71 results about "Visual query" patented technology

Methods, systems, and computer program products, implementing techniques for visual query modeling. In one aspect, the techniques include displaying in a web browser a visual model of a database, the visual model including one or more graphical objects representing one or more tables in the database and relations between the tables, receiving in the web browser user input creating a visual model of a query into the database, and generating code for the query based on the visual model of the query.

A method and system for real-time object and facial recognition is provided. Multiple video or camera data feeds are used to collect information about a location and transmitted to a distributed, web-based framework. The system is adaptive and compiles the metadata from the visual queries and stores the metadata and images in multiple relational databases. The metadata is used heuristically, wherein the rank-ordering of matching-candidates is neural; thereby, reducing the number of comparisons (object or face) needed for recognition, and increasing the speed of the recognition. Employing multiple, web-linked servers and databases improves recognition speed and removes the need for each user to create and maintain a facial recognition system, allowing users to consume and contribute to a vast pool of private or public, geo-located data.

The invention relates to the technical field of financial data monitoring. The invention aims to provide a method and system for realizing the transaction risk control by means of the network packet capture data, which can timely detect the risk of a business system, process the risk immediately, realize the real-time control of the business transaction risk, facilitate the rule increasing and adjustment, and can rapidly respond to the position risk behavior, and moreover, the existing business system is not needed to be reconstructed, and the data is integral and real in process. The method for realizing the transaction risk control by means of the network packet capture data realizes the effective risk control of the business by mirroring the flow data from the business system in real time. The system at least includes a data engine module, a data filtering module, a channel distribution module, a risk control module, a batch processing module, a risk alarm module, and a visual query module.

A visual query system, and associated method and computer program product enhance and accelerate content-based querying, and present a new image similarity measure using known or available software applications and hardware components of video compression systems. The present system encodes images as consecutive frames in a video sequence and uses the ratio between the file length of the compressed sequence and the original file length as a distance measure. The system considers the compression ratio to be an estimate of the entropy of the combined images, which can be used to estimate the amount of new information introduced from one image to the other.

The invention discloses a visual query tool for knowledge maps. The tool comprises a visual component library and a visual query system for the knowledge maps, wherein the visual component library provides an API (Application Programming Interface) to the outside; the visual query system uses components in the visual component library through calling the API; the visual component library comprisesstatic map components, single entity relationship diagram components and combined entity relationship diagram components; the visual query system comprises a map overall information displaying moduleand an entity relationship querying module; the overall information displaying module calls the static map components; and the entity relationship querying module calls the single entity relationshipdiagram components and the combined entity relationship diagram components. The tool disclosed by the invention has the advantages that the information contained in the knowledge map is graphically presented by using the visualization technology; and a knowledge map viewer can obtain the information contained in the knowledge map more quickly and more multidimensionally through operations such asquerying and the like in the visual system disclosed by the invention.

Alarm clocks, such as alarm clock radios, comprising a video screen wherein at a preset time, the display screen displays a video and broadcasts audio. If a user does not input a required input within a certain time after the alarm mode has started, the video and audio change to a video and audio which are less tranquil. One alarm mode is initiated with waves lapping on a tranquil seashore during a sunny morning. After a while, the video and audio transition to a violent storm with dark clouds, rain, lightening, thunder and large waves crashing onto the shore. Other themes include a couple walking in a park, a couple dancing, and a busy city scene. A “silence alarm” feature requires a user to input correct information based on the display in response to a visual query, in order to stop or change the alarm mode.

The invention discloses a knowledge map interactive visual query method based on RDF, which classifies user query into three types: entity-based query, pattern-based matching query, and regular path-based query, and visualizes query results. The invention designs a knowledge map interactive visualization method according to the characteristics of RDF and SPARQL standards and the modern interactivedesign concept, which can help users to query entities and relationships from RDF graph database, and accomplish complex queries by using the characteristics of pattern matching query and regular path query. The design is implemented based on front-end technology and React framework.

Embodiments of the invention are directed to systems and processes for enabling querying of one or more data stores of CM applications using a graphical user interface (GUI) by which a user (e.g., a developer, supervisor, or project team leader) may select search terms. The GUI may offer one or more types of categories of search terms illustrated at a high level, such that a user may select search terms without knowledge of the underlying data structure of the data store(s). In some embodiments of the invention, when search results are presented to the user issuing a query, the search results are presented in a GUI that permits the users to make edits to the data without opening other windows to make the changes. For example, in some embodiments of the invention, the user may be permitted to select one or more results and “drag” the results, using the GUI, to another element of the GUI to make a change to the data, or may perform any other graphical operation with the results.

The invention provides a data query system and method for a micro-service architecture, equipment and a storage medium, and the system comprises a micro-service data table management module which is used for establishing a micro-service data table; a scheduling task management module which is used for establishing a scheduling task library according to the micro-service data table, wherein the scheduling task consumes micro-service production data from the message middleware according to the message middleware theme of the corresponding micro-service, and the micro-service production data comprises a global unique identification code of the micro-service; A data storage module; And a data query module which is used for acquiring a query request and querying the corresponding micro-servicelog from the search server according to the global unique identification code in the query request. By the adoption of the technical scheme, rapid data query and positioning are achieved in the big data environment, data query and problem diagnosis efficiency is improved, visual query result display can be provided, and user experience is improved.

The invention discloses a graph structure matching-based social network analysis method, and relates to the fields of a graph structure matching technique, an incremental calculation technique and the like. The graph structure matching-based social network analysis method mainly comprises the steps as follows: (a) a graphic interface helps a user manage graph data, and constructs a mode pattern and a visual query result; and (b) a query engine invokes a distributed algorithm to carry out structure matching calculation; meanwhile, the matching results are evaluated; and top-K results are selected and are visualized on the graphic interface; and (c) incremental calculation is carried out on the existing matching results by an incremental algorithm, so as to ensure the accuracy and the integrity of the results. Aiming at ''large data'' in a social network, efficient and convenient data analysis and maintenance are achieved through distributed, visual and incremental calculation techniques, so that a key technical support is provided for hotspot applications such as expert recommendation, social circle identification and social position analysis.

A computer-implemented method for visualizing an object. Instructions identifying a hierarchy of image blocks and an action scheme are received. An image block in the hierarchy of image blocks is loaded to display an image corresponding to the image block to a user through a graphical user interface displayed on a display system. A number of image areas on the image are selectable. User input that selects an image area in the number of image areas is detected. Visualization information to be sent to a visualization system for use in visually presenting a portion of the data about the object of interest to the user through the graphical user interface is generated based on the image area selected.

A visual query explain mechanism displays a query to the user in a graphical tree format. A user may execute a query, and the actual performance from executing the query is imported into the visual query explain mechanism. The visual query explain mechanism adds the actual performance to the nodes in the query tree, and compares the actual performance to the estimates of performance that were generated prior to executing the query. The visual query explain mechanism then looks at a predefined threshold value, and determines whether actual performance exceeds the estimated performance by the predefined threshold value. If so, the corresponding node in the query graph is highlighted in some way, thereby providing a visual indication to the user of problem areas in the query.

Systems and methods for automatically determining an improved view for a visual query in a mobile location or object search are provided. In some embodiments, methods for automatically determining an improved view for a visual query in a mobile location or object search system include obtaining at least one data set based on a prior visual query, wherein the at least one data set includes at least a top location or object and one or more other locations or objects; retrieving at least one distinctiveness measurement for one or more locations or objects in the at least one data set; and determining the improved view based on the retrieved at least one distinctiveness measurement.

A method for generating a query of a genomic data store includes receiving, by a query generator executing on a computing device, from a graphical user interface, an identification of a first entity of a first entity class for inclusion in a resource description framework (RDF) query. The method includes receiving from the graphical user interface, an identification of a second entity of the first entity class, the second entity having a bi-directional relationship with the first entity. The method includes automatically generating an RDF query based upon the received identification of the first entity and the received identification of the second entity. The method includes executing the RDF query to select, from a plurality of genomic data sets, at least one genomic data set for at least one patient cohort. The method includes providing a listing of genomic data sets resulting from executing the RDF query.

The invention discloses a power grid big data quality standardization-based power grid information management system and method. The system includes a power application system platform which is used for monitoring the working state data of power grid lines and power equipment in real time by using N types of power application systems so as to correspondingly obtain N types of power grid monitoring data, a data standardization integration platform used for performing data integration on the above N types of power grid monitoring data based on an SOA architecture, and storing integrated data by using a relational type database, and a data visual query platform used for obtaining data inquiry instructions sent by a user terminal through an IEB bus, calling corresponding data from the relational type database according to the data inquiry instructions, packaging the called data into visual data, and transmitting the visual data to the user terminal through the IEB bus. The power grid big data quality standardization-based power grid information management system and method of the invention adopted, power grid information management efficiency can be improved, and a unified power grid information query means can be provided for a user.

The invention provides a visual inquiry system and a visual inquiry method of a production index change trend based on similarity, which relates to the technical field of visual analysis of an execution manufacturing system. The system includes an index management module, index data cleaning module, index query module and index visualization module, which realizes the management and visual query of industrial production indicators. Operators select the time series to be queried, match the characteristics with the historical data, extract similar time series data, and visualize them to assist users to insight into the relationship between the historical data of industrial production indicators, and ultimately achieve the purpose of assisting decision-making. The visual inquiry system and method of a production index change trend based on similarity of the invention can find out index data similar to the time series from historical data, display it to operators, help operators to carry out visual analysis for each production index, insight into the relationship between the data, and assist decision-making.

The invention provides a data query method and device, equipment and a storage medium. The method comprises the steps of obtaining a query configuration file of a tree data structure customized by a user through a visual query configuration interface; analyzing and converting the query configuration file of the tree data structure to obtain a corresponding database query statement; and executing the database query statement to obtain the target data from the data source. According to the invention, the user customizes the query configuration file of the tree-shaped data structure through the visual query configuration interface, dynamic data query and filtering are achieved, the invention is simple and convenient, the professional requirement for the user is not high, and the application range is wide.

The invention discloses a visualization system for a geographic national condition knowledge service. The system comprises a multi-source heterogeneous data integration platform, a data server and a geographic national condition knowledge visual query terminal. An implementation method of the visualization system for the geographic national condition knowledge service comprises the steps of 1, converting and integrating data to form spatial and non-spatial data warehouses; 2, establishing multi-dimensional and multi-time-scale logical relationships to associate the spatial and non-spatial data; and 3, providing a quick and convenient visual display way of geographic national condition census data for a user, and enabling a market subject and the social public to fully understand, develop and apply the geographic national condition census data through the geographic national condition knowledge visual query terminal, so as to realize the geographic national condition query data knowledge service. By means of an internet technology, the knowledge service and the information publishing and spreading can be rapidly and effectively carried out, and powerful support is provided for realizing spreading, sharing, reuse and innovation of the geographic national condition census data in different fields.

The invention provides a financial knowledge graph visual query and multi-dimensional analysis system. The financial knowledge graph visual query and multi-dimensional analysis system comprises a graph design unit used for designing the structure of a graph database according to the query requirement of financial data; a data acquisition unit used for acquiring a plurality of unstructured sample source data, cleaning the sample source data, and storing the cleaned sample source data into the atlas database as sample data; an atlas output unit used for importing the sample data into the atlas database to output a knowledge atlas; and an exception analysis unit used for extracting exception data from the knowledge graph and carrying out multi-dimensional analysis according to exception attributes. The method has the beneficial effects that the method is used for auditing the loan application client in financial loan business, and fraud behaviors can be avoided to a great extent, so thatthe bad debt rate of a financial platform can be reduced, and asset loss of the financial platform is avoided.

The invention relates to a character relation visual query method and system based on a knowledge graph. The method comprises the following steps: crawling webpage information related to a current character from the Internet by using a Scrapy framework; analyzing the webpage information, and extracting character information and relation information related to the current character; normalizing thecharacter information and the relation information, and constructing quintuple data of all characters related to the current character; performing character relation backward reasoning on the quintuple data to obtain backward quintuple data; constructing a character relation knowledge graph according to the quintuple data, and storing the character relation knowledge graph in a graph database; and obtaining a character relation knowledge graph corresponding to the to-be-queried character from the graph database and carrying out visual display. The character relation knowledge graph is storedin the graph database, so that the query speed is increased. In addition, knowledge in the graph is displayed through a visualization technology, a sense of visual impact is generated, and the character relation can be better understood.