Wolfberry origin information collaborative management method for industry optimization

Abstract

The invention discloses a wolfberry production place information collaborative management method for industrial optimization, and relates to the technical field of information collaborative management. A wolfberry production place collaborative data chain is constructed to collect respective production place environment parameters of a plurality of wolfberry planting production places and wolfberry growth parameters, and a distributed information transmission link is constructed; the origin environment parameters of each wolfberry planting origin and the wolfberry growth parameters are integrated as respective uplink data sets, the uplink data sets are transmitted to a cloud server through a distributed information transmission link, and a wolfberry origin information analysis network is set and accessed to the cloud server; the wolfberry production place information analysis network performs data analysis on the uplink data set of each wolfberry planting production place received by the cloud server so as to judge whether the corresponding wolfberry planting production place needs to be subjected to industrial optimization or not, and performs information collaborative decision-making on all wolfberry planting production places; and obtaining and executing a wolfberry management decision scheme of each wolfberry planting place.

Description

Technical Field

[0001] The present invention relates to the technical field of information collaborative management, and in particular to a method for collaborative management of wolfberry production area information for industrial optimization. Background Art

[0002] With the rapid development of the wolfberry industry, how to improve the yield, quality and management efficiency of wolfberry planting has become a key issue in industry optimization. Existing wolfberry planting management methods often have problems such as information islands and uncoordinated decision-making, resulting in weak overall competitiveness of the wolfberry industry. Therefore, there is an urgent need for a wolfberry production area information collaborative management method for industry optimization so that wolfberry planting can be effectively supervised. Summary of the invention

[0003] In order to solve the above problems, the purpose of the present invention is to provide a method for collaborative management of wolfberry production area information for industrial optimization.

[0004] The purpose of the present invention can be achieved by the following technical solution: A method for collaborative management of wolfberry production area information for industrial optimization, comprising the following steps:

[0005] Step S1: constructing a wolfberry production area collaborative data chain, and collecting the production area environmental parameters and wolfberry growth parameters of several wolfberry planting production areas through the wolfberry production area collaborative data chain;

[0006] Step S2: construct a distributed information transmission link, integrate the production environment parameters and growth parameters of each wolfberry production area as their own on-chain data sets, and transmit all on-chain data sets to the cloud server through the distributed information transmission link;

[0007] Step S3: Setting up a wolfberry origin information analysis network, connecting the wolfberry origin information analysis network to a cloud server, and having the wolfberry origin information analysis network perform data analysis on the chain data set of each wolfberry planting origin received by the cloud server, and then determining whether the corresponding wolfberry planting origin needs to be optimized;

[0008] Step S4: Conduct information collaborative decision-making on all wolfberry planting areas, and then derive and execute a wolfberry management decision plan for each wolfberry planting area.

[0009] Furthermore, a wolfberry production area collaborative data chain is constructed, and the process of collecting the production area environmental parameters and wolfberry growth parameters of several wolfberry planting production areas through the wolfberry production area collaborative data chain includes:

[0010] Construct a wolfberry production area collaborative data chain, which consists of several collaborative data nodes. The several collaborative data nodes are numbered and recorded as i, i = 1, 2, 3, ..., n. Several wolfberry planting areas are numbered and recorded as j, j = 1, 2, 3, ..., m, n and m are natural numbers greater than 0. Several types of sensors are arranged in each wolfberry planting area, and monitoring cameras and data terminal equipment are arranged in each wolfberry planting area.

[0011] Corresponding production environment parameters are collected by several types of sensors arranged in each wolfberry production area, and growth status pictures of corresponding wolfberry crops in several time periods are taken by monitoring cameras arranged in each wolfberry production area, and the growth status pictures of wolfberry crops in several time periods are summarized as respective growth picture sets, and image features are extracted from the growth status pictures of several time periods included in each growth picture set, thereby obtaining the wolfberry growth parameters of the wolfberry crops in the wolfberry production area corresponding to each growth picture set;

[0012] The production environment parameters and growth parameters of each wolfberry production area are entered into the corresponding data terminal equipment of the wolfberry production area for storage, and data communication is established between the collaborative data node numbered i and the corresponding data terminal equipment of the wolfberry production area numbered j. The communication mapping relationship corresponding to the data communication is recorded as R, then R =<i,j> , the collaborative data node collects the origin environment parameters and wolfberry growth parameters stored in the corresponding data terminal equipment after establishing the communication mapping relationship.

[0013] Furthermore, the process of building a distributed information transmission link includes:

[0014] Obtain the geographical location coordinates of each wolfberry planting origin, set up a cloud server, and obtain the location coordinates corresponding to the cloud server as the information receiving source coordinates, build a communication path according to the geographical location coordinates of each wolfberry planting origin and the information receiving source coordinates corresponding to the cloud server, obtain the communication distance corresponding to the communication path constructed between each wolfberry planting origin and the cloud server, set a parameter configuration form, and the parameter configuration form records the communication bandwidth, communication delay rate and communication protocol of the corresponding communication path under each communication distance;

[0015] Each communication path matches the corresponding communication protocol, communication bandwidth and communication delay rate from the parameter configuration form according to the communication distance as the communication parameters of the communication path, and then uses its own communication path as a sub-transmission link of the distributed information transmission link. When all communication paths are matched with the corresponding communication parameters in the parameter configuration form, the distributed information transmission link is completed.

[0016] Furthermore, the process of integrating the production environment parameters and growth parameters of each wolfberry planting production area as their own on-chain data sets, and transmitting all of the on-chain data sets to the cloud server through a distributed information transmission link includes:

[0017] The environmental parameters of each wolfberry planting site and the wolfberry growth parameters are integrated within the set data encapsulation period, and then the corresponding on-chain data set for each wolfberry planting site is generated. The distributed information transmission link is composed of several sub-transmission links between each wolfberry planting site and the cloud server. The on-chain data set corresponding to each wolfberry planting site is transmitted through the corresponding sub-transmission link in the distributed information transmission link, and then all the on-chain data sets are transmitted to the cloud server through the corresponding sub-transmission links.

[0018] Furthermore, a wolfberry origin information analysis network is set up, and the process of connecting the wolfberry origin information analysis network to a cloud server includes:

[0019] A wolfberry production area information analysis network is set up to input the processing steps and procedures of the whole process of wolfberry processing and production in each wolfberry planting area, and input the standardized processing steps and procedures corresponding to each wolfberry planting area, and merge the processing steps and procedures of each wolfberry planting area and the standardized processing steps and procedures as their respective processing data sets;

[0020] A server access request is constructed by the wolfberry origin information analysis network, an environmental monitoring period is set, and the environmental operation information corresponding to the current wolfberry origin information analysis network is obtained during the environmental monitoring period, and recorded in a preset network environment log, and the network environment log of the current wolfberry origin information analysis network is associated with the server access request and sent to the cloud server, and the cloud server assigns points to the network environment log, thereby generating a safety factor corresponding to the wolfberry origin information analysis network;

[0021] The security level corresponding to the wolfberry origin information analysis network is obtained based on the relationship between the safety factor and the preset level calibration interval. The server access request corresponding to the wolfberry origin information analysis network is determined to be compliant based on the security level, and a decision is made whether the wolfberry origin information analysis network is connected to the cloud server.

[0022] Furthermore, the wolfberry production area information analysis network performs data analysis on the on-chain data set of each wolfberry production area received by the cloud server, and then determines whether the corresponding wolfberry production area needs to be optimized. The process includes:

[0023] When the wolfberry origin information analysis network is successfully connected to the cloud server, the processed data sets of each wolfberry planting origin are respectively incorporated into their respective on-chain data sets, and the wolfberry origin information analysis network performs data analysis on the on-chain data sets of each wolfberry planting origin;

[0024] Through data analysis, the environmental status of each wolfberry planting area, the growth status of wolfberry crops in each wolfberry planting area, and the processing status of each wolfberry planting area are obtained. The environmental status includes suitable environment and adverse environment, the growth status includes normal growth and slow growth, and the processing status includes the processing status of several processing steps. The processing status includes qualified processing and illegal processing;

[0025] When at least one of the following is true: the environmental state is in a harsh environment, the growth state is in slow growth, and the processing state of more than half of the processing steps is in processing violation, it is judged that the wolfberry planting origin needs to carry out industrial optimization; otherwise, it is judged that the wolfberry planting origin does not need to carry out industrial optimization.

[0026] Furthermore, the process of making information collaborative decisions for all wolfberry planting areas, and then obtaining and executing a wolfberry management decision plan for each wolfberry planting area includes:

[0027] The information collaborative decision-making includes wolfberry picking decisions and wolfberry full-process management decisions. Wolfberry full-process management decisions are made for wolfberry planting areas that need industrial optimization, and wolfberry picking decisions are made for wolfberry planting areas that do not need industrial optimization. By making corresponding information collaborative decisions for each wolfberry planting area, a wolfberry management decision plan corresponding to each wolfberry planting area is derived, and the corresponding wolfberry management decision plan is implemented by the staff of each wolfberry planting area.

[0028] Furthermore, the wolfberry management decision plan includes a wolfberry picking plan and a wolfberry full-process management plan, wherein the wolfberry picking plan is obtained after making a wolfberry picking decision, and the wolfberry full-process management plan is obtained after making a wolfberry full-process management decision.

[0029] Compared with the prior art, the beneficial effects of the present invention are: constructing a wolfberry production area collaborative data chain to collect the production environment parameters and wolfberry growth parameters of several wolfberry planting production areas, constructing a distributed information transmission link, integrating the production environment parameters and wolfberry growth parameters of each wolfberry planting production area as their own on-chain data sets, and transmitting all the on-chain data sets to the cloud server through the distributed information transmission link, setting up a wolfberry production area information analysis network and connecting it to the cloud server, and the wolfberry production area information analysis network performs data analysis on the on-chain data set of each wolfberry planting production area received by the cloud server, so as to determine whether the corresponding wolfberry planting production area needs to be optimized, and finally conducts information collaborative decision-making on all wolfberry planting production areas, and then derives and executes the wolfberry management decision plan for each wolfberry planting production area, avoiding the problems of information islands and uncoordinated decisions faced in wolfberry planting management, ensuring that wolfberry planting management is carried out in an orderly manner, and improving the planting efficiency of wolfberry to a certain extent. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 It is a flow chart of the present invention. DETAILED DESCRIPTION

[0031] like Figure 1 As shown, a method for collaborative management of wolfberry production area information for industrial optimization includes the following steps:

[0032] Step S1: constructing a wolfberry production area collaborative data chain, and collecting the production area environmental parameters and wolfberry growth parameters of several wolfberry planting production areas through the wolfberry production area collaborative data chain;

[0033] Step S2: construct a distributed information transmission link, integrate the production environment parameters and growth parameters of each wolfberry production area as their own on-chain data sets, and transmit all on-chain data sets to the cloud server through the distributed information transmission link;

[0034] Step S3: Setting up a wolfberry origin information analysis network, connecting the wolfberry origin information analysis network to a cloud server, and having the wolfberry origin information analysis network perform data analysis on the chain data set of each wolfberry planting origin received by the cloud server, and then determining whether the corresponding wolfberry planting origin needs to be optimized;

[0035] Step S4: Conduct information collaborative decision-making on all wolfberry planting areas, and then derive and execute a wolfberry management decision plan for each wolfberry planting area.

[0036] It should be further explained that, in the specific implementation process, the process of constructing a wolfberry production area collaborative data chain and collecting the production area environmental parameters and wolfberry growth parameters of several wolfberry planting production areas through the wolfberry production area collaborative data chain includes:

[0037] Constructing a wolfberry production area collaborative data chain, the wolfberry production area collaborative data chain is composed of a plurality of collaborative data nodes, the plurality of collaborative data nodes are numbered, and the number is recorded as i, then i=1, 2, 3, ..., n, where n is a natural number greater than 0;

[0038] A number of wolfberry planting production areas are numbered and the number is recorded as j, then j=1, 2, 3, ..., m, where m is a natural number greater than 0, and a number of types of sensors are arranged in each wolfberry planting production area, the number of types of sensors including temperature sensors, humidity sensors, light sensors and wind speed sensors, and monitoring cameras and data terminal equipment are arranged in each wolfberry planting production area;

[0039] The corresponding production area environmental parameters are collected by using several types of sensors arranged in each wolfberry production area, wherein the production area environmental parameters include the ambient temperature collected by the temperature sensor, the ambient humidity collected by the humidity sensor, the ambient light intensity collected by the light sensor, and the ambient wind speed collected by the wind speed sensor;

[0040] The monitoring cameras arranged at each wolfberry planting area take pictures of the growth status of the corresponding wolfberry crops at several time periods, and the pictures of the growth status of the wolfberry crops at several time periods at each wolfberry planting area are summarized as their respective growth picture sets;

[0041] By extracting image features from growth status images of several time periods included in each growth picture set, the wolfberry growth parameters of the wolfberry crops in the underground wolfberry planting area corresponding to each growth picture set are obtained;

[0042] Among them, wolfberry growth parameters include growth cycle, pest and disease density, wolfberry maturity and wolfberry yield;

[0043] The environmental temperature, environmental humidity, environmental light intensity and environmental wind speed corresponding to the wolfberry planting production area numbered j are respectively recorded as WD[j], SD[j], GQ[j] and FS[j], and the production area environmental parameters corresponding to the wolfberry planting production area numbered j are recorded as Info1[j], then Info1[j] = {WD[j], SD[j], GQ[j], FS[j]}, and the wolfberry growth parameters of the wolfberry crop corresponding to the wolfberry planting production area numbered j are recorded as Info2[j];

[0044] The production environment parameters and growth parameters of each wolfberry production area are entered into the corresponding data terminal equipment of the wolfberry production area for storage, and data communication is established between the collaborative data node numbered i and the corresponding data terminal equipment of the wolfberry production area numbered j. The communication mapping relationship corresponding to the data communication is recorded as R, then R =<i,j> , the collaborative data node collects the origin environment parameters and wolfberry growth parameters stored in the corresponding data terminal equipment after establishing the communication mapping relationship.

[0045] It should be further explained that, in the specific implementation process, the process of building a distributed information transmission link includes:

[0046] Obtain the geographical location coordinates of each wolfberry planting origin, set up a cloud server, and obtain the location coordinates corresponding to the cloud server as the information receiving source coordinates, build a communication path according to the geographical location coordinates of each wolfberry planting origin and the information receiving source coordinates corresponding to the cloud server, obtain the communication distance corresponding to the communication path constructed between each wolfberry planting origin and the cloud server, set a parameter configuration form, and the parameter configuration form records the communication bandwidth, communication delay rate and communication protocol of the corresponding communication path under each communication distance;

[0047] Each communication path matches the corresponding communication protocol, communication bandwidth and communication delay rate from the parameter configuration form according to the communication distance as the communication parameters of the communication path, and then uses its own communication path as a sub-transmission link of the distributed information transmission link. When all communication paths are matched with the corresponding communication parameters in the parameter configuration form, the distributed information transmission link is completed.

[0048] It should be further explained that, in the specific implementation process, the process of integrating the production environment parameters and growth parameters of each wolfberry planting production area as their own on-chain data sets, and transmitting all the on-chain data sets to the cloud server through a distributed information transmission link includes:

[0049] Set a data packaging period, integrate the production environment parameters and wolfberry growth parameters of each wolfberry production area within the data packaging period, and then generate an on-chain data set corresponding to each wolfberry production area, and record the on-chain data set corresponding to the wolfberry production area numbered j as SL-Data[j];

[0050] The distributed information transmission link is composed of sub-transmission links between several wolfberry planting sites and the cloud server. The on-chain data set corresponding to each wolfberry planting site is transmitted through the corresponding sub-transmission link in the distributed information transmission link, and then all the on-chain data sets are transmitted to the cloud server through the corresponding sub-transmission links.

[0051] It should be further explained that, in the specific implementation process, the process of setting up the wolfberry origin information analysis network and connecting the wolfberry origin information analysis network to the cloud server includes:

[0052] Setting a wolfberry origin information analysis network, wherein the wolfberry origin information analysis network inputs the processing steps and procedures of the whole process of wolfberry processing and production in each wolfberry planting origin, and inputs the standardized processing steps and procedures corresponding to each wolfberry planting origin, and merges the processing steps and procedures of each wolfberry planting origin and the standardized processing steps and procedures as respective processing data sets;

[0053] The wolfberry origin information analysis network constructs a server access request and sets an environmental monitoring period, which is recorded as T 监测 , then T 监测 =[t 始 , t 终 ], where t 始 is the starting time of the environmental monitoring period, t 终 The end time of the environmental monitoring period is to obtain the environmental operation information corresponding to the current wolfberry production area information analysis network during the environmental monitoring period, and record the environmental operation information in a preset network environment log;

[0054] The network environment log of the current wolfberry origin information analysis network is associated with the server access request and then sent to the cloud server. The cloud server assigns points to the network environment log to generate a security factor corresponding to the wolfberry origin information analysis network. The security level corresponding to the wolfberry origin information analysis network is obtained based on the relationship between the security factor and the preset level calibration interval. Whether the server access request corresponding to the wolfberry origin information analysis network is compliant is determined based on the security level, and whether the wolfberry origin information analysis network is connected to the cloud server is determined.

[0055] Specifically, the scoring operation is performed to generate a corresponding safety factor, and the corresponding security level is obtained according to the safety factor. The server access request of the wolfberry origin information analysis network is determined to be compliant according to the security level, and then the content of deciding whether to connect it to the cloud server is as follows:

[0056] The environmental operation information recorded in the network environment log consists of several environmental monitoring items, each of which includes two monitoring states: "monitoring qualified" and "monitoring unqualified". When the environmental monitoring item is in "monitoring qualified", it is assigned a score of 1, and when the environmental monitoring item is in "monitoring unqualified", it is assigned a score of 0. The safety factor is recorded as η, and the expression of the safety factor η is as follows:

[0057]

[0058] Among them, N 监测合格Indicates the number of environmental monitoring items whose monitoring status is "qualified", N 监测不合格 Indicates the number of environmental monitoring items whose monitoring status is "unqualified", and the value range of η is: 0≤η≤1;

[0059] The preset level calibration interval includes a dangerous level interval and a safe level interval, which are respectively denoted as Ω 危险 and Ω 安全 ,Ω 危险 =[0, 0.6], Ω 安全 =(0.6, 1], and η and Ω 危险 and Ω 安全 The affiliation relationship between them is judged, and then the security level of the wolfberry origin information analysis network is obtained, and the security level includes a red level and a green level;

[0060] When η∈Ω 安全 When , the security level of the current wolfberry origin information analysis network is green, and the server access request corresponding to the wolfberry origin information analysis network is determined to be compliant, and it is decided to access the current wolfberry origin information analysis network to the cloud server;

[0061] When η∈Ω 危险 When , the security level of the current wolfberry origin information analysis network is red, the server access request corresponding to the wolfberry origin information analysis network is determined to be illegal, and the server access request of the current wolfberry origin information analysis network is rejected.

[0062] It should be further explained that, in the specific implementation process, the wolfberry origin information analysis network analyzes the on-chain data set of each wolfberry planting origin received by the cloud server, and then determines whether the corresponding wolfberry planting origin needs to be optimized. The process includes:

[0063] After the wolfberry origin information analysis network is successfully connected to the cloud server, the processed data sets of each wolfberry planting origin are respectively incorporated into their corresponding on-chain data sets, and the wolfberry origin information analysis network starts the data analysis of the on-chain data sets corresponding to each wolfberry planting origin. The specific data analysis is as follows:

[0064] Perform data analysis on the origin environmental parameters in the on-chain data set to obtain the environmental status of each wolfberry planting origin; perform data analysis on the wolfberry growth parameters in the on-chain data set to obtain the growth status of the wolfberry crops in each wolfberry planting origin; perform data analysis on the processing data set in the on-chain data set to obtain the processing process status of each wolfberry planting origin;

[0065] The environmental conditions include a suitable environment and a harsh environment;

[0066] The growth state includes normal growth and slow growth;

[0067] The processing status includes the processing status of each of the several processing steps, and the processing status includes processing qualification and processing violation;

[0068] When at least one of the environmental state is in a harsh environment, the growth state is in slow growth, and the processing state of more than half of the processing steps in the processing process is in processing violation, it is judged that the corresponding wolfberry planting production area in the current situation needs to be optimized; otherwise, it is judged that the corresponding wolfberry planting production area in the current situation does not need to be optimized.

[0069] It should be further explained that, in the specific implementation process, the process of making information collaborative decisions for all wolfberry planting areas, and then deriving and executing the wolfberry management decision plan for each wolfberry planting area includes:

[0070] The information collaborative decision-making includes wolfberry picking decision-making and wolfberry overall management decision-making;

[0071] For wolfberry production areas that need industrial optimization, make decisions on wolfberry management throughout the process, and for wolfberry production areas that do not need industrial optimization, make decisions on wolfberry picking. By making corresponding information collaborative decisions for each wolfberry production area, we can derive the corresponding wolfberry management decision plan for each wolfberry production area.

[0072] The wolfberry management decision plan includes a wolfberry picking plan and a wolfberry full-process management plan, wherein a wolfberry picking plan is obtained after a wolfberry picking decision is made for a wolfberry planting area that does not require industrial optimization, and a wolfberry full-process management plan is obtained after a wolfberry full-process management decision is made for a wolfberry planting area that requires industrial optimization, and the staff of each wolfberry planting area implements the corresponding wolfberry management decision plan;

[0073] Among them, the content of the wolfberry picking decision plan is: the picking priority is set according to the latest maturity time of all wolfberry crops in each wolfberry planting area, that is, the earlier the latest maturity time, the higher the corresponding picking priority, and the staff of the wolfberry planting base picks the wolfberry crops in order from high to low picking priority;

[0074] The content of the wolfberry full-process management plan is: divide the wolfberry crops in each wolfberry planting area into different management stages in the entire management process, mark the part of the management stage that does not meet the corresponding management implementation standards as an abnormal management stage, and the corresponding staff of the wolfberry planting area will supervise the abnormal management stage, and make corresponding management measures to repair the abnormal problems in the abnormal management stage.

[0075] The above embodiments are only used to illustrate the technical method of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical method of the present invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical method of the present invention.

Claims

1. A method for collaborative management of wolfberry production area information for industrial optimization, characterized in that: The following steps are involved: Step S1: constructing a wolfberry production area collaborative data chain, and collecting the production area environmental parameters and wolfberry growth parameters of several wolfberry planting production areas through the wolfberry production area collaborative data chain; Step S2: construct a distributed information transmission link, integrate the production environment parameters and growth parameters of each wolfberry production area as their own on-chain data sets, and transmit all on-chain data sets to the cloud server through the distributed information transmission link; Step S3: Setting up a wolfberry origin information analysis network, connecting the wolfberry origin information analysis network to a cloud server, and having the wolfberry origin information analysis network perform data analysis on the chain data set of each wolfberry planting origin received by the cloud server, and then determining whether the corresponding wolfberry planting origin needs to be optimized; Step S4: Conduct information collaborative decision-making on all wolfberry planting areas, and then derive and execute a wolfberry management decision plan for each wolfberry planting area.

2. The method for collaborative management of wolfberry production area information for industrial optimization according to claim 1, characterized in that: The process of constructing a wolfberry production area collaborative data chain and collecting the production area environmental parameters and wolfberry growth parameters of several wolfberry production areas through the wolfberry production area collaborative data chain includes: Construct a wolfberry production area collaborative data chain, which consists of several collaborative data nodes. The several collaborative data nodes are numbered and recorded as i, i = 1, 2, 3, ..., n. Several wolfberry planting areas are numbered and recorded as j, j = 1, 2, 3, ..., m, n and m are natural numbers greater than 0. Several types of sensors are arranged in each wolfberry planting area, and monitoring cameras and data terminal equipment are arranged in each wolfberry planting area. Corresponding production environment parameters are collected by several types of sensors arranged in each wolfberry production area, and growth status pictures of corresponding wolfberry crops in several time periods are taken by monitoring cameras arranged in each wolfberry production area, and the growth status pictures of wolfberry crops in several time periods are summarized as respective growth picture sets, and image features are extracted from the growth status pictures of several time periods included in each growth picture set, thereby obtaining the wolfberry growth parameters of the wolfberry crops in the wolfberry production area corresponding to each growth picture set; The production environment parameters and growth parameters of each wolfberry production area are entered into the corresponding data terminal equipment of the wolfberry production area for storage, and data communication is established between the collaborative data node numbered i and the corresponding data terminal equipment of the wolfberry production area numbered j. The communication mapping relationship corresponding to the data communication is recorded as R, then R =<i,j> , the collaborative data node collects the origin environment parameters and wolfberry growth parameters stored in the corresponding data terminal equipment after establishing the communication mapping relationship.

3. The method for collaborative management of wolfberry production area information for industrial optimization according to claim 2, characterized in that: The process of building a distributed information transmission link includes: Obtain the geographical location coordinates of each wolfberry planting origin, set up a cloud server, and obtain the location coordinates corresponding to the cloud server as the information receiving source coordinates, build a communication path according to the geographical location coordinates of each wolfberry planting origin and the information receiving source coordinates corresponding to the cloud server, obtain the communication distance corresponding to the communication path constructed between each wolfberry planting origin and the cloud server, set a parameter configuration form, and the parameter configuration form records the communication bandwidth, communication delay rate and communication protocol of the corresponding communication path under each communication distance; Each communication path matches the corresponding communication protocol, communication bandwidth and communication delay rate from the parameter configuration form according to the communication distance as the communication parameters of the communication path, and then uses its own communication path as a sub-transmission link of the distributed information transmission link. When all communication paths are matched with the corresponding communication parameters in the parameter configuration form, the distributed information transmission link is completed.

4. The method for collaborative management of wolfberry production area information for industrial optimization according to claim 3, characterized in that: The process of integrating the production environment parameters and growth parameters of each wolfberry planting site as their own on-chain data sets, and transmitting all the on-chain data sets to the cloud server through a distributed information transmission link includes: The environmental parameters of each wolfberry planting site and the wolfberry growth parameters are integrated within the set data encapsulation period, and then the corresponding on-chain data set for each wolfberry planting site is generated. The distributed information transmission link is composed of several sub-transmission links between each wolfberry planting site and the cloud server. The on-chain data set corresponding to each wolfberry planting site is transmitted through the corresponding sub-transmission link in the distributed information transmission link, and then all the on-chain data sets are transmitted to the cloud server through the corresponding sub-transmission links.

5. The method for collaborative management of wolfberry production area information for industrial optimization according to claim 4, characterized in that: The process of setting up a wolfberry origin information analysis network and connecting the wolfberry origin information analysis network to a cloud server includes: A wolfberry production area information analysis network is set up to input the processing steps and procedures of the whole process of wolfberry processing and production in each wolfberry planting area, and input the standardized processing steps and procedures corresponding to each wolfberry planting area, and merge the processing steps and procedures of each wolfberry planting area and the standardized processing steps and procedures as their respective processing data sets; A server access request is constructed by the wolfberry origin information analysis network, an environmental monitoring period is set, and the environmental operation information corresponding to the current wolfberry origin information analysis network is obtained during the environmental monitoring period, and recorded in a preset network environment log, and the network environment log of the current wolfberry origin information analysis network is associated with the server access request and sent to the cloud server, and the cloud server assigns points to the network environment log, thereby generating a safety factor corresponding to the wolfberry origin information analysis network; The security level corresponding to the wolfberry origin information analysis network is obtained based on the relationship between the safety factor and the preset level calibration interval. The server access request corresponding to the wolfberry origin information analysis network is determined to be compliant based on the security level, and a decision is made whether the wolfberry origin information analysis network is connected to the cloud server.

6. The method for collaborative management of wolfberry production area information for industrial optimization according to claim 5, characterized in that: The wolfberry origin information analysis network analyzes the on-chain data set of each wolfberry planting origin received by the cloud server, and then determines whether the corresponding wolfberry planting origin needs to be optimized. The process includes: When the wolfberry origin information analysis network is successfully connected to the cloud server, the processed data sets of each wolfberry planting origin are respectively incorporated into their respective on-chain data sets, and the wolfberry origin information analysis network performs data analysis on the on-chain data sets of each wolfberry planting origin; Through data analysis, the environmental status of each wolfberry planting area, the growth status of wolfberry crops in each wolfberry planting area, and the processing status of each wolfberry planting area are obtained. The environmental status includes suitable environment and adverse environment, the growth status includes normal growth and slow growth, and the processing status includes the processing status of several processing steps. The processing status includes qualified processing and illegal processing; When at least one of the following is true: the environmental state is in a harsh environment, the growth state is in slow growth, and the processing state of more than half of the processing steps is in processing violation, it is judged that the wolfberry planting origin needs to carry out industrial optimization; otherwise, it is judged that the wolfberry planting origin does not need to carry out industrial optimization.

7. The method for collaborative management of wolfberry production area information for industrial optimization according to claim 6, characterized in that: The process of making information collaborative decisions for all wolfberry planting areas, and then deriving and executing wolfberry management decision plans for each wolfberry planting area includes: The information collaborative decision-making includes wolfberry picking decisions and wolfberry full-process management decisions. Wolfberry full-process management decisions are made for wolfberry planting areas that need industrial optimization, and wolfberry picking decisions are made for wolfberry planting areas that do not need industrial optimization. By making corresponding information collaborative decisions for each wolfberry planting area, a wolfberry management decision plan corresponding to each wolfberry planting area is derived, and the corresponding wolfberry management decision plan is implemented by the staff of each wolfberry planting area.

8. The method for collaborative management of wolfberry production area information for industrial optimization according to claim 7, characterized in that: The wolfberry management decision plan includes a wolfberry picking plan and a wolfberry full-process management plan, wherein the wolfberry picking plan is obtained after making a wolfberry picking decision, and the wolfberry full-process management plan is obtained after making a wolfberry full-process management decision.

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