67 results about "Data exploration" patented technology

The invention discloses a data analysis method and device based on multi-agent cooperation and a storage medium. The method comprises the following steps: receiving a natural language request by a workflow arrangement agent, and generating an execution plan comprising a plurality of subtasks and corresponding task processing units by consulting a data exploration agent and a data engine understanding agent; in the execution stage, the professional agent matched with the subtask converts the subtask into an executable instruction, and the data engine dispatch agent calls and coordinates the corresponding task processing unit to execute the instruction. According to the method, through a layered collaborative architecture, the separation of planning, translation and execution is realized, and the automation level, modularization and expandability of data analysis are remarkably improved.

The invention relates to a medical health big data exploration system, and the system comprises a demand understanding module which is used for converting a data exploration demand into a structured exploration task; the compliance review module is used for performing compliance review on the probing task; the code generation module is used for generating a query code according to the probing task and the target database characteristics; the query execution module is used for querying query result data corresponding to the query code from a target database according to the query code; the query result analysis module is used for performing multi-dimensional analysis on the query result data to obtain a multi-dimensional analysis result; a report generation module; and the result presentation module is used for presenting the exploration report in an interactive mode in a user interface and supporting iterative improvement of the report by providing a feedback mechanism, so that the problems of data isomerism, difficulty in quality evaluation, low exploration efficiency, high professional threshold, insufficient privacy protection and the like in the existing medical data exploration process are solved.

A copilot platform for identity security governance and lifecycle management, used for capturing the complexity and relatedness of identity security data. The copilot platform integrates Knowledge Graphs and Large Language Model to enhance data exploration and understanding. The LLM converts natural language queries into Cypher queries, enabling interaction with graph databases. The copilot platform includes query annotation to facilitate LLM for recognized entities and for enduring necessary correctness to those entities if required and that increases overall accuracy of the Copilot. The LLMs and data metrics are used to summarize the data for the end user. The copilot platform uses an AI system for interacting with a user to learn about the state of user identity security, take action when required and, given the complexity of IGA data, including information on differentiated dashboards and custom reports, for allowing the user to visualize and manage the information effectively.

A method for providing a treatment recommendation to a physician for treating a patient is disclosed. The method comprises determining, from a processor in communication with a patient data repository, a first treatment recommendation based on a combination of selected patient demographics from the patient data repository applicable to the patient, and operational parameters of a plurality of ventricular assist devices (VADs) suitable for treating the patient, the first treatment recommendation having a first survival rate and comprising the use of a first VAD. The method then obtains a first signal from using the first VAD on the patient. The method then determines a second treatment recommendation based on the first signal and the first treatment recommendation, the second treatment recommendation having a second survival rate. The method then provides the second treatment recommendation to the physician if the second survival rate is higher than the first survival rate.

The invention discloses a dialogue type business intelligent analysis method based on a natural language, and relates to the technical field of business management systems, and the method mainly comprises the steps: recognizing the intention type of a user intention contained in a natural language request through a general large language model; according to the identified specific intention type, calling a corresponding special analysis module to perform semantic analysis and parameter extraction on the natural language request so as to generate an operable analysis instruction; calling a business intelligent system data interface to execute the analysis instruction, and obtaining corresponding structured data from a business intelligent system data warehouse; and generating a comprehensive analysis report which is matched with the identified intention type and the corresponding structured data and comprises visual elements and analysis explanations based on the identified intention type and the corresponding structured data. According to the method, the intention type of the natural language request of the user is understood through the large language model, so that the user with a non-professional background can easily perform complex data exploration, and the use threshold is reduced.

The invention relates to the technical field of geophysical electromagnetic data exploration, in particular to a three-dimensional time-frequency domain electromagnetic joint inversion method based on a finite element algorithm. The method comprises the following steps: respectively acquiring time domain and frequency domain electromagnetic observation data of a to-be-measured region; dividing a to-be-measured region to obtain a non-structural tetrahedral mesh to construct a time-frequency domain inversion initial model; performing forward modeling calculation on the time-frequency domain inversion initial model to obtain time domain and frequency domain electromagnetic response data; obtaining a time domain electromagnetic data residual error and a frequency domain electromagnetic data residual error, respectively obtaining corresponding adaptive weights, and establishing a joint inversion objective function; performing iterative solution on the joint inversion target function, and calculating an update vector of the inversion initial model; and iteratively updating the initial inversion model until a set condition is met, and completing the time-frequency domain electromagnetic joint inversion. According to the method, the accuracy of three-dimensional inversion is effectively improved through joint inversion, so that the practical effect of three-dimensional inversion is enhanced.

The invention discloses a multi-dimensional data association analysis system and method based on unified modeling, and relates to the technical field of big data intelligent analysis. Comprising the following steps: 1, constructing a semantic model; step 2, carrying out query compiling and optimization; 3, performing query execution and scheduling; 4, interactive analysis and visualization are carried out, wherein a multi-dimensional report designer MRD is used for providing end-to-end full-process visualization display, and interactive drilling and narrative analysis are supported; step 5, performing closed-loop optimization; according to the method, the complexity of an underlying data structure is shielded through the semantic model, and automatic correlation analysis of a cross-fact table is supported, so that business personnel can independently complete deep data exploration and decision support without mastering professional technologies such as SQL (Structured Query Language) and the like.

A computerized method provides secure and controlled access provisions for data exploration in managed compute datasets. A workspace on a compute cluster is created for a user with permissions to the workspace. The compute cluster that includes a code analyzer is provisioned within a cloud computing infrastructure. The code analyzer is configured to: receive a data query from a task executing on the compute cluster; identify a query operation included in the data query; compare the query operation to a list of prohibited query operations for the workspace to which the user has the permissions; and terminate the data query without execution when the query operation is in the list of prohibited query operations for the workspace to which the user has the permissions.

In various examples, an exploratory data analytics tool obtains a natural language query and generates a structured data query for execution on a sample of a dataset based on the natural language query. In an example, an intent is determined for the query and the intent is used, at least in part, to determine the most appropriate sample. In addition, the intent, in some examples, is used to generate recommended queries. A user interface of the exploratory data analytics tool, for example, can display the recommended queries and / or the results of the structured data query on the sample.

The invention discloses a holographic flow monitoring method and system based on AI and BI, and relates to the technical field of network security monitoring. The method comprises the steps of flow collection and data processing, realization of multi-dimensional feature extraction, multi-model detection and dynamic decision by an AI engine, realization of trend, region and situation analysis by a BI engine, realization of anomaly detection based on a behavior baseline, and realization of AI detection result optimization and triggering of BI cross-dimension analysis by an adaptive weight algorithm. The holographic flow monitoring system is constructed through big data driving and fusion of an AI big model, millisecond-level real-time analysis of a security data flow is realized, immediate response of emergency events such as 0day attacks and the like is met, static rule limitation is broken through, the detection accuracy of unknown threats and APT attacks is improved, an AI analysis result and BI visualization capability are fused, and the system has a good application prospect. Multi-dimensional insight of the traffic situation is realized; low-latency interactive query is provided, and ad hoc data exploration of security analysts is supported.

This invention discloses a method for delivering three-dimensional geographic information data for power transmission and transformation projects, relating to the field of power engineering technology. The method includes: acquiring and preprocessing digital orthophoto image data and digital elevation model data; using an information review platform to review the accuracy of the geographic information data; and converting the geographic information data format for unified delivery. The method provided by this invention ensures consistency in design depth requirements across different levels of departments by limiting the design accuracy of digital orthophoto image data and digital elevation model data. It reviews the accuracy of the data map to meet the geographic information data requirements of line projects and converts the format to adapt to the standardization of the surveying and mapping industry and local units. Through accuracy control during the review process and the use of integrated scale and principal component analysis, the method ensures that the data meets engineering needs and that the depth of data exploration is consistent across different levels of units.

The application provides a sensitive data exploration method and device for Internet of Vehicles, a medium and an electronic device, and belongs to the field of data processing. The embodiment of the application can respond to a sensitive data exploration instruction for a vehicle, determine a vehicle sensitive data source corresponding to the sensitive data exploration instruction, and establish a connection with the vehicle sensitive data source; then detect the vehicle sensitive data source based on at least one pre-configured sensitive data type dictionary to determine vehicle sensitive data in the vehicle sensitive data source; and finally generate sensitive data statistical information of the vehicle based on the vehicle sensitive data and output the sensitive data statistical information. The embodiment of the application uses at least one pre-configured sensitive data type dictionary to comprehensively and accurately detect the vehicle sensitive data source, thereby effectively exploring various types of vehicle sensitive data and reducing the risk of leakage of vehicle sensitive data.

Method, system, and computer-readable storage media for generating a data visualization. A plurality of algorithmic visualizations is received for a dataset. Based on the plurality of visualization matrices, a matrix is generated. Each visualization matrix of the plurality of visualization matrices corresponds with an algorithmic visualization of the plurality of algorithmic visualizations. A synthetic matrix is generated by randomly shuffling a plurality of values in each column of the matrix. A random forest classifier is trained to generate a random forest for distinguishing shuffled data of the synthetic matrix from unshuffled data of the matrix. Further, an ensemble visualization graph is generated using the random forest. From the ensemble visualization graph, an embedding vector corresponding to each sample of the dataset is extracted to generate an embedding matrix. Based upon the embedding matrix, the method includes generating the data visualization by harmonizing the plurality of algorithmic visualizations.

The invention discloses a multi-dimensional data exploration system and method based on large model enhanced embedding, the system comprises a front end and a rear end, the front end comprises a multi-dimensional data exploration interface, and the rear end comprises a large model, a pre-training model and an embedded network model; the large model converts multi-modal data into a text, an entity is extracted from the text and is subjected to semantic embedding through semantic matching, classification standards and label spaces are guided to be generated, and reasoning hierarchical labels are obtained; the pre-training model embeds text generation features; the embedded network model is used for performing embedded learning on the labeled data to generate a new embedded representation fusing embedded information and label information; and the multi-dimensional data exploration interface is used for organizing and classifying the multi-dimensional embedded data generated at the rear end, and displaying the multi-dimensional embedded data on a screen in a graph or image form to realize data analysis, query and interactive data exploration. According to the method, a multi-dimensional exploration mechanism is provided, and high-quality embedded expression and interpretable analysis capability are realized.

The invention provides a method and system for probing the data quality of original logs, and relates to the technical field of data probing, and the method comprises the steps: obtaining a plurality of original logs from a data source, and caching the original logs to a local server; the local server forms a probing process according to a plurality of probing rule nodes preset by probing personnel, and performs rule probing on each original log in sequence according to the probing process; and the local server performs processing according to rule probing results of all the original logs to obtain multiple data indexes, generates a probing analysis report and displays the probing analysis report. The method has the beneficial effects that an automatic probing process consisting of a plurality of probing rule nodes is constructed, so that low-efficiency and error-prone manual one-by-one verification is completely replaced, and the probing efficiency and accuracy are greatly improved; a plurality of data indexes and quality reports are generated based on a comprehensive rule exploration result, a set of objective and systematic data quality evaluation mechanism is established, logs with substandard quality are effectively prevented from entering a subsequent processing link, and high later repair cost is avoided.

Computer-implemented method for processing data requests is presented. The method comprises receiving a first request defining a first set of search parameters, predicting search results to requests for different sets of search parameters, determining one or more sets of search parameters from the different sets of search parameters, transmitting a first response comprising at least a part of the one or more determined sets of search parameters with one or more associated predicted search results, receiving a selection of a second set of search parameters, retrieving actual search results for the second set of search parameters, and transmitting a second response comprising the actual search results. A corresponding computing system and a computer program are provided, too.

A metadata synchronization system enables real-time interactive data exploration through a distributed metadata architecture. The system propagates metadata updates through an event-based synchronization path that maintains metadata consistency across system components. For discovered data sources, the system concurrently manages metadata in primary and secondary services instead of following traditional batch synchronization. A primary metadata service generates and manages metadata definitions while an event bus component propagates metadata update events to a secondary service maintaining a local metadata store. A query service provides immediate access to metadata for data exploration operations. In some implementations, the event bus components enables near-rime metadata availability. In some implementations, the secondary metadata service processes direct metadata updates and maintains metadata states prior to synchronization with the primary metadata service. The system reduces metadata access latency by eliminating batch synchronization overhead, enables immediate data exploration through coordinated metadata management, and maintains consistency through stateful task tracking.

The invention discloses a medical research data layered exploration method and device, electronic equipment and a medium. The method comprises the following steps: identifying a project demand document of a medical research project through a demand identification model, determining a data demand of the medical research project, and determining a standard library table matched with the data demand; generating a first-layer structured query statement and a second-layer structured query statement according to a data demand through a statement generation model; based on the standard library table, executing the first-layer structured query statement, and verifying the first query result through a result verification model; if the first query result passes the verification, executing a second-layer structured query statement on the first query result, and verifying a second query result through a result verification model; and taking the second query result passing the verification as a first probing result. The efficiency of medical research data exploration can be remarkably improved, and it is ensured that the first exploration result not only meets the overall requirements of a project, but also has high accuracy and integrity.

Methods and systems for the design and implementation of predictive analytics-enabled digital twins (Level 3 digital twins). Leveraging established Data Collection Infrastructure such as the Timeseries Data Historian and Contextualization Framework Technology, method and system address challenges in scaling Level 3 Digital Twins by integrating pre-existing data collection infrastructure into the digitization process. Through a modular design, progressive complexity approach and advanced data exploration capabilities, the method and system facilitate efficient auto-selection, training, and operationalization of statistical and machine learning models. The method and system reduce costs and accelerate the time-to-value in implementing Level 3 Digital Twins across diverse industries and industrial equipment. The capabilities of the framework enable continuous monitoring and management of predictive models, ensuring accurate and timely insights for enhanced operational efficiency and performance optimization.

A computer-implemented method for fast data exploration of data to be uploaded can be provided. The method (100) comprises uploading a first data set from a local system (102), determining that the first data set is not corrupted (104). The method (100) further comprises, in parallel with said uploading: selecting a predefined number of records from the first data set and constructing a second data set (106), determining statistics and metadata about the first data set (108), and visualizing the second data set, the statistics and the metadata (110).

The invention relates to a sample detection parameter design method based on a composite prediction algorithm, and the method comprises the following steps: obtaining and preprocessing historical experiment data, and constructing a training set and a verification set; through data exploration, feature construction, feature selection and dimension reduction operation, high-contribution-degree features associated with experimental conditions-experimental results are extracted, and a multi-dimensional feature matrix is constructed; constructing a composite prediction model by using the training set, constructing a weighted fusion mechanism, evaluating a prediction error through a verification set, and dynamically adjusting output weights of a time sequence inversion prediction model and a neural network multiple regression model; and configuring the optimized composite prediction model to a detection system, and dynamically adjusting detection parameters according to a real-time detection error and an equipment operation state. According to the method, high-precision prediction, dynamic optimization and real-time adjustment of the detection parameters are realized, the detection efficiency, accuracy and resource utilization rate are remarkably improved, and the method is suitable for high-consistency detection scenes of complex samples.

The invention relates to the technical field of fault positioning management, in particular to a distribution network fault positioning-oriented data exploration area collaborative diagnosis system and method, and the system is characterized in that a collaborative analysis data construction module obtains multi-source heterogeneous fault data uploaded by all intelligent terminals in a data exploration area; and performing space-time alignment and consistency verification on the obtained multi-source heterogeneous fault data, and constructing a space-time unified collaborative analysis data set. According to the method, the fault data exploration area is dynamically generated, a global fault positioning problem is converted into a local positioning problem, a multi-fault positioning mode parallel analysis and collaborative decision-making mechanism is adopted, the limitation of a single algorithm is overcome, a positioning conclusion is more accurate through collaborative analysis of multiple fault positioning results, and the positioning accuracy is improved. The fault-tolerant capability is higher; and an iterative verification and dynamic adjustment mechanism based on confidence evaluation is introduced, so that the dependence on artificial experience is reduced, and intelligent closed-loop management of the fault positioning process is realized.

1.The name of the design product: electronic device with rail transit big data platform data management function graphical user interface. 2.The use of the design product: for an electronic device. 3.The design points of the design product: the graphical user interface in the screen. 4.The picture or photo that best shows the design points: front view. 5.The use of the graphical user interface: click the "filter" button in the upper right corner of the main view interface to enter the interface change state figure 1; after clicking the input box on the right side of the label in the interface change state figure 1, enter the interface change state figure 2; after inputting the relevant content and inputting the confirmation in the interface change state figure 2, enter the interface change state figure 3; click the label type in the interface change state figure 3 to enter the interface change state figure 4; click the data table name in the interface change state figure 4 to enter the interface change state figure 5; click the data exploration button in the interface change state figure 5 to enter the interface change state figure 6; click the blood relationship information button in the interface change state figure 6 to enter the interface change state figure 7; click the data space button in the interface change state figure 7 to enter the interface change state figure 8; click the data quality button in the interface change state figure 8 to enter the interface change state figure 9; click the access information button in the interface change state figure 9 to enter the interface change state figure 10; click the data service button in the interface change state figure 10 to enter the interface change state figure 11; click the index information button in the interface change state figure 11 to enter the interface change state figure 12; click the change record button in the interface change state figure 12 to enter the interface change state figure 13; click the data script button in the interface change state figure 13 to enter the interface change state figure 14.

The invention belongs to the technical field of geological surveying and mapping equipment, and particularly relates to a main ridge line automatic extraction device and method suitable for mountain wind power plant development, and the device comprises an unmanned aerial vehicle and a collector installed on the unmanned aerial vehicle. The device further comprises a multi-stage cleaning mechanism which is used for cleaning the optical end of the collector so as to maintain the data collection effect of the collector. By arranging the impact assembly, when the unmanned aerial vehicle carries the collector to carry out field data exploration, dual protection is formed on the collector in a mode that a nozzle sprays airflow, so that the efficiency that internal dust is separated from the collector is improved, and the probability that external dust is attached to the collector is reduced; the protection effect on the optical end of the collector is achieved, and the accuracy of data collection is improved.

The application provides an automatic search method and a performance prediction model training method and device for automatic search. It relates to the field of artificial intelligence, and specifically to the field of computer vision. The method comprises a potential data selection module based on a performance prediction model, training and updating the performance prediction model during the process of automatic search data and using the trained performance prediction model for inference to assist in the selection of potential data, wherein the loss function of the performance prediction model comprises a differentiable ranking loss function L K and a regression loss function. The application can improve the prediction accuracy of the performance prediction model, and the trained performance prediction model added to the automatic search can improve the efficiency, accuracy and data exploration of the automatic search.

A computerized method provides secure and controlled access provisions for data exploration in managed compute datasets. A workspace on a compute cluster is created for a user with permissions to the workspace. The compute cluster that includes a code analyzer is provisioned within a cloud computing infrastructure. The code analyzer is configured to: receive a data query from a task executing on the compute cluster; identify a query operation included in the data query; compare the query operation to a list of prohibited query operations for the workspace to which the user has the permissions; and terminate the data query without execution when the query operation is in the list of prohibited query operations for the workspace to which the user has the permissions.

The invention relates to the technical field of animal science data processing, and particularly discloses a feature derivation method and system for animal science original data. The method comprises the following steps: acquiring animal science original data, and constructing and storing a table structure in combination with data types, field meanings and user requirements; the method comprises the following steps: analyzing single-table column features and multi-table association relationships through data exploration, carrying out feature derivation based on an exploration conclusion, deeply mining data implicit association and internal laws, and converting the data implicit association and internal laws into quantifiable and explainable feature indexes. According to the scheme, the data quality is improved in a structured storage structured data form, the potential value of the data is released through a systematic feature derivation strategy, and the data information density and the analysis efficiency are enhanced. The technology breaks through the limitation of traditional data analysis, provides accurate and comprehensive data support for animal scientific research, assists in revealing essential rules and core mechanisms behind data, and lays a solid foundation for field theoretical innovation and practical application; the method is suitable for multiple directions in the animal science field and is wide in application range.

The present application relates to the technical field of geophysical electromagnetic data exploration, in particular to a three-dimensional time-frequency domain electromagnetic joint inversion method based on finite element algorithm. The method obtains time domain and frequency domain electromagnetic observation data of the region to be measured respectively; the region to be measured is profiled to obtain a non-structural tetrahedral mesh to construct a time-frequency domain inversion initial model; the time-frequency domain inversion initial model is forward calculated to obtain time domain and frequency domain electromagnetic response data; time domain electromagnetic data residuals and frequency domain electromagnetic data residuals are obtained, and their corresponding adaptive weights are obtained respectively to establish a joint inversion objective function; the joint inversion objective function is iteratively solved to calculate the update vector of the inversion initial model; the inversion initial model is iteratively updated until the set condition is reached, and the time-frequency domain electromagnetic joint inversion is completed. The present application effectively improves the accuracy of three-dimensional inversion through joint inversion, thereby enhancing the practical effect of three-dimensional inversion.

An adaptive hierarchical multidimensional data insight analysis method based on swarm intelligence, belonging to the field of artificial intelligence technology, utilizes recursive decomposition and synchronous data exploration mechanisms to construct a valid topic tree and automatically prune invalid branches. For leaf nodes, the swarm intelligence agent performs autonomous multi-round searches and multimodal heterogeneous data fusion, recording end-to-end evidence. The verification system verifies credibility through code replay and visual backtracking, quantifies the originality of node analysis using density clustering and truth constraint mechanisms, and scores based on relevance and depth. Finally, an interactive insight topology is constructed, supporting on-demand drill-down rendering from macro-level overview to micro-level evidence. This invention effectively solves the problems of ambiguous entry points and homogenized viewpoints in big data analysis. By lowering the threshold for data analysis through swarm intelligence, it leverages multi-angle analysis by the swarm to reveal non-explicit hidden correlations and high-value sparse insights, achieving full-process intelligentization from automatic planning to in-depth mining.

A computer-implemented method may comprise accessing data records comprising fields and identifying subsets of the data records based on the data records in each subset having an attribute in common with each other, with the subsets comprising a first subset and a second subset. The data records may be arranged in a page layout based on the identified subsets, with the data records being arranged into their subsets across a first dimension, and the fields being arranged across a second dimension. The page layout may be displayed, and a user interface element identifying the second subset may be displayed over the page layout. In response to receiving a user selection of the user interface element, the second subset may be moved from a first position to a second position, where the second position is within the viewport on the computing device.