Crop straw biological treatment and resource utilization management method

Abstract

The invention provides a crop straw biological treatment and resource utilization management method. The method comprises the following steps: identifying whether a target site is triggered and confirmed by a management knowledge graph or not; wherein the target site is a site where the crop straws are subjected to biological treatment and / or resource utilization; and if yes, managing the target site based on the management knowledge graph. According to the crop straw biological treatment and resource utilization management method, whether the target site is triggered and confirmed by the management knowledge graph or not is recognized, and if yes, the target site is managed based on the management knowledge graph, so that automatic crop straw biological treatment and resource utilization management is realized; the labor cost is greatly reduced, and the management efficiency is improved.

Description

Technical Field

[0001] The invention relates to the field of management technology, and in particular to a method for managing crop straw biological treatment and resource utilization. Background Art

[0002] Crop straw is an important biomass resource. my country has more than 900 million tons of crop straw available each year. The biological treatment and resource utilization of crop straw are related to the green development of agriculture, the rural ecological environment, and the vital interests of farmers.

[0003] In order to ensure the orderly and reasonable biological treatment and resource utilization of crop straw, it is necessary to manage the biological treatment and resource utilization of crop straw. However, the traditional management of biological treatment and resource utilization of crop straw is mostly done manually by management personnel, which has high labor costs and low management efficiency.

[0004] Therefore, a solution is urgently needed. Summary of the invention

[0005] One of the purposes of the present invention is to provide a management method for biological treatment and resource utilization of crop straw, which identifies whether the target site is triggered and confirmed by the management knowledge graph. When the identification is yes, the target site is managed based on the management knowledge graph to realize automated management of biological treatment and resource utilization of crop straw, greatly reducing labor costs and improving management efficiency.

[0006] The embodiment of the present invention provides a method for managing crop straw biological treatment and resource utilization, comprising:

[0007] Identify whether the target site is triggered and confirmed by the management knowledge graph; the target site is a site where crop straw is biologically treated and / or recycled;

[0008] When the identification is yes, the target site is managed based on the management knowledge graph.

[0009] Optionally, the step of identifying whether the target site is triggered by the management knowledge graph includes:

[0010] When the amount of data of the first incremental state generated by the target site within the first time period exceeds the data amount threshold and / or the state type set of the first incremental state matches the standard state type set, determine whether the first mapping degree between the first incremental state and each data mapping structure in the management knowledge graph exceeds the threshold of the first mapping degree;

[0011] When the determination is yes, a second time period is generated; wherein the second time period includes the first time period, the end time of the second time period is later than the end time of the first time period, and the degree of later than is negatively correlated with the maximum value in the first mapping degree;

[0012] Determine whether a maximum value of a second mapping degree between a second incremental state generated at the target site within a second time period and each data mapping structure in the management knowledge graph exceeds a threshold value of the second mapping degree;

[0013] When it is determined to be yes, it is determined that the target site is managed by the knowledge graph triggering confirmation.

[0014] Optionally, the target site is managed based on the management knowledge graph, including:

[0015] Traversing the corresponding data mapping structures in order from large to small according to the second mapping degree;

[0016] Each time the traversal is performed, the first case representation structure and the representation detection template of the traversed data mapping structure in the management knowledge graph are obtained;

[0017] Based on the characterization detection template, characterization detection is performed on the target scene;

[0018] When any first situation node in the first situation representation structure is not detected for a preset time period, continue to traverse the next data mapping structure; otherwise, stop traversing the next data mapping structure and obtain the decision capability value of the local structure formed by the detected first situation node in the first situation representation structure;

[0019] When the decision-making ability value exceeds the threshold of the decision-making ability value, the target site is managed based on the situation response sub-strategy of the local structure; otherwise, other data mapping structures that meet the structural conditions are determined from the data mapping structures traversed in the past and the data mapping structures traversed a preset number of times in the future;

[0020] Generate a management dynamic perspective of the target site based on a second situation representation structure of the first situation representation structure and other data mapping structures;

[0021] Based on the dynamic management perspective, assist managers to manage the target site.

[0022] Optionally, the structural conditions include:

[0023] The absolute value of the difference between the second mapping degree corresponding to the other data mapping structures and the second mapping degree corresponding to the traversed data mapping structure does not exceed the absolute value threshold;

[0024] and / or,

[0025] There is a structural association relationship between other data mapping structures and the traversed data mapping structure.

[0026] Optionally, the second situation representation structure based on the first situation representation structure and other data mapping structures generates a management dynamic perspective of the target site, including:

[0027] Generate an initial view sequence; wherein the initial view sequence includes a target number of initial views, and the target number is an upward rounded value of an average value of the number of difference situation nodes between each second situation representation structure and the first situation representation structure;

[0028] Traverse each initial perspective in the initial perspective sequence in order of their sequence positions;

[0029] During each traversal, the visual element requirements and the duration of the view retention of the traversed initial view are generated, and the traversed initial view is assigned; wherein the visual element requirements include: node-related elements of the first first proportion of situation nodes in the visual first situation representation structure and the first second proportion of situation nodes in the second situation representation structure; the first proportion is obtained based on the first proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence, and the second proportion is obtained based on the second proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence; the duration of the view retention is obtained based on the duration table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence;

[0030] After traversing each initial perspective, a management dynamic perspective is generated based on an initial perspective sequence of each initial perspective that is assigned with visual element requirements and perspective retention duration.

[0031] The embodiment of the present invention provides a crop straw biological treatment and resource utilization management system, comprising:

[0032] An identification module is used to identify whether the target site is triggered and confirmed by the management knowledge graph; wherein the target site is a site where crop straw is biologically treated and / or recycled;

[0033] The management module is used to manage the target site based on the management knowledge graph when the identification is yes.

[0034] Optionally, the identification module identifies whether the target site is triggered by the management knowledge graph, including:

[0035] When the amount of data of the first incremental state generated by the target site within the first time period exceeds the data amount threshold and / or the state type set of the first incremental state matches the standard state type set, determine whether the first mapping degree between the first incremental state and each data mapping structure in the management knowledge graph exceeds the threshold of the first mapping degree;

[0036] When the determination is yes, a second time period is generated; wherein the second time period includes the first time period, the end time of the second time period is later than the end time of the first time period, and the degree of later than is negatively correlated with the maximum value in the first mapping degree;

[0037] Determine whether a maximum value of a second mapping degree between a second incremental state generated at the target site within a second time period and each data mapping structure in the management knowledge graph exceeds a threshold value of the second mapping degree;

[0038] When it is determined to be yes, it is determined that the target site is managed by the knowledge graph triggering confirmation.

[0039] Optionally, the management module manages the target site based on the management knowledge graph, including:

[0040] Traversing the corresponding data mapping structures in order from large to small according to the second mapping degree;

[0041] Each time the traversal is performed, the first case representation structure and the representation detection template of the traversed data mapping structure in the management knowledge graph are obtained;

[0042] Based on the characterization detection template, characterization detection is performed on the target scene;

[0043] When any first situation node in the first situation representation structure is not detected for a preset time period, continue to traverse the next data mapping structure; otherwise, stop traversing the next data mapping structure and obtain the decision capability value of the local structure formed by the detected first situation node in the first situation representation structure;

[0044] When the decision-making ability value exceeds the threshold of the decision-making ability value, the target site is managed based on the situation response sub-strategy of the local structure; otherwise, other data mapping structures that meet the structural conditions are determined from the data mapping structures traversed in the past and the data mapping structures traversed a preset number of times in the future;

[0045] Generate a management dynamic perspective of the target site based on a second situation representation structure of the first situation representation structure and other data mapping structures;

[0046] Based on the dynamic management perspective, assist managers to manage the target site.

[0047] Optionally, the structural conditions include:

[0048] The absolute value of the difference between the second mapping degree corresponding to the other data mapping structures and the second mapping degree corresponding to the traversed data mapping structure does not exceed the absolute value threshold;

[0049] and / or,

[0050] There is a structural association relationship between other data mapping structures and the traversed data mapping structure.

[0051] Optionally, the management module generates a management dynamic perspective of the target site based on the first situation representation structure and the second situation representation structure of other data mapping structures, including:

[0052] Generate an initial view sequence; wherein the initial view sequence includes a target number of initial views, and the target number is an upward rounded value of an average value of the number of difference situation nodes between each second situation representation structure and the first situation representation structure;

[0053] Traverse each initial perspective in the initial perspective sequence in order of their sequence positions;

[0054] During each traversal, the visual element requirements and the duration of the view retention of the traversed initial view are generated, and the traversed initial view is assigned; wherein the visual element requirements include: node-related elements of the first first proportion of situation nodes in the visual first situation representation structure and the first second proportion of situation nodes in the second situation representation structure; the first proportion is obtained based on the first proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence, and the second proportion is obtained based on the second proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence; the duration of the view retention is obtained based on the duration table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence;

[0055] After traversing each initial perspective, a management dynamic perspective is generated based on an initial perspective sequence of each initial perspective that is assigned with visual element requirements and perspective retention duration.

[0056] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures particularly pointed out in the written description and the accompanying drawings.

[0057] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0058] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0059] Figure 1 A schematic diagram of a method for managing crop straw biological treatment and resource utilization in an embodiment of the present invention;

[0060] Figure 2 Schematic diagram of a crop straw biological treatment and resource utilization management system in an embodiment of the present invention. DETAILED DESCRIPTION

[0061] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0062] The embodiment of the present invention provides a method for managing crop straw biological treatment and resource utilization, such as Figure 1 As shown, including:

[0063] S1. Identify whether the target site is triggered by the management knowledge graph; the target site is a site where crop straw is biologically treated and / or recycled;

[0064] S2. When the identification is yes, the target site is managed based on the management knowledge graph.

[0065] When the target site is triggered and confirmed by the management knowledge graph, it means that the target site can be managed based on the management knowledge graph. The target site is managed based on the management knowledge graph. There is a large amount of management knowledge on the management knowledge graph, which can be expert experience in biological treatment and resource utilization management of crop straw, etc., which is used to instruct the system how to manage the target site.

[0066] This application identifies whether the target site is triggered and confirmed by the management knowledge graph. When it is identified as yes, the target site is managed based on the management knowledge graph to realize automated management of crop straw biological treatment and resource utilization, which greatly reduces labor costs and improves management efficiency.

[0067] In one embodiment, the step of identifying whether the target site is triggered by the management knowledge graph includes:

[0068] S11. When the amount of data of the first incremental state generated by the target site within the first time period exceeds the data amount threshold and / or the state type set of the first incremental state matches the standard state type set, determine whether the first mapping degree between the first incremental state and each data mapping structure in the management knowledge graph exceeds the threshold of the first mapping degree;

[0069] In S11, the first incremental state is the site state newly added to the target site within the first time period, for example: straw collection state, microbial activity monitoring state, bioenergy production state, equipment operation state, personnel operation state, safe production state, etc.; when the data volume of the first incremental state exceeds the data volume threshold, it means that the data volume is sufficient, indicating that it can be further determined whether to trigger confirmation; the state type set has different state types of the first incremental state, for example: the data volume threshold is 50MB; when the state type set matches the standard state type set, it means that it can be further determined whether to trigger confirmation, for example: the states in the standard state type set are personnel operation state and safe production state, which means that it can be further determined whether it is necessary to perform safe production operation management on the target site; there are multiple data mapping structures in the management knowledge graph, and the data mapping structure is a data matrix structure. All matrices in a data mapping structure The array elements are all event elements of an event to be managed for the biological treatment and resource utilization of crop straw, for example, each element is multiple misoperations by on-site personnel, abnormal equipment production status, and abnormal safety production status, and the corresponding event is personnel operation to be managed; when the first incremental state is the same as a matrix element in the data mapping structure, the mapping is completed, and the first mapping degree is the ratio of the matrix elements that have completed the mapping to the total number of matrix elements in the data mapping structure; when there is a first mapping degree that exceeds the threshold of the first mapping degree, it means that it can be further determined whether to trigger confirmation, for example: the threshold of the first mapping degree is 3 / 10; whether it is further determined whether to trigger confirmation is determined by the data volume and state type set, and whether it is further determined whether to trigger confirmation is determined by the first mapping degree, which is progressive, reducing the recognition resources for triggering confirmation and improving the recognition efficiency of triggering confirmation;

[0070] S12, when the determination is yes, generate a second time period; wherein the second time period includes the first time period, the end time of the second time period is later than the end time of the first time period, and the degree of laterness is negatively correlated with the maximum value in the first mapping degree;

[0071] In S12, the later than degree refers to the degree to which the end time of the second time period is later than the end time of the first time period. The larger the maximum value in the first mapping degree is, the greater the degree to which it can be further determined whether to trigger confirmation, the faster the identification of whether to trigger confirmation can be performed, and the smaller the later than degree is; specifically, the numerical relationship between the later than degree and the maximum value in the first mapping degree can be set in advance by the technician; the degree to which the end time of the second time period is later than the end time of the first time period based on the maximum value in the first mapping degree is determined to achieve accurate and reasonable generation of the second time period, which greatly improves the efficiency of identifying whether to trigger confirmation, and further improves the applicability of the system;

[0072] S13, determining whether the maximum value of the second mapping degree between the second incremental state generated by the target site in the second time period and each data mapping structure in the management knowledge graph exceeds the threshold value of the second mapping degree;

[0073] In S13, similarly, the second incremental state is the site state newly added by the target site in the second time period, and the second mapping degree is the ratio of the matrix elements in the data mapping structure that have completed the mapping with the second incremental state to the total number of matrix elements therein; when the maximum value in the second mapping degree exceeds the threshold value of the second mapping degree, it indicates that the final trigger confirmation is triggered, for example: the threshold value of the second mapping degree is 7 / 10;

[0074] S14. When the determination is yes, determine that the target site is subject to the managed knowledge graph trigger confirmation.

[0075] In one embodiment, the target site is managed based on the management knowledge graph, including:

[0076] S21, traversing the corresponding data mapping structures in order from large to small according to the second mapping degree;

[0077] In S21, the data mapping structure corresponds to a first situation representation structure and a representation detection template in the management knowledge graph. The first situation representation structure is a tree structure. The root node of the tree structure is the initial situation of the event to be managed for the biological treatment and resource utilization of crop straw. The root node is connected to multiple paths. The branch node in the middle of the path is the situation development state of the initial situation. The leaf node at the end of the path is the situation final state of the initial situation. The branch node and the leaf node are jointly used as the first situation node. The representation detection template is a template for detecting whether the target site has the situation state on the first situation node; the greater the second mapping degree, the more suitable the first situation representation structure and the representation detection template of the corresponding data mapping structure are for managing the target site, and they are traversed first, which greatly improves the efficiency and accuracy of managing the target site based on the management knowledge graph;

[0078] S22. During each traversal, a first situation representation structure and a representation detection template of the traversed data mapping structure in the management knowledge graph are obtained;

[0079] S23, performing characterization detection on the target scene based on the characterization detection template;

[0080] S24, when any first situation node in the first situation representation structure is not detected for a preset time period, continue to traverse the next data mapping structure; otherwise, stop traversing the next data mapping structure and obtain the decision capability value of the local structure formed by the detected first situation node in the first situation representation structure;

[0081] In S24, when any first situation node in the first situation representation structure is not detected for more than a preset time, it means that the first situation representation structure and the representation detection template of the data mapping structure currently traversed are not applicable, and the next data mapping structure is traversed. For example, the preset time can be 100 seconds; otherwise, it means that it is detected, then it is applicable, and the local structure formed by the detected first situation node in the first situation representation structure is the local structure composed of the detected first situation nodes in the tree structure; different local structures in the same first situation representation structure are preset with decision-making ability values ​​and situation response sub-strategies, and the situation response sub-strategy is a strategy for dealing with the event to be managed of the event state represented by different first situation nodes in the local structure, and the decision-making ability value represents the ability of the situation response sub-strategy to deal with the event to be managed;

[0082] S25, when the decision-making capability value exceeds the threshold value of the decision-making capability value, the target site is managed based on the situation response sub-strategy of the local structure; otherwise, other data mapping structures that meet the structural conditions are determined from the data mapping structures traversed in the past and the data mapping structures traversed a preset number of times in the future;

[0083] In S25, when the decision capability value exceeds the threshold of the decision capability value, it indicates that the situation response sub-strategy has sufficient response capability, and the target site is managed based on it, for example: the threshold of the capability value can be 20; otherwise, it indicates that its capability is insufficient and management personnel need to intervene; the data mapping structure traversed by the preset number of times in the future is the data mapping structure traversed by the preset number of times in the future, for example: the preset number of times is 3; other data mapping structures meet the structural conditions, indicating that they are necessary to assist management personnel; the introduction of local structures and corresponding decision capability values ​​and situation response sub-strategies comprehensively, quickly and accurately determines whether the system has the ability to respond to the situation occurring at the target site, which greatly improves the applicability of the system;

[0084] S26, generating a management dynamic perspective of the target site based on the second situation representation structure of the first situation representation structure and other data mapping structures;

[0085] In S26, the management dynamic perspective can help managers make management decisions and execute management on the target site from the best perspective;

[0086] S27. Based on the dynamic management perspective, assist management personnel to manage the target site.

[0087] In S27, management personnel are finally assisted in managing the target site based on the dynamic management perspective; assistance based on the dynamic management perspective improves the efficiency of management personnel's intervention, is more humane, and improves the comprehensiveness of target site management.

[0088] In one embodiment, the structural conditions include:

[0089] The absolute value of the difference between the second mapping degree corresponding to the other data mapping structures and the second mapping degree corresponding to the traversed data mapping structure does not exceed the absolute value threshold; when the absolute value of the difference does not exceed the absolute value threshold, it means that the second mapping degrees are equivalent, and the applicability is equivalent, which means that it is necessary to assist the management personnel;

[0090] and / or,

[0091] There is a structural association relationship between other data mapping structures and the traversed data mapping structure; the structural association relationship may be that some structures are identical, etc. When a structural association relationship exists, it means that it is necessary to assist management personnel.

[0092] In one embodiment, the second situation representation structure based on the first situation representation structure and other data mapping structures generates a management dynamic perspective of the target site, including:

[0093] S261, generating an initial perspective sequence; wherein the initial perspective sequence includes a target number of initial perspectives, and the target number is an upward rounded value of the average value of the number of difference situation nodes between each second situation representation structure and the first situation representation structure;

[0094] In S261, the number of difference situation nodes is the number of different situation nodes in the two situation representation structures; the management dynamic perspective finally generated is used to assist management personnel. When the first situation representation structure and the second situation representation structure of other data mapping structures are used together to generate the management dynamic perspective, the management personnel need to pay attention to the different situation nodes of the two. The different situation nodes are brought to their attention each time through the display of the initial perspective. Therefore, the target number is the rounded-up value of the average value of the number of difference situation nodes between each of the second situation representation structures and the first situation representation structure, so that the number of initial perspectives is reasonably divided, and the different situation nodes can be evenly displayed through the initial perspective so that the associated management personnel can pay attention to them, thereby improving the assistance effect;

[0095] S262, traversing each initial perspective in the initial perspective sequence in sequence according to the sequence position;

[0096] In S262, the sequence order is the sequence order of the initial perspectives in the initial perspective sequence;

[0097] S263, each time the traversal is performed, the visual element requirements and the view retention time of the traversed initial view are generated, and the traversed initial view is assigned; wherein the visual element requirements include: node-related elements of the first first proportion of the situation nodes in the visual first situation representation structure and the first second proportion of the situation nodes in the second situation representation structure; the first proportion is obtained based on the first proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence, and the second proportion is obtained based on the second proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence; the view retention time is obtained based on the time table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence;

[0098] In S263, the visual element requirement is the requirement for the elements that the manager can see through the initial perspective; the perspective holding time is the time for maintaining the initial perspective, and once the perspective holding time ends, it switches to the next initial perspective; the target number is preset with a first ratio table, and the first ratio table has first ratios corresponding to different sequence orders. The larger the sequence order, the more the node-related elements of the situation node of the first situation representation structure need to be viewed by the manager (the more the manager needs to focus on the node-related elements), and the larger the first ratio is, the target number is also preset with a second ratio table, and the second ratio table has second ratios corresponding to different sequence orders. The larger the sequence order, the more the node-related elements of the situation node of the second situation representation structure do not need to be viewed. The more the manager views (the less the manager needs to focus on the node-related elements), the smaller the corresponding second ratio is. For example, if the situation node is a device downtime, the node-related elements are the device downtime time, downtime impact, etc.; the target number is also preset with a duration table, and the duration table has the view retention duration corresponding to different sequence orders. The larger the sequence order, the more the manager needs to analyze more node-related elements, and the longer the view retention duration is set; based on the sequence order of the initial view, the first ratio table, the second ratio table and the duration table are queried to comprehensively, comprehensively and accurately determine the visual element requirements and view retention duration of the traversed initial view, which greatly improves the effect of the finally generated management dynamic view in assisting managers;

[0099] S264. After traversing the initial perspectives, a management dynamic perspective is generated based on an initial perspective sequence of each initial perspective that is assigned with a visual element requirement and a perspective retention time.

[0100] In S264, the management dynamic perspective finally generated has multiple initial perspectives, each of which has visual element requirements and perspective retention time. In actual use, the initial perspective can be connected to the video surveillance system of the target site, and the initial perspectives are selected in sequence according to the sequence position in the management dynamic perspective. The initial perspectives are constrained based on the visual element requirements they have. After the constraints, the constrained initial perspective is maintained to achieve the corresponding perspective retention time, and so on.

[0101] The embodiment of the present invention provides a crop straw biological treatment and resource utilization management system, such as Figure 2 As shown, including:

[0102] Identification module 1 is used to identify whether the target site is triggered and confirmed by the management knowledge graph; wherein the target site is a site where crop straw is biologically treated and / or recycled;

[0103] Management module 2 is used to manage the target site based on the management knowledge graph when the identification is yes.

[0104] The identification module identifies whether the target site is triggered by the management knowledge graph, including:

[0105] When the amount of data of the first incremental state generated by the target site within the first time period exceeds the data amount threshold and / or the state type set of the first incremental state matches the standard state type set, determine whether the first mapping degree between the first incremental state and each data mapping structure in the management knowledge graph exceeds the threshold of the first mapping degree;

[0106] When the determination is yes, a second time period is generated; wherein the second time period includes the first time period, the end time of the second time period is later than the end time of the first time period, and the degree of later than is negatively correlated with the maximum value in the first mapping degree;

[0107] Determine whether a maximum value of a second mapping degree between a second incremental state generated at the target site within a second time period and each data mapping structure in the management knowledge graph exceeds a threshold value of the second mapping degree;

[0108] When it is determined to be yes, it is determined that the target site is managed by the knowledge graph triggering confirmation.

[0109] The management module manages the target site based on the management knowledge graph, including:

[0110] Traversing the corresponding data mapping structures in order from large to small according to the second mapping degree;

[0111] Each time the traversal is performed, the first case representation structure and the representation detection template of the traversed data mapping structure in the management knowledge graph are obtained;

[0112] Based on the characterization detection template, characterization detection is performed on the target scene;

[0113] When any first situation node in the first situation representation structure is not detected for a preset time period, continue to traverse the next data mapping structure; otherwise, stop traversing the next data mapping structure and obtain the decision capability value of the local structure formed by the detected first situation node in the first situation representation structure;

[0114] When the decision-making ability value exceeds the threshold of the decision-making ability value, the target site is managed based on the situation response sub-strategy of the local structure; otherwise, other data mapping structures that meet the structural conditions are determined from the data mapping structures traversed in the past and the data mapping structures traversed a preset number of times in the future;

[0115] Generate a management dynamic perspective of the target site based on a second situation representation structure of the first situation representation structure and other data mapping structures;

[0116] Based on the dynamic management perspective, assist managers to manage the target site.

[0117] The structural conditions include:

[0118] The absolute value of the difference between the second mapping degree corresponding to the other data mapping structures and the second mapping degree corresponding to the traversed data mapping structure does not exceed the absolute value threshold;

[0119] and / or,

[0120] There is a structural association relationship between other data mapping structures and the traversed data mapping structure.

[0121] The management module generates a management dynamic perspective of the target site based on the first situation representation structure and the second situation representation structure of other data mapping structures, including:

[0122] Generate an initial view sequence; wherein the initial view sequence includes a target number of initial views, and the target number is an upward rounded value of an average value of the number of difference situation nodes between each second situation representation structure and the first situation representation structure;

[0123] Traverse each initial perspective in the initial perspective sequence in order of their sequence positions;

[0124] During each traversal, the visual element requirements and the duration of the view retention of the traversed initial view are generated, and the traversed initial view is assigned; wherein the visual element requirements include: node-related elements of the first first proportion of situation nodes in the visual first situation representation structure and the first second proportion of situation nodes in the second situation representation structure; the first proportion is obtained based on the first proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence, and the second proportion is obtained based on the second proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence; the duration of the view retention is obtained based on the duration table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence;

[0125] After traversing each initial perspective, a management dynamic perspective is generated based on an initial perspective sequence of each initial perspective that is assigned with visual element requirements and perspective retention duration.

[0126] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations.

Claims

1. A method for biological treatment and resource utilization of crop straw, characterized in that: include: Identify whether the target site is triggered and confirmed by the management knowledge graph; the target site is a site where crop straw is biologically treated and / or recycled; When the identification is yes, the target site is managed based on the management knowledge graph.

2. The crop straw biological treatment and resource utilization management method according to claim 1, characterized in that: The identification of whether the target site is triggered by the management knowledge graph includes: When the amount of data of the first incremental state generated by the target site within the first time period exceeds the data amount threshold and / or the state type set of the first incremental state matches the standard state type set, determine whether the first mapping degree between the first incremental state and each data mapping structure in the management knowledge graph exceeds the threshold of the first mapping degree; When the determination is yes, a second time period is generated; wherein the second time period includes the first time period, the end time of the second time period is later than the end time of the first time period, and the degree of later than is negatively correlated with the maximum value in the first mapping degree; Determine whether a maximum value of a second mapping degree between a second incremental state generated at the target site within a second time period and each data mapping structure in the management knowledge graph exceeds a threshold value of the second mapping degree; When it is determined to be yes, it is determined that the target site is managed by the knowledge graph triggering confirmation.

3. The crop straw biological treatment and resource utilization management method according to claim 2, characterized in that: The target site is managed based on the management knowledge graph, including: Traversing the corresponding data mapping structures in order from large to small according to the second mapping degree; Each time the traversal is performed, the first case representation structure and the representation detection template of the traversed data mapping structure in the management knowledge graph are obtained; Based on the characterization detection template, characterization detection is performed on the target scene; When any first situation node in the first situation representation structure is not detected for a preset time period, continue to traverse the next data mapping structure; otherwise, stop traversing the next data mapping structure and obtain the decision capability value of the local structure formed by the detected first situation node in the first situation representation structure; When the decision-making ability value exceeds the threshold of the decision-making ability value, the target site is managed based on the situation response sub-strategy of the local structure; otherwise, other data mapping structures that meet the structural conditions are determined from the data mapping structures traversed in the past and the data mapping structures traversed a preset number of times in the future; Generate a management dynamic perspective of the target site based on a second situation representation structure of the first situation representation structure and other data mapping structures; Based on the dynamic management perspective, assist managers to manage the target site.

4. The crop straw biological treatment and resource utilization management method according to claim 3, characterized in that: The structural conditions include: The absolute value of the difference between the second mapping degree corresponding to the other data mapping structures and the second mapping degree corresponding to the traversed data mapping structure does not exceed the absolute value threshold; and / or, There is a structural association relationship between other data mapping structures and the traversed data mapping structure.

5. The method for biological treatment and resource utilization of crop straw according to claim 3, characterized in that: The second situation representation structure based on the first situation representation structure and other data mapping structures generates a management dynamic perspective of the target site, including: Generate an initial view sequence; wherein the initial view sequence includes a target number of initial views, and the target number is an upward rounded value of an average value of the number of difference situation nodes between each second situation representation structure and the first situation representation structure; Traverse each initial perspective in the initial perspective sequence in order of their sequence positions; During each traversal, the visual element requirements and the duration of the view retention of the traversed initial view are generated, and the traversed initial view is assigned; wherein the visual element requirements include: node-related elements of the first first proportion of situation nodes in the visual first situation representation structure and the first second proportion of situation nodes in the second situation representation structure; the first proportion is obtained based on the first proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence, and the second proportion is obtained based on the second proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence; the duration of the view retention is obtained based on the duration table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence; After traversing each initial perspective, a management dynamic perspective is generated based on an initial perspective sequence of each initial perspective that is assigned with visual element requirements and perspective retention duration.

6. A crop straw biological treatment and resource utilization management system, characterized in that: include: An identification module is used to identify whether the target site is triggered and confirmed by the management knowledge graph; wherein the target site is a site where crop straw is biologically treated and / or recycled; The management module is used to manage the target site based on the management knowledge graph when the identification is yes.

7. The crop straw biological treatment and resource utilization management system according to claim 6, characterized in that: The identification module identifies whether the target site is triggered by the management knowledge graph, including: When the amount of data of the first incremental state generated by the target site within the first time period exceeds the data amount threshold and / or the state type set of the first incremental state matches the standard state type set, determine whether the first mapping degree between the first incremental state and each data mapping structure in the management knowledge graph exceeds the threshold of the first mapping degree; When the determination is yes, a second time period is generated; wherein the second time period includes the first time period, the end time of the second time period is later than the end time of the first time period, and the degree of later than is negatively correlated with the maximum value in the first mapping degree; Determine whether a maximum value of a second mapping degree between a second incremental state generated at the target site within a second time period and each data mapping structure in the management knowledge graph exceeds a threshold value of the second mapping degree; When it is determined to be yes, it is determined that the target site is managed by the knowledge graph triggering confirmation.

8. The crop straw biological treatment and resource utilization management system according to claim 7, characterized in that: The management module manages the target site based on the management knowledge graph, including: Traversing the corresponding data mapping structures in order from large to small according to the second mapping degree; Each time the traversal is performed, the first case representation structure and the representation detection template of the traversed data mapping structure in the management knowledge graph are obtained; Based on the characterization detection template, characterization detection is performed on the target scene; When any first situation node in the first situation representation structure is not detected for a preset time period, continue to traverse the next data mapping structure; otherwise, stop traversing the next data mapping structure and obtain the decision capability value of the local structure formed by the detected first situation node in the first situation representation structure; When the decision-making ability value exceeds the threshold of the decision-making ability value, the target site is managed based on the situation response sub-strategy of the local structure; otherwise, other data mapping structures that meet the structural conditions are determined from the data mapping structures traversed in the past and the data mapping structures traversed a preset number of times in the future; Generate a management dynamic perspective of the target site based on a second situation representation structure of the first situation representation structure and other data mapping structures; Based on the dynamic management perspective, assist managers to manage the target site.

9. The crop straw biological treatment and resource utilization management system according to claim 8, characterized in that: The structural conditions include: The absolute value of the difference between the second mapping degree corresponding to the other data mapping structures and the second mapping degree corresponding to the traversed data mapping structure does not exceed the absolute value threshold; and / or, There is a structural association relationship between other data mapping structures and the traversed data mapping structure.

10. The crop straw biological treatment and resource utilization management system according to claim 8, characterized in that: The management module generates a management dynamic perspective of the target site based on the first situation representation structure and the second situation representation structure of other data mapping structures, including: Generate an initial view sequence; wherein the initial view sequence includes a target number of initial views, and the target number is an upward rounded value of an average value of the number of difference situation nodes between each second situation representation structure and the first situation representation structure; Traverse each initial perspective in the initial perspective sequence in order of their sequence positions; During each traversal, the visual element requirements and the duration of the view retention of the traversed initial view are generated, and the traversed initial view is assigned; wherein the visual element requirements include: node-related elements of the first first proportion of situation nodes in the visual first situation representation structure and the first second proportion of situation nodes in the second situation representation structure; the first proportion is obtained based on the first proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence, and the second proportion is obtained based on the second proportion table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence; the duration of the view retention is obtained based on the duration table corresponding to the number of sequence order queries of the traversed initial view in the initial view sequence; After traversing each initial perspective, a management dynamic perspective is generated based on an initial perspective sequence of each initial perspective that is assigned with visual element requirements and perspective retention duration.

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