75 results about "Analytical strategy" patented technology

The invention relates to a micro-service system-oriented call chain tracking and analyzing method, which comprises the following steps of: (1) constructing a perfect call chain tracking system, namelyconstructing a tree structure of call chain tracking according to a Trace ID generated by a service request initiated by a micro-service system; then injecting the service request call chain information into system execution log information; collecting and storing log information executed by the system; and (2) carrying out aggregation analysis on the log information by using the call chain dimension: sending the log information with the same Trace ID to the same KafkaPation by using the Trace ID as a reference, and carrying out structured processing and analysis on the log information by using the call chain dimension. According to the method, aggregation analysis can be carried out on the log information through the call chain dimension, and a corresponding analysis strategy is given incombination with the actual situation, so that service abnormal fault positioning of the micro-service system is more accurate.

The invention provides an environmental reconstruction based malicious-code integrity analysis method. The method includes: extracting environmental data required during executing process in extracting malicious codes by using reasonable analytical strategies; performing dynamic reconstruction of the execution environment of the malicious codes on the basis of the environmental data; merging the malicious codes into the environment subjected to the dynamic reconstruction for analysis to acquire behavior information which is relatively integral. The problem existing in multipath analysis can be effectively solved, and analysis in integrity of the malicious codes is realized. Compared with a traditional analysis method, the integrity analysis method has the advantages that more reasonable triggering on the key paths can be realized, and accurate behavior characteristics are acquired.

The invention discloses a network asset anomaly detection method and system, a medium and equipment. The method comprises the following steps: acquiring and storing heterogeneous data; data feature processing: integrating multi-source original data, deriving and converting a group of probability distribution type fields into a new data feature field by using an improved Raney entropy algorithm, and standardizing the data by using a quantile-based high-robustness standardization algorithm to generate a data set required by modeling; modeling and detection: enabling a modeling unit to acquire anetwork asset data set, and establishing an optimal clustering model in groups according to asset types by adopting an automatic optimal clustering algorithm based on prototypes; and detection resultanalysis: using the optimal clustering model obtained in the modeling and detection steps to be combined with an anomaly detection result analysis strategy. According to the invention, the efficiencyand accuracy of private network asset anomaly detection are improved, and the method is a universal detection method suitable for various abnormal threat scenes.

The invention provides a BIM structure transformation increment information generation and storage method, and the system comprises: a model extraction module which is used for obtaining and analyzinga building three-dimensional model IFC format file, and storing an analysis result in an IFC component object; an intermediate file generation module which is used for calling a model analysis strategy through the model analysis operation module to enable the IFC component object to generate a tree-shaped JSON data structure; a model analysis operation module which is used for storing a tree-shaped JSON data structure according to a mapping relation IFC component object; a model transformation judgment module which is used for judging whether model transformation happens to the tree-shaped JSON data structure or not; and a component transformation module which is used for executing a component transformation strategy to the tree-shaped JSON data structure. According to the method, the spatial position transformation data generated when the Web end BIM model component is operated can be greatly compressed according to the actual situation, so that the actual production efficiency and the user experience are greatly improved, and the pressure in the production process is reduced.

The invention discloses a method for optimizing reliability of structural noise based on a dimension-by-dimension analysis strategy. The method comprises following steps: firstly, establishing a structural noise optimizing model based on an interval reliability analysis model by using a quantitative structure for a model of interval value and environment and other uncertainties, determining orders and gauss integral points based on least-squares approximation responding to interval parameters by utilizing structural acoustics to response to nonlinearity degree related to interval parameters; secondly, utilizing gauss integral points and a quantitative model for interval numbers to sample parameter vectors of intervals, calculating response vector value at interval parameter sample points, establishing the best square approximation in order to determine the max-minimum point matrix such that response interval vectors can be calculated; and finally, utilizing response interval vectors and safety requirement to calculate reliability in intervals and finishing structural optimization under drive of the optimizing algorithm. The method for optimizing reliability of structural noise based on the dimension-by-dimension analysis strategy has following beneficial effects: by replacing classic safety factor with interval reliability, the method echoes the fine development trend of optimizing structural noise; conservativeness of a conventional optimizing method is effectively avoided; and the method has a broad application prospect.

A new analytical strategy, termed physiological profiling, was developed that can capture physiological baselines and reveal relationships between particular phenotypes as a function of genotype in complex disease conditions. Physiological profiling offers a powerful strategy to visualize complex physiological processes. Combined with developing statistical analysis, this analytical tool is likely to facilitate our understanding of the biology of an organism.

The invention relates to a user data processing method based on big data and business analysis and a big data platform. The method comprises the following steps: before user portrait analysis, determining a user data analysis strategy based on a service data analysis instruction, and then determining a service interaction object and service interaction type data related to a service interaction time period, and determining the user data acquisition strategy. The big data platform can carry out targeted collection on the user data of the user service terminal based on the user data collection strategy, so that some useless data is filtered out, in this way, when user portrait analysis is carried out, the to-be-processed user data with data analysis and mining value can be directly analyzed,and the user experience is improved. The analysis rate of the user portrait can be improved, and the analysis precision of the user portrait can be improved, so that the processing efficiency of theuser data is improved. According to the method, a user data analysis strategy and a user data acquisition strategy can be combined, so that the intelligent degree of user portrait analysis is improved.

The invention discloses a method applicable for blood cell high-flux fast classification analysis of common fishes such as crucian and carps. By aiming at the problem of white blood cell classification and counting interference by removing-incapable nucleated red blood cells in two aspects of the quantity and the form, an automatic measurement and analysis strategy of combining the fluorochrome with the multi-channel images is utilized; the interference red blood cell sampling points are separated from the white blood cells according to the differences of particles in the cells, cell nucleus forms, positions and the like; different white blood cell class group range of lymphocyte, monocyte, particle cells and the like undertaking important immunologic functions is divided; the automatic analysis is completed. The difficulty that the nucleated red blood cells cannot be effectively removed troubles the automatic analysis of hemogram of various kinds of animals for a long time. The fluorochrome is combined with the imaging analysis; a high-flux and high-sensitivity measuring module of a multidimensional panoramic analyzer is used for accurately recognizing the red blood cell class groups; the interference is eliminated; the important technical support is provided for the focused analysis of the white blood cell class groups; wide application prospects are realized.

The invention discloses a development scale prediction method and system suitable for a distributed energy supply system, and the method comprises the steps: selecting impact factors which may affectthe development of the distributed energy supply system; performing FFT conversion on the impact factors and historical data of the installed capacity of the distributed energy supply system to obtainamplitude-frequency characteristics of the historical data to form an amplitude-frequency characteristic vector; utilizing a correlation analysis strategy to solve the correlation between the influence factor and the amplitude-frequency characteristic vector of the installed capacity; selecting the influence factors with the relevancy ranked in the first 5 and annual data of the installed capacity in the same period, and constructing a training sample, a test sample and a prediction sample; and performing training and parameter optimization on the LSSVM by using the training sample, outputting a prediction model after training is completed, and predicting the installed capacity of the distributed energy supply system by using the prediction model. According to the method, the installed capacity of the distributed energy supply system under the influence of multiple factors can be predicted more comprehensively.

The invention relates to the field of big data, and discloses an attribution analysis method and device, equipment and a storage medium. The attribution analysis method comprises the steps of: receiving an attribution analysis instruction input by a user, and matching key events and to-be-attributed events in a user behavior data set according to data matching parameters in the attribution analysis instruction; constructing a behavior sequence of the user according to the key event and the to-be-attributed event; calculating the confidence degree of each to-be-attributed behavior to the key behavior and the support degree of the key behavior to each to-be-attributed behavior based on the attribution analysis strategy and the sorting information in the behavior sequence; according to the confidence degree, the support degree and a weight distribution percentage in an attribution analysis instruction, determining the contribution degree of each to-be-attributed behavior to the key behavior; and outputting attribution analysis result based on preset visual parameter. According to the method, the contribution degree of the behavior is determined by combining the confidence coefficient and the support degree, so that the analysis result is more accurate.

The invention provides a test result analysis method and apparatus. The test result analysis method comprises the steps of obtaining corresponding software test results from different test hosts; performing data mining and deformation on the software test results according to the dimensions of the software test results to generate test results in predetermined formats; and analyzing the test results in the predetermined formats by utilizing a pre-created analytic strategy pool to generate an analysis result, wherein the analytic strategy pool contains multiple different analytic strategies. By utilizing the method and the apparatus, automated analysis of the software test results can be realized, so that manual repeated operations are avoided and data arrangement and analysis accuracy is ensured; and differential comparison of actual software test results and expected results can be automatically realized.

The invention relates to the field of deep learning and relates to a dynamic network structure training analysis method based on a depth confidence network. The invention aims to overcome the severaldefects of the depth confidence network, and an overall-special dynamic network structure training analysis strategy from and based on the depth confidence network is provided. According to the strategy, a fine analysis process is introduced according to an analysis strategy of the brain when the human identifies an object. According to the strategy, two networks are generated in the training stage for the classification problem and comprise a global network and a plurality of special networks for specific categories. In the prediction stage, the output results of the two networks are comprehensively considered, so that the prediction of the whole model is more targeted, and the accuracy of the classification model is improved.

The invention provides an enterprise information data processing method and system, a terminal and a storage medium, and the method comprises the steps: obtaining webpage data updated by a target website in a preset time, carrying out the screening of the obtained webpage data, and storing the webpage data in a database; analyzing and processing the data of the database according to a preset analysis strategy to obtain analysis data related to the target website; and displaying the analysis data in the form of a webpage. The problems that in the prior art, an information information data search engine is high in search repetition rate, limited in coverage content, poor in timeliness, time-consuming in manual downloading, saving and displaying of information information data, low in efficiency and the like are solved, and automatic collection, typesetting, saving and displaying of the information data can be achieved.

The invention relates to a service management method and device. The method comprises the following steps: acquiring initial operation information of a management equipment system by adopting a multi-thread multi-concurrency mode based on an operation state and a data scale of the management equipment system, and preprocessing the initial operation information to obtain available operation information of the management equipment system; analyzing the available operation information received through a preset interface according to a preset analysis strategy to obtain multi-dimensional analysisresults of the management equipment system, wherein the analysis results of the multiple dimensions comprise at least one of a resource statistics report, a creation performance inspection report, analarm statistics report, a network topology view, equipment performance bottleneck information and fault information; and outputting the analysis result to a client. By adopting the method, the service management efficiency can be improved.

The invention discloses a multi-level deep fusion mining method for multi-mode cross-boundary big data of commercial vehicles. The method comprises the following steps: S1, collecting an original dataset of multi-mode cross-boundary big data of a vehicle; s2, performing data preprocessing on the collected original data set; s3, performing data mining on the preprocessed data by using a WEKA algorithm to extract feature keywords; s4, calculating the weights of the feature keywords and the similarity between the different feature keywords through a TF-IDF technology, and constructing a weight and similarity matrix; and S5, constructing a regression model based on the sample. According to the invention, via t-SNE dimension reduction, WEKA algorithm feature extraction and a TF-IDF algorithm,an analysis strategy of dimension reduction and feature extraction in sequence is adopted for high-dimensional data, effective fusion of multi-level deep fusion mining of cross-boundary big data is achieved, and the problems that due to a high-dimensional data set with complex data types and numerous data features, the fusion efficiency is low, and the working efficiency is not remarkably improvedare solved.

The invention provides a preprocessing method and device for fetal concentration calculation and an application thereof. The preprocessing method comprises the following steps: acquiring sequencing data of a plurality of samples; calculating the fetal concentration of each sample under different analysis strategies by utilizing the sequencing data, wherein the different analysis strategies comprise different sequencing reads lengths and different sequencing total data volumes; and performing multi-factor variance analysis on the fetal concentrations obtained by calculating the plurality of samples under different analysis strategies to obtain an analysis strategy with the highest correlation with the fetal concentrations. According to the invention, through the multi-factor variance analysis on fetal concentrations obtained under different sequencing strategies, different sequencing reads lengths, different sequencing total data volumes and the correlation between the interaction of the sequencing reads lengths and the sequencing total data volumes and fetal concentration calculation are obtained, and then the analysis strategy with the highest correlation is obtained, so that theanalysis strategy with the highest correlation is conveniently adopted for analysis and calculation during subsequent fetal concentration calculation, and the calculation accuracy is improved.

The invention relates to the field of cloud services, discloses a pending task case processing method, device and equipment and a storage medium, and is used for improving the processing efficiency ofprocess breakpoints of pending task cases. The pending task case processing method comprises the steps of obtaining a pending task case to be processed, performing data analysis on the pending task case according to a preset abnormal state analysis strategy to identify an original abnormal case in the pending task case, and storing the original abnormal case into a preset monitoring pool; carrying out data analysis on the original abnormal case in a preset monitoring pool according to an abnormal state analysis strategy so as to identify a target abnormal case in the preset monitoring pool; obtaining rule information and case information of the target abnormal case; performing comparative analysis on the case information and the rule information, and determining a target information element required for terminating the abnormal case; and sending the target information element to the user terminal. In addition, the invention also relates to a blockchain technology, and the target information element can be stored in the blockchain node.

The invention discloses a simulation method for mountain city land utilization evolution, which comprises the following specific steps: S1, data preprocessing: acquiring mountain city remote sensing image data, and preprocessing, S2, driving factor determination and contribution analysis: selecting city driving factor data, and performing factor contribution analysis on different land utilization types, s3, model simulation: simulating the land utilization condition by determining parameters such as a conversion rule and a neighborhood weight, and S4, precision evaluation: comparing a simulation result with real land utilization data, and verifying the precision through a Kappa coefficient and a FoM index. Simulation is carried out on the basis of an improved CA model-PLUS model, a new conversion rule data mining framework in the model can be used for identifying a rule of land utilization change, the advantages of a conversion analysis strategy and a pattern analysis strategy are combined, and the conversion analysis strategy and the pattern analysis strategy are combined by increasing special driving factors of a mountain city and distinguishing the contribution degree of each factor, so that the accuracy of the conversion analysis strategy is improved. The land utilization simulation precision of the mountainous city is improved, so that the driving factors of land utilization evolution of the mountainous city are accurately analyzed, and the land utilization change is accurately simulated.

The invention discloses a log data processing system and method based on streaming processing, and the system comprises a rule configuration module which is used for configuring the processing parameters of log flow processing on an interface; a strategy testing module used for carrying out data testing on a log analysis function and a log source; a visualization module used for building a visualization interaction interface on the basis of a Vue framework; a processor adding module used for distributing log data processing tasks to the streaming processing engine cluster for execution; ae data analysis module used for officially processing and analyzing the data and converting the data from unstructured data into structured data in a Grok function analysis mode; and a data conversion module used for matching fields in the structured data and converting the data according to a configuration rule. Real-time data analysis of massive logs, word segmentation generation of an analytical expression under the condition of small and medium data volume, abnormal data processing and real-time measurement of an analytical strategy are realized.

The invention discloses a transformer fault diagnosis method based on a similarity analysis strategy, and the method can achieve the accurate diagnosis of a transformer fault type on the premise thata limited number of dissolved gas concentration data serve as a reference. Specifically, the method comprises the following steps: carrying out multi-aspect ratio characteristic construction on dissolved gas concentration data; using a discriminant partial least squares algorithm for carrying out feature conversion on the concentration ratio data, and finally, implementing similarity analysis based on neighbors, so that the fault type of the transformer is diagnosed. The method basically does not involve complex transformation or mathematical calculation, and is simple to operate and very easyto implement. In addition, in the implementation process of the method, certain model parameters do not need to be determined subjectively, so that the problem of parameter selection is greatly solved.