175results about How to "Improve reusability" patented technology

The invention belongs to the technical field of knowledge graph construction, and particularly relates to a multi-source heterogeneous data fusion and knowledge graph automatic construction system, which comprises a semantic extraction module for extracting minimum semantic fragments from multi-source data and performing cross-source alignment to generate a symbolized semantic framework; the data purification module converts multi-source data into symbolic predicates according to the framework, filters low-evidence data and outputs a purification set; the ternary generation module inputs the initial triad candidate set into a minimum rule grammar, and extracts entities, relationships and attributes to generate an initial triad candidate set; the disambiguation calibration module generates entity two-hop topological fingerprints based on the candidate set, completes disambiguation alignment and corrects conflicts, and outputs unambiguous structured knowledge; the mapping fusion module fuses the mapping information with the minimum connected ontology, and constructs and verifies an initial mapping knowledge domain; and the incremental updating module processes newly added data, performs incremental merging and maintains consistency, and forms a complete knowledge graph. According to the method, through full-link automatic construction, efficient fusion and high-quality atlas are realized.

The invention provides a general semiconductor test data full life cycle management system, and the system comprises a test source data access module which is used for uploading a source test file in a test machine to the system; the full test data analysis and standard model conversion module is used for converting the uploaded source test file into a test file in a standard data format and transmitting the test file to the multi-dimensional KPI atomic model operation and persistent storage module; the multi-dimensional KPI atomic model operation and persistence storage module is used for calculating a multi-dimensional KPI atomic result according to the data in the test file in the standard data format and storing the multi-dimensional KPI atomic result to a persistence layer database; and the unified service output module is used for receiving a user query request, performing aggregation calculation on the multi-dimensional KPI atomic result in the persistent layer database according to the user query request, and returning a KPI result meeting the user query request. The system can improve the utilization efficiency of semiconductor test data and reduce the operation cost.

The invention relates to the technical field of artificial intelligence, can be applied to business scenes of financial science and technology, medical health and the like, and discloses a context protocol-based agent construction method, device, equipment and medium. The method comprises the following steps: deploying a model context protocol server in a processing environment and establishing communication connection with a target database, packaging the operation instruction for the target database and registering the operation instruction as a universal tool set; and the agent platform obtains service description information containing general tool set information, generates a service plug-in, creates an agent instance, loads the service plug-in, selects and determines a target tool through a tool, and binds the target tool to the agent instance. According to the method, the database operation instruction is packaged into the universal tool and introduced into the agent instance in the form of the service plug-in, so that the database capability can be uniformly accessed, selected and bound, the cost of manual interface development and repeated adaptation is reduced, and the standardization and reusability of tool access are improved.

The utility model relates to new energy automobile test field provides a test bench. Through the multiway output power module that sets up in test bench can provide a variety of power supply scene for the measured piece and test, still can realize different load scene through load and relay cooperation switching, the control logic, diagnosis logic and fault recovery logic etc. of the power distribution system of measured piece carry out the automatic test verification, to make test bench can be compatible with different test demand, effectively improved the multiplicity of test bench.

The invention relates to the technical field of three-dimensional data processing, and discloses a three-dimensional grid data processing and multiplexing method and system, and the method comprises the steps: S1, obtaining and analyzing grid data, obtaining three-dimensional grid original data, and carrying out the format recognition, geometric analysis and topology analysis of the three-dimensional grid original data; s2, carrying out reuse-oriented standardization processing; s3, constructing multiplexing description information; s4, grid resource storage and index management; s5, determining a subset based on the request; s6, on-demand conversion and result generation; and S7, unified scheduling control. By constructing multiplexing description information containing a unique identifier, a hierarchy mapping relationship, a block mapping relationship, version information and a service adaptation mark, unified management and efficient multiplexing of grid data under different hierarchy and service scenes are realized, and unified data semantic support is provided for hierarchical retrieval, on-demand extraction and multi-service collaboration; therefore, the reusability of the three-dimensional grid data and the system cooperation efficiency are remarkably improved.

The invention discloses a corpus standardized template construction and file automatic generation method and system, and the system comprises a template construction module, a file generation module, a verification module, a user interface module, a storage and management module, an extension and optimization module, and a quality evaluation module. The standardized management of the corpus is realized, the problem that the structure and format of the corpus lacks unified standards in the traditional method is solved, and the compatibility and sharing of the corpus are improved. Meanwhile, data cleaning, format conversion and multi-modal data integration technologies are combined, corpus files meeting template requirements are automatically generated, the data processing flow is simplified, and the risk of data inconsistency or loss is reduced.

This invention discloses a page processing method, apparatus, electronic device, storage medium, and product. The method includes: responding to a page interaction operation performed on a browser page; identifying at least one page interaction operation event triggered on the browser page through a pre-configured browser plugin and determining the voice content associated with the at least one page interaction operation event, wherein the voice content associated with the page interaction operation event is voice material related to the page interaction operation formed by synchronously providing voice explanation of the page interaction operation performed on the browser page; determining the DOM element positioning information corresponding to the at least one page interaction operation event; generating a target document based on the voice content associated with the page interaction operation event; and generating a target script based on the DOM element positioning information corresponding to the at least one page interaction operation event and the triggering order of the at least one page interaction operation event. This application solves the problem of low efficiency due to repetitive configuration during browser page configuration.

The invention discloses a Kubernetes-based GPU fault automatic monitoring method and system, and relates to the technical field of computer monitoring, and the method comprises the steps: running a GPU detection program at each node; indexes are collected, wherein the indexes comprise XID and / or SXID error events in the system logs and the driving state and the equipment running state obtained based on the NVML; standardizing the indexes into an index data structure; generating a fault judgment result associated with the node identifier and the GPU equipment identifier according to a preset evaluation rule; and when the data is abnormal, the data is mapped as a Node Condition and / or reported to a Kubernetes Event, and a Prometheus acquisition interface is exposed to be pulled and stored. Through the technical scheme of the invention, GPU fault automatic identification and card level positioning are realized, cluster perceptibility and alarm traceability are enhanced, manual troubleshooting cost is reduced, and cluster stability is improved.

The invention discloses a decision-making system and method based on a Dores database, and the system comprises a data access layer which is used for accessing multi-source heterogeneous financial data in real time, a Dores storage calculation layer, and achieves the data storage, column-type bucket separation and materialized view pre-calculation based on the Dores database; the visual application layer is used for providing bidirectional interactive financial data visualization and decision support; wherein the data access layer acquires data in real time through a streaming computing engine and transmits the data to the Dores storage computing layer, and the visual application layer performs real-time data interaction with the Dores storage computing layer through a two-way communication protocol. According to the method, the synchronous delay of financial data is shortened from 6 hours to 1 second, second-level real-time integration is realized, the aggregation query response time of billion-level data is reduced to be within 1 second based on a Dores column type storage and materialized view technology, the user interaction response delay is lower than 500 milliseconds through WebSocket two-way communication, and real-time adjustment of parameters and dynamic refreshing of a billboard are supported.

The utility model discloses a recovery device for precoated sand production, which comprises a recovery frame, the inner bottom wall of the recovery frame is fixedly connected with a hydraulic rod, one end of the hydraulic rod is fixedly connected with a fixing frame, the inner wall of the fixing frame is fixedly connected with a second screening frame, and the bottom of the second screening frame is provided with screening holes. And a screen is arranged on the inner wall of the screen hole. The device solves the problem that a current recovery device for precoated sand production is inconvenient to screen metal objects, and is provided with a recovery frame, a movable rod, a movable block, a belt pulley, a lead screw, a belt, a first screening frame, a movable hole, a magnet, an adsorption plate and an adsorption rod; according to the precoated sand recycling device, metal impurities in waste materials can be adsorbed and collected, the metal impurities and other impurity waste materials are prevented from being screened out together, and therefore the recycling effect of effective resources is improved, and meanwhile the recycling efficiency of precoated sand is further improved.

The application discloses a high-parallelism reconfigurable multi-axle vehicle dynamics simulation method, a reconfigurable parameter model is constructed by reading parameters; a six-degree-of-freedom coupled dynamics model is established; an initial state is solved based on static force balance; tire slip rate and braking force are calculated; terrain ground contact determination is carried out based on a double-layer elevation map; and vehicle pose and dynamics state are updated by multi-substep integration. The key lies in that a single-step evolution process of the dynamics model is converted into a batch state transition mapping and a computation graph is constructed, the computation graph is cyclically fused and compiled and exported, a high-parallelism simulation execution model supporting input tensors with variable batch size in runtime is generated, and batch control instructions are received, and parallel stepping is implemented on effective vehicles in combination with an activation mask matrix. The application improves adaptability under complex terrain through unified parameter model and double-layer terrain determination, and greatly improves the calculation efficiency and precision of multi-vehicle batch simulation through computation graph compilation and mask parallel processing.

The invention provides a manufacturing decision system-oriented modular functional architecture and a collaborative mechanism thereof, and the structural organization and reusable collaboration of a manufacturing decision process are realized by constructing a multi-layer capability system, a functional module system and a standardized behavior interface. The architecture comprises a data interface module, a decision-making target module, a disturbance response module and a fusion decision-making module, and defines a data flow, a control flow and a trigger relationship among the modules. The system completes target expression, constraint analysis, disturbance identification and collaborative decision generation through standardized access of multi-source data such as orders, productivity, materials and processes, and forms an interpretable and executable decision link. According to the invention, modularization, interpretability and intelligent cooperation of the manufacturing decision-making system are realized, and multi-scene and multi-industry manufacturing decision-making application is supported.

The present disclosure provides a packaging method and device of a circuit module, equipment and a storage medium, relating to the technical field of integrated circuit design, comprising: obtaining a first identifier corresponding to a circuit module to be packaged, a target parameter contained in the circuit module, a sub-circuit module and a corresponding second identifier, and a signal flow direction corresponding to the circuit module; based on the signal flow direction, processing the target parameter and the second identifier of the circuit module to obtain a topological connection mode corresponding to the circuit module; determining an external port corresponding to the circuit module; and packaging the circuit module based on the first identifier, the target parameter, the topological connection mode and the external port. Thus, based on the target parameter, the topological connection mode and the external port corresponding to the circuit module, the circuit module is packaged, which facilitates the instantiation of the circuit module, improves the reusability of the circuit module, and thus provides a condition for improving the design efficiency of analog circuits.

This invention relates to the field of data processing technology, specifically a method for analyzing feed production losses. The method includes: simulating losses in the current production process; setting up monitoring points at various storage locations and equipment; determining a loss heatmap for each monitoring point using the deviation ratio of loss factors at those monitoring points; comparing the actual losses under different loss events with the target points whose loss heatmap distributions are consistent; setting loss characteristic components based on the average loss at the target points at any given time; solving the correlation constraints between the loss characteristic components based on the loss characteristic components at multiple time points; fitting the correlation constraints into a loss feature set in the form of a uniform loss distribution; statistically analyzing the proportion of each correlation constraint in the loss feature set; configuring priorities according to the proportion of correlation constraints; and adjusting production parameters accordingly. This improves the efficiency of feed production and the response speed of loss monitoring.

The application discloses a CPU firmware interactive verification method and system based on a TCL script transparent routing, relates to the field of integrated circuit EDA verification tools, and discloses that in existing SoC verification, a TCL script cannot transparently route a command to CPU firmware in simulation, thereby causing a local command and a firmware command to be called in a split mode. The application intercepts a user command through an unknown hook of TCL and writes the user command into a simulation global variable; a SystemVerilog unified distributor inquires a command type mark table; if the command is a local command, the local command is directly executed; if the command is a CPU command, the CPU command is sent to CPU firmware through a shared memory mailbox; CPU firmware analyzes and executes the CPU command, returns a result to the mailbox, writes the result into a TCL global variable through an SV layer, and presents the result to a user. The application enables the user to not distinguish a command execution subject, supports mixed parallel execution, four SV-CPU synchronization modes and timeout protection. The application significantly improves simulation verification efficiency and reusability of a SoC chip containing a CPU core, and reduces a verification environment integration threshold.

The present application relates to plate part processing equipment technical field, disclose a kind of plate reversing processing device and its processing method, to solve the problem of existing technology in the process of taking and placing special-shaped plate, cannot be compatible with standardization magazine, poor feeding continuity and high equipment cost.The device includes machining center, magazine, turnover mechanism, rotary reversing mechanism and feeding mechanism;Turnover mechanism realizes the attitude conversion of plate vertical and horizontal, with opposite direction of taking and placing;Rotary reversing mechanism is used to adjust the angle of plate horizontal;Feeding mechanism realizes the transfer of plate between components.The processing method includes preparation, attitude conversion, angle adjustment, processing, material replacement, angle reset, back box and cycle processing steps.The present application does not need to customize special magazine, can be compatible with existing standardization magazine, solve the problem of special-shaped plate back box misplacement, improve feeding continuity and processing efficiency, reduce equipment investment and production cost, suitable for batch processing of various special-shaped plate.

This invention discloses a method for reusing negative electrode graphite from waste lithium batteries, comprising the following steps: stripping graphite from the current collector to obtain waste graphite; mixing and grinding the waste graphite, sublimed sulfur, and red phosphorus to obtain a mixed powder; placing the mixed powder in an inert gas atmosphere and rapidly burning it in a rapid-burning device for a period of time, followed by cooling, to obtain recycled graphite. The invention also discloses the preparation and application of this recycled graphite. This invention is applicable to the field of lithium battery recycling technology. Rapid burning effectively removes impurity elements from the negative electrode graphite in waste lithium batteries, helping to reduce the negative impact of these impurities on the performance of the negative electrode graphite; subsequently, through the grinding reaction with sublimed sulfur and red phosphorus, C-S-P bonds are formed, improving the conductivity and rate performance of the graphite, thereby enhancing the capacity and cycle performance of the obtained recycled graphite.

The application discloses a cross-cultural communication non-verbal media emotion recognition interaction system, which comprises a non-verbal media data acquisition module, a non-verbal emotion feature extraction module, a non-verbal emotion recognition model construction module, a cross-cultural feature weight parameter self-adaptive acquisition module and an emotion intelligent interaction module. The application relates to the technical field of data processing, in particular to a cross-cultural communication non-verbal media emotion recognition interaction system, which proposes a hierarchical collaborative design of a general non-verbal emotion recognition model and a cross-cultural feature weight parameter self-adaptive acquisition module, can significantly improve the accuracy of non-verbal emotion recognition in a cross-cultural scene, improves the recognition accuracy of the model by designing a three-dimensional structured model input tensor, a customized emotion feature reinforcement filter and an emotion fluctuation extraction pooling operation, and improves the accuracy of cross-cultural non-verbal emotion recognition by adopting a stage-by-stage position updating strategy in a predation stage and combining a dynamic dimension exchange mechanism to improve and optimize the algorithm.

This invention discloses a baseline removal method for multi-channel magnetocardiogram (MCC) signals based on wavelet low-frequency reconstruction and morphological secondary smoothing. The invention includes: acquiring multi-channel MCC signal data; performing power frequency notch filtering on each channel to suppress the power frequency fundamental frequency and at least one harmonic component; performing configurable IIR low-pass filtering on the notched signal; setting a discrete wavelet transform extension mode and performing discrete wavelet decomposition on the filtered signal; selectively retaining decomposition coefficients based on the retention layer set and setting the remaining coefficients to zero, then performing inverse wavelet reconstruction to obtain an initial baseline estimate; performing morphological secondary smoothing on the median-smoothed baseline signal to obtain a corrected baseline signal; subtracting the corrected baseline signal from the filtered signal to obtain the baseline-corrected channel signals; and assembling and outputting a multi-channel baseline-corrected signal matrix. This invention can improve the stability and cross-channel consistency of baseline estimation for multi-channel MCC signals, reduce the risk of over-correction and under-correction, and is applicable to multi-channel batch processing scenarios.

The utility model discloses a detachable lead screen device for nuclear power station radiation operation, which comprises a plurality of screen mechanisms, the adjacent screen mechanisms are connected through hinges, and each screen mechanism comprises a plurality of frame components, a plurality of anti-radiation lead sheaths and a walking component; each frame assembly is correspondingly and detachably connected with one anti-radiation lead sheath, and the walking assembly is connected with one frame assembly. According to the detachable lead screen device, due to the fact that the multiple screen mechanisms are arranged, and the adjacent screen mechanisms are connected through the hinges, multi-dimensional protection can be achieved, and the occupancy rate of operation space is reduced. Meanwhile, each frame assembly is correspondingly and detachably connected with one anti-radiation lead sheath, the function of disassembling the anti-radiation lead sheaths in real time can be achieved, the function of repeated use is added, the problem of how to treat site contamination is solved, meanwhile, the walking assemblies are arranged so that flexible movement of the detachable lead screen device can be guaranteed, and the practicability is high. And movement in multiple directions can be carried out.

The application discloses a modular servo driver power unit module, which comprises a power board (20), a plurality of IPM modules (204) are integrated in the middle area of the power board (20), and a power input port (203), a control input port (202) and a control output port (201) are integrated in the edge area of the power board (20); the power input port (203) is used for receiving external power; the control input port (202) is used for acquiring a control signal sent by an external device; and the control output port (201) is used for sending a driving signal to an external motor. The power board (20) is fixedly arranged on a mounting bracket (10), and a radiator (30) is connected with the middle area of the power board (20) so as to be in close contact with the plurality of IPM modules (204). The modules in the power unit module of the application are separately packaged and installed, so that the modules can be individually repaired and customized, the reusability is high, and the design and maintenance costs are reduced.

The application discloses a kind of quick establishment systems of large aperture spliced telescope mirror numerical control processing model, including mirror design module, accurate coordinate calculation module, parameterized drive modeling module and check and confirmation module.Mirror design module is used to define the multi-level coordinate system of main mirror coordinate system, mirror assembly body coordinate system, edge sensor coordinate system and edge sensor slot coordinate system, and define optical surface curve equation, back spherical surface structure, outer contour and mirror gap geometric rule;Accurate coordinate calculation module is calculated according to the coordinate system and geometric rule, and the accurate coordinate point data of mirror is batch calculated;Parameterized drive modeling module generates three-dimensional solid model;Check and confirmation module is used to verify the accuracy of coordinate calculation result and the compliance of three-dimensional model to optical common surface, edge sensor interface slot coplanar and other design principles.The application can realize the batch automation modeling and quick iteration of telescope spliced mirror surface mirror, and improves modeling efficiency and precision.

The invention relates to the technical field of deep-sea mineral resource exploitation, and discloses a deep-sea mining pipeline particle conveying device and method based on rotational flow hydraulic lifting, and the device comprises a feeding pump, a pressure regulating valve, a conveying pipeline, a flow deflector, a supporting hub, a flow velocity sensor, a particle distribution sensor, a pressure sensor, a control terminal and a data acquisition system; the flow deflector is installed on the conveying pipeline through the supporting hub, the conveying pipeline is provided with a feeding port and a discharging port, the flow velocity sensor and the particle distribution sensor are both installed on the feeding port, the pressure sensors are evenly arranged in the axial direction of the conveying pipeline, the feeding pump is connected with the feeding port through the feeding pipe, and the pressure adjusting valve is installed on the feeding pipe. The flow velocity sensor, the particle distribution sensor and the pressure sensor are all connected with the data acquisition system, and the control terminal is respectively connected with the feeding pump and the data acquisition system. The inclination angles of the flow deflectors are simulated and optimized through fluid dynamics, particle aggregation in the conveying pipeline is reduced, and the defect of high energy consumption or low conveying capacity is overcome.

The application discloses a visual configuration type system construction method and platform of GIS, relates to the application technical field of geographic information system, and solves the problems of system structure solidification, complex configuration, difficult expansion, and difficult unified management of multi-map collaborative display and component linkage of existing GIS systems; the application comprises the following steps: configuring a platform structure, a page layout, a function module, a map component and a map layer of a GIS system through a visual configuration mode, generating structured configuration data, and dynamically constructing a page structure and a business function module of the GIS system during system operation; based on the structured configuration data, a map component instance is uniformly managed; through an event response mechanism between components, spatial linkage display between the multiple map instances is realized; through configuration of business metadata for the map layer, unified management and linkage control of the map layer are realized; and the application reduces dependence on a hard coding mode and reduces system customization and adjustment cost.

The application relates to a gold nanoparticle array preparation method with strong stability and reusability, high cysteamine-stabilized gold nanoparticles are prepared first, the spacing between the gold nanoparticles is changed by utilizing the coulomb repulsion between the gold nanoparticles, then the gold nanoparticle solution is added dropwise to a glass surface modified by gamma-glycidoxypropyltrimethoxysilane to react, stable covalent bonds are formed, and gold nanoparticle arrays with uniform distribution on the glass surface can be obtained after the reaction. The preparation does not require high temperature, the experimental operation is simple and convenient, the gold nanoparticles are arranged in order and closely, have high detection sensitivity, have strong ultraviolet absorption capacity, good stability, reusability, salt resistance and low background interference, and can be reused. The gold nanoparticle array can realize detection analysis on high-salt-content samples in surface-assisted laser desorption ionization mass spectrometry and be used for rapid analysis of small molecule compounds in positive and negative ion dual modes.

The invention relates to a content generation method combining a knowledge graph and a large language model. The method comprises the following steps: based on multi-type target content data, extracting an entity, relationship and attribute triple of a multi-source corpus, dividing a theme cluster, constructing a knowledge graph, and carrying out standardized packaging on knowledge units to obtain a standardized knowledge set; analyzing a user input demand, obtaining a multi-dimensional demand feature, performing similarity matching with a theme cluster to obtain a target cluster, screening candidate knowledge through multi-hop retrieval, and obtaining an associated knowledge subset through three-dimensional evaluation index empowerment score sorting; converting the associated knowledge subset into an analyzable structured text, and adjusting and optimizing model generation parameters to obtain initial generation content; and comparing the initial content with a knowledge graph to obtain a result, optimizing text features and performing adaptive adjustment in combination with multi-type target content data and audience features, and obtaining standard content of target quality. Content generation in combination with the knowledge graph and the large language model is realized.

The invention discloses a carbon electrode process control method and system, and the method comprises the steps: carrying out the secondary index division of multi-source data indexes of a carbon raw material, and constructing a comparable data space of the indexes of the raw material; establishing a comprehensive index system based on the comparable data space, and constructing a two-stage linear weight coupling structure based on the comprehensive index system to form an index fusion weight vector; based on the index fusion weight vector, constructing a multi-path evaluation decision model, and performing weighted calculation on each index in the comparable data space according to the index fusion weight to generate a corresponding sorting result; based on the sorting result, establishing a standard reaching probability prediction model, and correcting the sorting result according to the standard reaching probability; based on the corrected sorting result, unification processing of the process window is achieved, and a process parameter map is constructed; and carrying out process execution optimization and process monitoring on the carbon electrode production process based on the process parameter atlas. According to the method, the stability and reusability of the carbon electrode process decision are improved.

The application provides a vue-based amount component implementation method and system, including the following steps: S1, encapsulating a formatted amount component based on a vue framework, setting parameters and a processing method corresponding to the parameters; S2, encapsulating a method function in the amount component; S3, registering the encapsulated amount component, introducing the amount component into a function module, and configuring attribute parameters to be transmitted; and S4, inputting an amount in the amount component after the attribute parameters are configured, to realize customized conversion of the amount. The application realizes various operations on the amount, standardizes the amount, realizes distinguishing of currency symbols of input amounts and display forms of amounts of different currencies, realizes bit number verification of the amount, and realizes conversion between a digital amount and Chinese characters of a capital amount.

The application provides a virtual object control method and device and a storage medium, relates to the technical field of Internet, can be applied to various scenes such as cloud technology, artificial intelligence, intelligent transportation and auxiliary driving, and comprises the following steps: obtaining an object behavior tree of a target virtual object in a target game; a single node in the object behavior tree can perform data transmission with an AI system data center of the target game, and different nodes perform data communication through the AI system data center; through the object behavior tree, state information and environment information of the target virtual object in a virtual environment of the target game are obtained; in the case that an event triggering condition is reached, a corresponding target virtual event is triggered in the virtual environment, and a target behavior sub-tree corresponding to the target virtual event in the object behavior tree is activated; and the behavior of the target virtual object is controlled based on the target behavior sub-tree and the AI system data center. The application can effectively improve the flexibility of virtual object behavior configuration and behavior control.

The application discloses a geothermal caprock multi-factor coupling evaluation system, which aims to solve the problems of low standardization degree of existing evaluation manual operation process, lack of unified engineering architecture of multi-factor coupling and insufficient result visualization. The application automatically executes caprock comprehensive evaluation on a unified platform through a data acquisition module, a single-factor evaluation module, a coupling model construction module, a coupling score calculation module, a comprehensive evaluation module and a result output module. The system completes single-factor scoring based on basic data, constructs and calculates the scores of four coupling subsystems of lithology-diagenesis-physical property, structure-mechanics-integrity, thickness-continuity and fluid-pressure-temperature, quantifies the coupling relationship between the subsystems by using a cross influence matrix to obtain the final score, and outputs the comprehensive score and the visualized result after weighting. The application realizes the integration and automation of the evaluation process, supports the engineering landing of complex coupling models, and improves the result visualization and decision support capability.