client, it can also meet the specific requirements of each client's application process, and maintain the overall transmission performance and stability of the channel system while making high-performance use of all standby channel system resources.

[0127] Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the above embodiments, ordinary technicians in the relevant field should understand that the specific implementation methods of the present invention can still be modified or replaced by equivalents, and any modifications or equivalent replacements that do not deviate from the spirit and scope of the present invention should be covered within the protection space of the claims of the present invention.

Claims

1. A Chinese education analysis method based on big data, characterized in that: include: The system management host receives the request from the client, obtains the required Chinese education information through the database and transmits it to the client to achieve Chinese education teaching; The method for the system management host to transmit Chinese education data to the client includes: Step 1: Obtain the client status information and communication status information of the client that has established an information channel with the system management host; Step 2: Based on the client status information and the communication status information, confirm whether each channel where the client is located meets the transmission requirements of the data information transmitted by the current channel configuration; Step 3: If there is a channel that does not meet the transmission requirements, the channel information configuration is performed again according to the transmission requirements of the data information configured to be transmitted on the channel that does not meet the transmission requirements; Step 4: Execute data transmission to the client according to the data configuration method of the new channel.

2. The Chinese education analysis method based on big data according to claim 1 is characterized in that: The client status message includes the client reference message and the type of data information being transmitted; the communication status message includes the channel performance message and the method for configuring the channel data information; The client status message is used to display the current status of the client.

3. The Chinese education analysis method based on big data according to claim 2 is characterized in that: The category of the transmitted data information is used to reflect the form of the data information that the client is still transmitting; the category of the transmitted data information is set in advance by the teacher responsible for Chinese education, and the transmission of information of each category has corresponding transmission requirements when executing the transmission.

4. The Chinese education analysis method based on big data according to claim 3 is characterized in that: The communication status message is used to display the status of the current data information transmission. Here, the data information configuration method of the channel reflects the specific configuration of the transmission of each type of information on the channel to perform the transmission; the channel performance message is to reflect the channel performance status of the channel in this application; Delivery requirements include delivery bandwidth requirements and delivery performance requirements.

5. The Chinese education analysis method based on big data according to claim 4 is characterized in that: Step 2 specifically includes: According to the nature of the transmitted data and the data configuration method of the channel, the channels still used by the client and the nature of the data transmitted by each channel are determined; According to the channel performance information, confirm whether the channel status of each channel in use meets the corresponding transmission requirements of the data information to be transmitted by the channel; If it meets the requirements, it is confirmed as met; if it does not meet the requirements, it is confirmed as not met.

6. The Chinese education analysis method based on big data according to claim 5 is characterized in that: When re-performing the path information configuration, it is necessary to perform it in different forms, that is, to use the corresponding re-configuration method according to the specific reasons that caused the path to be determined as not meeting the transmission requirements, including: If it is in a state that does not meet the transmission performance requirements, find out whether there is a channel that meets the transmission requirements in another channel configured for the client; If available, the data information configured for transmission on the path that does not meet the transmission requirements will be configured on another path that meets the transmission requirements.

7. The Chinese education analysis method based on big data according to claim 6 is characterized in that: Step 3 specifically includes: If no path that meets the requirement is found in the other paths configured for the client, the data to be transmitted to the client is reclassified according to the corresponding relationship between the category of the transmitted data and the transmission requirement set in advance; According to the transmission requirements of the information of each category after classification, the entire channel of the client is configured again, and the transmission of the information that meets the various categories is respectively configured to the channel that can meet the corresponding transmission requirements.

8. The Chinese education analysis method based on big data according to claim 7 is characterized in that: If all the channels configured by the client cannot meet the transmission requirements of all the information of the specified type, then in the face of the transmission requirements of the information of the specified type that cannot be met, a channel that meets the transmission requirements is searched for in the channels currently in use by the system management host; Allocate the transmission of each category of information to the channel that can meet the corresponding transmission requirements; The types of information to be transmitted are respectively matched with the pre-set information transmission weights; When a path that meets the transmission requirements of the attribute information cannot be found, the data information transmission weight value is sorted from large to small, and the transmission of the attribute information with a larger data information transmission weight value is first configured on the found path.

9. The Chinese education analysis method based on big data according to claim 8 is characterized in that: The system management host data information transmission method also includes: Obtain the past data transmission logs between the client and each channel; Confirm in advance whether the client will present a channel that does not meet the delivery requirements in the future pre-set time period; If yes, then the corresponding path information configuration mode is formed according to the above method; The path information configuration mode is executed before the time point at which it is confirmed that the path will present a form that does not meet the transmission requirements. When executing the above method according to the set time period or activating the real-time method, it is also possible to make advance estimates of the defects that are likely to occur in the future set time period based on the past information obtained, and formulate corresponding countermeasures in advance according to the same treatment method, and then wait for the right time to execute. This type of treatment method is more proactive than flexible real-time treatment, and can better reduce the adverse effects introduced by changes in the operation of teachers responsible for Chinese education or fluctuations in channel performance. Based on this feature of maintaining several channel combinations based on the system management host, the channels for transmitting information can be flexibly changed according to the client's real-time data transmission requirements and the specific channel performance status. While ensuring reliable data transmission at the client, it can also meet the specific requirements of each client's application process, and maintain the overall transmission performance and stability of the channel system while making high-performance use of all standby channel system resources.

10. A Chinese education analysis device based on big information, characterized in that: include: The system management host is connected to the client signal through the channel system transmission module. The system management host is also connected to the information database signal. The system management host is used to receive the request from the client, obtain the required Chinese education information through the information database and transmit it to the client to achieve Chinese education teaching; Modules running on the system management host include: A construction module, which is used to obtain client status information and communication status information of the client that has constructed an information channel with the system management host; A compliance module is used to confirm whether each channel where the client is located meets the transmission requirements of the data information transmitted by the current channel configuration according to the client status information and the communication status information; A configuration module, which is used to re-execute the channel information configuration according to the transmission requirements of the data information configured to be transmitted on the channel that does not meet the transmission requirements if there is a channel that does not meet the transmission requirements; The transmission module is used to transmit data information to the client according to the data information configuration method of the new path.

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