57 results about "Consistency index" patented technology

The invention provides a consistency test method and device for single-to-wire communication, and the method comprises the steps: receiving a communication signal transmitted by a tested device, extracting a time domain feature, a frequency domain feature and a modulation feature of the communication signal, generating a protocol feature value, carrying out the dimension reduction processing, and generating a protocol feature vector; performing matching degree analysis on the protocol feature vector and a predefined mapping dictionary, and determining a target communication protocol type with the highest matching degree; based on the determined communication protocol, dynamically generating a consistency test flow through a pre-trained neural network model; configuring a signal generator to inject an excitation signal according to the test flow, and synchronously acquiring various parameters of the tested equipment; based on the real-time feedback data, dynamically adjusting the signal amplitude, frequency and judgment threshold through a pre-trained neural network model; and summarizing feedback data of multiple rounds of tests, and generating a test report of the consistency index. According to the method, the protocol of the tested equipment can be automatically identified, the test flow is generated for the protocol, and the test efficiency is effectively improved.

The invention relates to the technical field of hot galvanizing, and discloses an automobile hot galvanizing process parameter optimization method and system based on artificial intelligence, and the method comprises the steps: carrying out window division processing on initial cooling parameters, constructing a cooling rate matrix, and finely depicting heat exchange states of different cooling sections; the problem of insufficient cooling control precision under different cooling speed alternating conditions is solved, a microscopic image is combined to extract the grain main axis direction, calculate the mean value and range of included angles, generate a consistency index set and quantitatively describe the dispersion problem in the grain growth direction, the cooling speed and the consistency index are jointly matched, and a cooling speed structure offset matrix is constructed. The method comprises the following steps: identifying a space mutation region, accurately positioning abnormal coarse or abnormal arrangement positions of crystal grains, and finally screening target cooling parameters according to a cooling index value corresponding to an abnormal region to realize local adjustment of a cooling process, thereby reducing the abnormal growth rate of the crystal grains and improving the direction consistency of the crystal grains.

The invention belongs to the technical field of aircraft test data processing, and relates to an aircraft ground test and flight test consistency evaluation method and device. The method comprises the following steps: acquiring strain data of each first measuring point of a ground test, and acquiring strain data of each second measuring point of a flight test; fusing the finite element simulation data with the strain data of each first measuring point of the ground test, calculating the strain data of each second measuring point, reconstructing a ground test strain field containing the strain data of each first measuring point and each second measuring point, and fusing the finite element simulation data with the strain data of each second measuring point of the flight test to obtain a ground test strain field containing the strain data of each first measuring point and each second measuring point. Calculating strain data of each first measuring point, and reconstructing a flight test strain field containing the strain data of each first measuring point and each second measuring point; and for the reconstructed ground test strain field and the flight test strain field, counting the proportion of the test points of which the strain data difference value of the same test point is smaller than a set value, and taking the proportion as a consistency index of the ground test and the flight test. The utilization rate of test data is improved.

The invention discloses a standard courseware generation method for an artificial intelligence learning mode, and relates to the technical field of educational informationization, and the method comprises the steps: firstly collecting a course standard, a world language ready framework and translation memory, and generating a reference semantic vector set with a unique version fingerprint through vectorization; mapping the multilingual courseware draft on the multi-lingual courseware draft, outputting a weighted difference vector and recording a timestamp; the difference vector is decomposed into three factors of emotional tendency, cultural symbols and term consistency, and a deviation registration form is generated according to a dynamic threshold value; generating type rewriting, template replacement or manual prompt is selected according to a rewriting energy function, the high-risk chunks are locally revised, and consistency marks containing version fingerprints are written in; and finally, carrying out global residual error recheck, generating a consistency report after confirming the quality through a global consistency index, packaging the consistency report and the revised courseware into a release package for multi-end synchronization, writing fingerprints on a chain, and constructing a whole-course reliable new cross-language courseware quality closed loop.

The invention relates to the technical field of aviation life prediction, and discloses an aircraft component residual life prediction and maintenance decision-making method based on digital twinning, which comprises the following steps: step 1, establishing a mechanism model, determining a key parameter value range and an initial health state, and setting a deterministic conversion rule; 2, generating a virtual-real consistency index, executing consistency gating, and performing shrinkage updating on a key parameter value range; 3, splitting the flight task into a task spectrum scene set, and determining upper and lower limits of a load; 4, performing mechanism forward calculation based on the task spectrum scene set, and determining a residual life interval; 5, generating a candidate maintenance scheme; 6, eliminating the schemes exceeding the failure critical standard through virtual drilling; and 7, selecting a final maintenance scheme, and writing back state record data to update a health state and a key parameter value range. According to the method, prediction of the remaining life of the aircraft component and closed-loop optimization of the maintenance decision are realized.

The invention discloses a method and system for promoting achievement transformation based on industry-university-research accurate connection, and relates to the technical field of industry-university-research, and the method comprises the steps: collecting multi-modal data of an industry-university-research subject, carrying out the preprocessing, and generating a dynamic knowledge graph representing the incidence relation between technical capability and resources; outputting a potential cooperation scheme and a corresponding resource demand vector based on the graph mining technology association path; in the virtual resource pool, a resource scheduling strategy is generated through a multi-agent reinforcement learning model; coordinating resource data of each participant based on a federated learning protocol, and executing cross-mechanism resource allocation; and according to the actual scheduling effect data, synchronously correcting the association weight of the knowledge graph and the parameters of the reinforcement learning model. According to the method, cross-mechanism resource optimization scheduling is realized, the knowledge graph is dynamically adjusted, and the matching accuracy is improved. The adaptability and the stability are enhanced through a feedback optimization strategy, and the system robustness and the resource scheduling efficiency are improved in combination with a consistency index and a version backtracking mechanism.

The invention relates to the technical field of live-action three-dimensional modeling, in particular to a live-action three-dimensional model quality evaluation method, which comprises the following steps of: firstly, constructing a multi-dimensional evaluation index set covering dimensions such as geometric accuracy and texture quality; an initial weight is obtained through coupling of an analytic hierarchy process and an entropy weight method, and a dynamic weight is formed by combining scene demand coefficient adjustment; then, a subjective-objective linkage relation is established through grey correlation analysis, and index scores and weights are corrected through feedback coefficients; then calculating the total quality score of a single time node; the evaluation effectiveness in the dynamic scene is verified through a time sequence consistency index; and finally outputting the comprehensive quality grade. According to the method, a multi-dimensional index set is constructed to cover full dimensions, dynamic weights are calculated in combination with scene demand coefficients, and the problems of single dimension and poor scene adaptation are solved; building subjective-objective linkage by means of grey relational degree, correcting scores and weights, and solving disjunction; and calculating a time sequence consistency index to verify dynamic coherence, solving static limitation, and adapting to full-life-cycle management and control of the model.

The application discloses a reliability evaluation and optimization method and system for large model function code, a medium and a program product, and belongs to the technical field of artificial intelligence. A demand prompt word, a test case and expected output are acquired to form a standardized test data set; an execution consistency score, a semantic consistency index and a static structure consistency index of the code to be evaluated are calculated and fused into an intention consistency comprehensive score; a safety score is obtained by performing static safety analysis on the code to be evaluated; the intention consistency comprehensive score and the safety score are fused into a final comprehensive score, and the reliability is judged; if the reliability is not good, a defect label is generated according to the scores of the indexes and weighted fusion is performed to obtain optimization guidance information, and the code is corrected or regenerated according to the information. The application comprehensively evaluates the code quality from four dimensions of execution, semantics, structure and safety, highlights the short board effect by adopting a fusion strategy, realizes closed-loop automatic optimization, and significantly improves the reliability and safety of the function code.

This invention belongs to the field of centrifugal fan fault prediction technology. It provides a method for predicting centrifugal fan fault trends based on multi-source information fusion, comprising the following steps: During the operation of the centrifugal fan, by monitoring and statistically analyzing multi-source data, the changing trends of data distribution are captured to identify whether the centrifugal fan is experiencing non-stationary data changes due to equipment aging. Based on a time-space dual-dimensional comparative analysis framework, combined with physical mechanism verification, suspicious aging features are identified by calculating relative deviation and aging trend index quantification indicators. Then, the reliability of the features is verified by constructing an association consistency index using the average correlation coefficient and trend consistency. This provides the ability to locate specific aging components, optimizing the misjudgment problem caused by sensor failure or environmental interference in traditional fault diagnosis, improving the accuracy of aging component identification, and providing a clear target for targeted maintenance.

The invention discloses an aero-engine measurement parameter selection method based on a clustering method, and belongs to the technical field of engine state monitoring and fault diagnosis, and the method comprises the steps: building an aero-engine model, and generating a gas path fault sample; obtaining a sample and performing normalization processing to enable the sample to only reflect the percentage of the measurement parameter change in the fault mode; hierarchical clustering is executed under different clustering numbers, and a Davies-Bouldin index is calculated; the clustering number corresponding to the minimum Davies-Bouldin and the clustering result of the minimum Davies-Bouldin are selected as the optimal division; and aligning the optimal division result with a real label, and calculating a consistency index. According to the method, on the premise that key fault information is reserved, the number of required measurement parameters is remarkably reduced, the optimized parameter combination still keeps a high fault recognition rate under the condition of limited sensors, and the efficiency and practicability of state monitoring and fault diagnosis are improved.

The application relates to the technical field of aviation life prediction, and discloses an aircraft component residual life prediction and maintenance decision method based on digital twinning, which comprises the following steps: step 1, a mechanism model is established, the value range of a key parameter and an initial health state are determined, and a deterministic conversion rule is set; step 2, a virtual-real consistency index is generated, and consistency gating is performed to update the value range of the key parameter; step 3, a flight task is split into a task spectrum scene set, and upper and lower limits of the load are determined; step 4, a mechanism forward calculation is performed based on the task spectrum scene set to determine a residual life interval; step 5, a candidate maintenance scheme is generated; step 6, a virtual drill is used to eliminate schemes that exceed a failure critical standard; and step 7, a final maintenance scheme is selected, and state record data is written back to update the health state and the value range of the key parameter. The application realizes closed-loop optimization of the prediction of the residual life of an aircraft component and maintenance decision.

This invention relates to the field of logistics monitoring technology, and more particularly to a cold chain logistics monitoring method and system. The invention calculates data integrity index values ​​at each moment within a historical time period, i.e., the cumulative value of the product of the effective data percentage of each sensor and its importance weight; obtains threshold exceedance index values ​​at each moment based on pre-processed sensor data and corresponding set numerical ranges; obtains multi-source consistency index values ​​at each moment based on the standard deviation of redundant sensor data, semantic labels, and data changes between adjacent moments; weights and sums the three indices to obtain the confidence weights at each moment; constructs an enhanced input vector using the confidence weights, semantic labels, and data from each sensor; and predicts the pre-processed data and semantic labels of each sensor within a preset time step in the future, based on the enhanced input vectors at each moment within the historical time period, enabling accurate monitoring of cold chain logistics and improving monitoring reliability.

The invention discloses a sky-ground comprehensive operation inspection method and system based on multi-source cooperation, and relates to the technical field of cooperation inspection. Data of a sky mode, an air mode and a ground mode are collected, and corresponding feature information is extracted; calculating a modal redundancy consistency index and a semantic transition distortion index based on the feature information between different modals; calculating a fusion quality index; and comparing the fusion quality index with a preset threshold value, determining whether the fusion quality of the sky-ground modal data is qualified according to a comparison result, and if yes, outputting an operation inspection result according to the fused data. Therefore, the fusion effect of the sky-ground three-mode data can be judged, whether the fusion effect of the sky-ground three-mode data is available or not is judged, the effectiveness of data fusion is ensured, misjudgment, missed judgment and even systematic deviation caused in downstream analysis, identification and decision links are reduced, and the reliability and stability of the overall operation and maintenance task are ensured.

The embodiment of the invention provides a sample generation method for group product fault detection and diagnosis combined verification, and the method comprises the steps: screening initial samples stored in a database according to the project demands of a target project, obtaining a first intermediate sample related to the target item; when it is determined that the sample size of the first intermediate sample is insufficient, a second intermediate sample is generated through interpolation; determining fault modes corresponding to each first intermediate sample and each second intermediate sample, and extracting the fault modes meeting a consistency index in the fault modes to obtain a to-be-verified fault mode set; determining a to-be-verified sample corresponding to each fault mode in the to-be-verified fault mode set, and performing sufficiency test on the to-be-verified samples; and according to a sufficiency test result, determining a target sample related to the target item in the to-be-verified samples.

The invention discloses a pipeline flange sealing surface bolt fixed-torque fastening method, and relates to the technical field of pipeline fastening, and the method comprises the following steps: S1, collecting the roughness of a bolt hole sealing surface, constructing a scattering matrix, and obtaining a surface fluctuation main directivity index; s2, similar channels are judged according to the roughness Euclidean distance, and connectivity weights between the channels are constructed; s3, mapping the roughness and the surface fluctuation main directivity index into equivalent stiffness to calculate weighted stiffness; s4, calculating a load collaboration degree in combination with a spectrogram structure consistency index and a force distribution dispersion; s5, processing the residual stress time sequence data, and adjusting residual stress distortion in combination with the load collaboration degree and the weighted stiffness; and S6, according to the multi-target evaluation indexes, obtaining an optimal torque value by adopting a hybrid heuristic multi-target optimization algorithm, and applying the optimal torque in stages. By adjusting the pre-tightening force and the torque of the bolt hole, the mechanical behavior of the system is optimized, and the uniformity and the stability of the fastening process are improved by adopting a multi-objective optimization algorithm.

The application discloses a kind of digital archives intelligent information mining method, it is related to file information processing technical field, the present application is evaluated data quality by a series of quantitative indicators including consistency index, integrity index, importance index and comprehensive importance index, which effectively reduces subjective judgment when manual screening, make data screening process more objective, reliable and scientific, simultaneously, by combining quantitative indicators with comprehensive weight, to automatically generate weighted threshold based on data-driven, the application of this weighted threshold not only can quickly process large-scale data set, to reduce the demand for a large number of manual annotation of manpower, and can effectively filter out high-quality data set, and be applied to subsequent deep learning model training, to significantly improve the output accuracy and stability of model, ensure that more accurate prediction results can be obtained, and based on this more accurate prediction results, more scientific and reasonable business decisions can be made.

The present application relates to the field of coating parameter self-optimization, and discloses a coating process parameter self-optimization system and method fusing model self-learning, wherein a coating process parameter self-optimization method fusing model self-learning comprises the following steps: collecting process parameters, production conditions, equipment power states and detection result data of multiple batches of coating production in real time; aligning and correlating the data according to the process sequence to form a unique mapping relationship; reversely determining corresponding process parameter nodes and working condition node sets to generate a consistency index; jointly comparing the consistency index and the corresponding data chain distribution to output corresponding working condition drift identifiers; introducing the consistency index and the working condition drift identifiers as constraint conditions into a parameter update model to output a constrained parameter update result; and writing the corresponding new round of detection results into the unique mapping relationship to generate an incremental updated mapping relationship and a reachable state space. The present application has the advantage of improving the stability of the optimization result.

A method for updating complex structure digital twin models driven by virtual-real consistency is disclosed, belonging to the field of digital twin technology. First, a global model and local refined sub-models of the complex structure are established to obtain the simulated strain distribution of key structural components. Second, the measured strain distribution of key structural components is clustered to classify typical flight conditions. Third, considering multi-source virtual-real deviations related to materials, geometric dimensions, morphology, loading, boundaries, and sensor locations, a unified representation proxy model for multi-source virtual-real deviations is constructed. Then, with the optimization of the virtual-real consistency index as the objective, deviation parameters are optimized to correct the simulation model, obtaining corrected full-field strain simulation data under each typical flight condition. Finally, an ensemble learning model is used to fuse measured strains, achieving full-field strain update of the complex structure digital twin model. This invention can achieve high-precision matching between simulated and measured strains of complex structures, providing an accurate data foundation for digital twin modeling and health monitoring of complex structures.

The invention belongs to the technical field of machine learning, and particularly relates to an emulsifier production process temperature control method and system based on machine learning, and the method comprises the steps: obtaining the operation data of an emulsification kettle, and removing the no-load loss to construct a shearing power density sequence; obtaining an embedded vector representing viscosity and heat retardation through the rheological state mapping network; the embedded vector is injected into a gate control circulation unit updating gate, and a temperature prediction sequence is output; calculating a consistency index based on the thermodynamic entropy yield, and combining sensible heat temperature rise power residual error to construct a correction term to rectify the prediction sequence; and inputting the consistency temperature into a model prediction controller to generate a valve instruction. According to the method, deep learning is constrained through a physical mechanism, and the problems of temperature control lag and overshoot of the non-Newtonian fluid caused by shear heat are solved.

The application relates to the technical field of migration verification of databases, in particular to a Xinchuang database migration verification method and system, which comprises the following steps: determining a migration consistency index based on constraint matching reliability and syntax difference at each collection time; counting the cost in the migration process of the execution plan data set of a source database to the execution calculation data set of a target database at each collection time, and analyzing the comprehensive difference between the migration consistency index and the path difference at all collection times before each collection time to determine the migration semantic fidelity of the Xinchuang database migration process at each collection time, so as to optimize the number of decision trees in a random forest algorithm and verify the Xinchuang database migration state. The application solves the problem that a traditional migration tool cannot accurately verify the business logic breakage and data semantic distortion caused by the difference between database kernels, and improves the success rate and continuity of Xinchuang database migration.

The invention provides a parameterized characterization method for quantifying building energy consumption curve prediction precision and difficulty. The method comprises the following steps: dividing a building group according to types; building a building type consistency index, wherein the building type consistency index is used for measuring the similarity of the same type of buildings in the aspect of power consumption behaviors; obtaining building type consistency indexes of building groups of the same type; constructing an electrical load prediction model of the building group of the same type; inputting the historical power utilization data set of the building groups of the same type into the power utilization load prediction model of the building groups of the same type to obtain the prediction precision of the power utilization load prediction model of the building groups of the same type; and establishing a first mapping relationship between the building type consistency index of the building groups of the same type and the prediction precision of the electrical load prediction model of the building groups of the same type. The method can assist in completing data screening of tasks in energy consumption prediction of large-scale building groups.

The invention provides a steel rail three-dimensional profile consistency polishing effect evaluation method and device, and relates to the technical field of railway steel rail maintaining.The method comprises the steps that first continuous three-dimensional profile data of a target steel rail section before polishing and second continuous three-dimensional profile data of the target steel rail section after polishing are obtained; for each of the first continuous three-dimensional profile data and the second continuous three-dimensional profile data, extracting position coordinate data along a plurality of preset longitudinal continuous lines; the position coordinate data comprises a vertical coordinate value, a transverse coordinate value and a longitudinal coordinate value; according to the position coordinate data, longitudinal deviation consistency indexes are calculated, and the longitudinal deviation consistency indexes comprise a high-low standard deviation index, an area deviation index average value, a standard deviation and a steel rail longitudinal consistency evaluation index; and according to the change of the longitudinal deviation consistency index before and after polishing, the steel rail polishing effect is comprehensively evaluated. According to the invention, the effect of steel rail polishing operation can be accurately and comprehensively evaluated.

The application provides a kind of liquid food straw sucking difficulty prediction method based on rheological test, the characteristic flow curve of liquid food sample is measured by steady flow test, respectively Carreau-Yasuda model or Casson model (if it is yield type fluid) fitting is carried out, and the predicted flow Q of straw is calculated c , then Herschel-Bulkley model fitting is carried out, and the consistency index K h , power law index n, Herschel-Bulkley yield stress τ h (if it is yield type fluid) is obtained.According to the equation of pipe flow flow, τ R Is calculated and substituted into Herschel-Bulkley model, and the apparent viscosity corresponding to shear rate is obtained, then the prediction model is constructed to predict the liquid food straw sucking difficulty, replace the traditional sensory evaluation method, and provide new ideas for food enterprise research and development decision.

The invention discloses a multi-microgrid cooperative active support control method, and relates to the technical field of energy cooperative control, and the method monitors the operation state information in the continuous operation period of a power distribution system, and switches to a cooperative active support mode when the operation state continuously deviates from a preset allowed operation interval. A power withdrawal analysis time window is determined by constructing an operation quantity time sequence and combining stable interval judgment and change direction consistency analysis. Constructing a power retracement variable quantity delta P in a retracement stage, and forming a retracement consistency index Cret through difference integral analysis to perform retracement state evaluation; and constructing a retracement stability index Rsta in a consistent structure state to carry out rhythm stability evaluation. And when the withdrawal rhythm of the micro-grid is stable, constructing a collaborative support constraint quantity Uad, mapping participation depth limitation information into collaborative active support control parameters, and enabling a multi-micro-grid collaborative active support process to form a closed-loop control structure based on withdrawal behavior analysis.

The invention discloses a multi-source heterogeneous environmental protection monitoring data analysis method and system, and belongs to the technical field of environmental monitoring. The method comprises the following steps: acquiring multi-source heterogeneous original observation data and carrying out standardized preprocessing to form a data stream with a unified space-time reference; performing rationality check on the data based on an environmental physical prior knowledge base; constructing a space-time neighborhood window and calculating a multi-scale consistency index; generating a dynamic credibility score in combination with historical statistical characteristics; determining the validity weight factor of each data according to the test result and the credibility score; and finally, performing adaptive weighted fusion based on the weight factor to generate a high-confidence environment state estimation result. The system correspondingly comprises a multi-source data access module, a standardized preprocessing module, a physical rationality test module, a dynamic credibility evaluation module, a self-adaptive fusion module and the like. According to the method, the accuracy and decision support capability of multi-source environment data fusion are effectively improved by fusing dynamic evaluation of physical rule constraint and data driving.

The application discloses a standard courseware generation method for an artificial intelligence learning mode, and relates to the technical field of educational informatization. First, course standards, world language readiness frameworks and translation memories are collected, and a reference semantic vector set with a unique version fingerprint is generated by vectorization. Then, a multi-language courseware draft is mapped thereon, a weighted difference vector is output, and a time stamp is recorded. Subsequently, the difference vector is decomposed into three factors of emotional tendency, cultural symbol and term consistency, a deviation registration table is generated according to a dynamic threshold, and then, according to a rewriting energy function, a generated rewriting, template replacement or manual prompt is selected, a high-risk language block is locally revised, and a consistency mark containing a version fingerprint is written. Finally, the global residual error is rechecked, the quality is confirmed through a global consistency index, a consistency report is generated, the revised courseware is packaged as a release package for multi-end synchronization, a fingerprint is written on the chain, and a new cross-language courseware quality closed loop is constructed.

The embodiment of the application provides a kind of reliability analysis method and system of embodied model, medium, equipment and product, the method comprises: receiving the target video of target agent execution operation task generated by the embodied model;One or more of motion consistency analysis, visual consistency analysis and logic rationality analysis are carried out on the target video, to obtain one or more of motion consistency index value, visual consistency index value and logic rationality index value;Based on one or more of the motion consistency index value, the visual consistency index value and the logic rationality index value, determine the reliability analysis result of the embodied model.The embodiment of the application can effectively evaluate the reliability of embodied model in actual task scene by analyzing the target video of target agent execution operation task generated by embodied model, to obtain key index.

The invention relates to the technical field of reinforcement learning, in particular to a bronchoscope focus positioning method based on reinforcement learning, and the method comprises the steps: obtaining a current bronchoscope image, carrying out the connected domain extraction of the current bronchoscope image, and screening out a channel connected domain and a cartilage candidate edge from the obtained connected domain; screening out a real cartilage edge; constructing channel cartilage edge clusters, and determining a common ring coefficient between every two real cartilage edges in each channel cartilage edge cluster; screening out a common-ring edge cluster, and identifying a spacing line; determining an incomplete factor corresponding to each spacing line; determining a consistency index corresponding to each incomplete spacing line; and if the consistency index corresponding to the incomplete spacing line is greater than a preset consistency threshold value, determining the incomplete spacing line as a focus spacing line. According to the invention, the location of the focus area of the bronchoscope image is realized, and the location accuracy of the focus area of the bronchoscope image is improved.

The invention discloses an oxidation condition optimization method for extracting zinc oxide from zinc-containing waste residues, which comprises the following steps: constructing a hierarchical structure model, determining a target layer, a criterion layer and an index layer, and screening key indexes through PCA (Principal Component Analysis); in combination with process parameters and expert experience, a judgment matrix is constructed by adopting a 9-level scaling method, and index weights are quantified and dynamically adjusted; a matrix feature vector is calculated and judged through a normalization method, the weight is optimized in combination with a dynamic adjustment mechanism, and a final weight vector is generated; verifying the consistency of the judgment matrix, calculating a consistency index and a random consistency ratio, and adjusting inconsistent items; constructing a fuzzy evaluation matrix, calculating a comprehensive score through a membership function, and converting multiple indexes into a single evaluation value; and designing an optimization scheme according to the fuzzy score, verifying an optimization effect, and adjusting a weight or a membership function through experimental feedback. Oxidation conditions are comprehensively optimized, the zinc oxide extraction rate is remarkably increased, and pollutant emission is reduced.

The present application relates to the technical field of 3D game scene terrain modeling, and specifically to a 3D game scene terrain modeling method and system. The method comprises: determining a consistency index by analyzing the discrete degree and extreme distribution of the grayscale values ​​of all pixels in each cluster, and combining the number of grayscale values ​​of all pixels in each cluster; determining a complexity index by analyzing the difference between the consistency index of each cluster and the extreme distribution of the consistency index of all clusters in each search comparison matrix; determining an optimization processing step size by analyzing the average distribution and variation of the complexity index of all search comparison matrices in each game scene image, and performing denoising processing on each game scene image in combination with an image denoising algorithm to model the 3D game scene terrain. The present application aims to improve the quality and efficiency of 3D game scene modeling.