34 results about "Graphical query" patented technology

A graphical query and data mining interface provides visual feedback to a user during the construction of a query that helps the user determine the quality of the query as the query is being built. The graphical query and data mining interface determines relationships in the database from a database relationship document, such as an XML document. These relationships may be between columns, including columns in different tables. The relationship of columns in the database is then graphically displayed to a user. When the user selects a column in the database, a filtered display mechanism displays only those columns or records that satisfy the portion of the query already constructed. In this manner dynamic information is provided to the user as the user builds the query that indicates to the user the quality of the query.

A graphical query interface provides visual feedback to a user during the construction of a query. In a first embodiment, the visual feedback helps the user determine the quality of the query as the query is being built. The relationship of columns in the database is graphically displayed to a user. When the user selects a column in the database, a filtered display mechanism displays only those columns or records that satisfy the portion of the query already constructed. In a second embodiment, the visual feedback eliminates some possible selections in the query tree due to previously-made selections that eliminate the eliminated selections as possibilities. In the second embodiment, the visual feedback mechanism may function according to data values in columns, and may also function according to known relationships between columns themselves.

The invention discloses a method and system based on a browser for visually dragging and querying data. The method comprises the following steps: step one, an operational database and structure information of the same are extracted; step two, the database and the structure information of the same are obtained in the browser and rendered in WEB pages; step three, graphic components and canvases of query operation are rendered in the browser; step four, users arrange procedures of the query operation in graphical interfaces by dragging configuration; step five, a graphical query flow-process diagram is resolved for SQL statements; step six, the SQL query statements are carried out in the back-end; step seven, query results are output in the browser. The method and system based on the browser for visually dragging and querying the data has the advantages that querying the data in the WEB system is more flexible, and SQL query statement writing is simplified; the current situation that the database query is only carried out by inputting the SQL statement is changed; the use threshold of the system can be lowered, and the query process is arranged in a graphical mode; then the description of establishing the query process becomes clearer and more intuitive, and the learning threshold can be lowered.

System and method for specifying a graphical query in a graphical program. User input configuring a plurality of nodes and connections between the nodes that specifies a query may be received. The input may be received to a graphical user interface (GUI) and may specify at least a data source and an output for the query. The nodes may include a portion of a graphical data flow program and may indicate data flow among the nodes. In response to the input, the GUI may display one or more options for specifying further characteristics of the query. Further user input specifying where nodes may specify one or more conditions for the query. Executable code implementing the specified query may be generated in accordance with the user input. Generating executable code may include generating a query in a query language and may also include generating machine code to invoke the language-specific query.

Certain example embodiments relate to techniques for creating queries on model data of at least one data source (DS1, . . . , DS3) in accordance with at least one data source specific format. A graphical query builder (QB) is configured to enable a user to graphically define a query including multiple building blocks in accordance with a data source independent format (MM). At least one adapter (A1, . . . , A3) for the at least one data source (DS1, . . . , DS3) is configured to translate the query in the data source independent format (MM) into at least one corresponding query in the data source specific format.

Source data is analyzed and visualized for a user. As the user adjusts graphical query devices, the displayed data is filtered and the visualization is updated accordingly. The invention is particularly useful where the data relates to chemical compounds in that a SAR table is preferably generated, presented in the visualization, and updated according to the query device settings. The displayed SAR table entries may also be clustered as a function of similarity with respect to a chosen property, such as molecular weight or some topological characteristic. A hierarchy of similarity may then be indicated in the SAR table using, for example, a dendrogram.

A method of training a user to identify an object in an image, by querying a computer system having a lexicon of photo-interpreters to formulate object extraction rules. A database to be queried by an expert photo analyst is generated and a programming language is provided to generate extraction rules against that database. Graphical query results are displayed to determine whether an object has been identified. First, a hyperspectral image cube is represented by a set of fraction planes and texture transforms. Mean spectral reading values are obtained and used to build a pseudo multivariate distribution of the values. Recognizable features are then extracted from the hyperspectral image cube. A textural transform of a hyperspectral image cube results. The hundreds of image bands reduced to a few texture transforms can be used to train users of the image recognition system.

The invention discloses an establishment method of enterprise knowledge map based on a graph model. The method comprises the following steps that model establishment step: a graph data model is built,the graph data model comprises a graph data structure module, a graph mining algorithm module and a query interface module; data record step: each dimension data of a sample enterprise is obtained, according to the graph data model, dimension data such as shareholders, external investment, public opinion, judicial and the like of the enterprise is recorded in the graph data structure module; encapsulation step: according to common application scenarios, the graph mining algorithm is encapsulated into the query interface module, and a relational graph model is returned in a JSON format. The invention further discloses a graphical query method based on the graph model.

The invention discloses an enterprise association relation topology establishing method based on a picture model. The establishing method comprises the following steps of model establishment, wherein a picture data model is constructed, a picture data structure of the picture data model comprises nodes, relations and attributes, the relations are used for describing association relations among the nodes, and the nodes and the relations have their own attributes respectively; data recording, wherein association relation data is obtained and is input into the picture data model; structure construction, wherein the picture data model establishes association among the nodes according to the relations to generate an association relation topology represented by the picture data model. The invention further discloses a graphical query method based on the graphical data model.

An apparatus and method modify a saved query based on a change in a query value meaning that changes over time. In preferred embodiments a graphical query interface displays an option to adjust query values of a saved database query. A query adjustment mechanism then adjusts the value of the query to compensate for the change in the meaning of the query value since the query was created such that the adjusted query will have the same basic meaning as when the query was originally created. Preferred Embodiments allow the user to specify to adjust the query to the current date or to a specified date in the past.

The invention provides a query and configuration method of business data. The method comprises a semantic entity defining step of defining the related specific business project in the business data query as a semantic entity and setting the attribute list of each semantic entity, a query association configuration step of adding the semantic entity in a graphical query interface, generating a graphical attribute list unit corresponding to the semantic entity, selecting an attribute in the attribute list unit in association configuration and displaying a definition query result, a step of configuring an association relation between semantic entities related with business data query, associating the corresponding attribute in the graphical attribute list unit of the semantic entity, and obtaining a query result from a database according to the query of the association relation. According to the method, a business concept is defined as the semantic entity, the semantic entity and the attribute list are loaded in the graphical query interface, the association relation between the semantic entities is configured and a result is outputted, the data query and configuration process is simple, and the display effect is visual.

A system for geographic mobile customer relations management, using a mobile customer relations management system manager connected to at least one mobile-capable network-connected computing device configured to graphically identify, manage and update customer relations management data in a geographic context and configured to organize customer relations management data based on at least one specific real-time queried variable using a selective graphical encapsulating function and / or graphical query mode to yield optimal routes to location-based customers, with an option to optimize schedules and appointments based on real-time customer relations management data available in a customer relations management system.

The invention belongs to intelligence-related extensible markup language (XML) data query technology in the technical field of information, in particular to a set of XML query system with intelligent prompt function on the basis of providing a novel XML graphical query method. In the system, the intelligent prompt function is provided to guide a user to establish query aiming at a label name and a node value on an interface for graphically establishing query. Therefore, the user can perform XML search under the conditions that the user does not know XML modes, contents and structures and even cannot write XQuery and other query languages. A sorting mechanism for comprehensively considering query results is defined in the system, and each result is scored and displayed to the user in a tree form, namely, 1, an interface supporting a graphical dragging mode to establish XML query sentences is developed; 2, an intelligent prompt algorithm is designed; 3, a mechanism for sorting the query results according to the structure and content information is designed; and 4, an interface for scoring the results and displaying the results in the tree form is developed.

The invention discloses a device for dynamically identifying the network equipment topology of an intelligent substation based on MAC address matching. The device comprises a dynamic network topology identifier; the dynamic network topology identifier comprises a dynamic network topology configurator, a dynamic network topology analyzer, a dynamic network topology graphical device and a dynamic network topology updater; the dynamic network topology identifier is connected with a control hall central host of the substation; a control hall multi-media display screen displays the topological state of the whole substation network system; the control hall central host is connected with a mobile packet wireless communication device through a control hall wireless communication device; and real-time dynamic graphical query of the network equipment topology can be realized through a mobile packet. By means of the device disclosed by the invention, the topological graph of an online switch and the states of various ports in an intelligent substation network can be monitored intuitively in real time; the topological relationship of equipment can be queried on the scene in real time through the mobile packet; therefore, remote judgement and prediction on equipment failure can be realized; and the efficiency is increased.

The invention discloses a method for displaying and editing information index conditions which comprises steps of: graphical query field components and graphical operation components ; receiving entered query character strings; defining minimum identifiers unit of the query character strings and marking the identifiers of query character strings as an identifier sequence; identifying all elements of the identifier sequence, calling corresponding graphical query field components and graphical operation components to expend them into grammar tree and display on subscriber terminal computer interface; subscribers being able to evaluate on corresponding graphical components and generate other query conditions; analyzing and judging whether the type of each field component content of the grammar tree is right or not; performing conditions combination on the grammar tree; generating query codes. The invention also discloses a system for displaying and editing information index conditions.

Embodiments of the present invention disclose a method, computer program product, and system. In an embodiment, a computing device receives a connection between a first object and a second object, wherein the connection represents a query. The computing device, responsive to receiving the connection, executes the query of the connection and obtains a result, and displays the result between the first object and the second object on the computing device.

The invention discloses a method and system based on a browser for visually dragging and querying data. The method comprises the following steps: step one, an operational database and structure information of the same are extracted; step two, the database and the structure information of the same are obtained in the browser and rendered in WEB pages; step three, graphic components and canvases of query operation are rendered in the browser; step four, users arrange procedures of the query operation in graphical interfaces by dragging configuration; step five, a graphical query flow-process diagram is resolved for SQL statements; step six, the SQL query statements are carried out in the back-end; step seven, query results are output in the browser. The method and system based on the browser for visually dragging and querying the data has the advantages that querying the data in the WEB system is more flexible, and SQL query statement writing is simplified; the current situation that the database query is only carried out by inputting the SQL statement is changed; the use threshold of the system can be lowered, and the query process is arranged in a graphical mode; then the description of establishing the query process becomes clearer and more intuitive, and the learning threshold can be lowered.

Technology is disclosed for programmatically parallelizing distributed graph queries of a graph metaphor of distributed data sources through various applications or platforms. Query candidates corresponding to distributed data sources are determined by applying a graph query to a graph metaphor of the distributed data sources. A set of query steps representing a set of distributed queries of the query candidates are determined based on corresponding properties of the query candidates from the graph metaphor. The set of query steps are executed in parallel in order to determine a response to the graph query. The data is provided in response to the graph query.

A large-scale complex layout resistance extraction acceleration method, comprising the following steps: cutting the complex graph into a plurality of simple sub-graphs; storing the simple sub-graph data into a fast graph query data structure; matching all the simple sub-graph associations The complex graph of the corresponding port graph; calculates all port-to-port parasitic resistances. The large-scale complex layout resistance extraction acceleration method of the present invention can divide a complex graph into multiple simple sub-graphs, and each port graph (or block graph) can quickly query sub-graphs with connections, which are different from simple sub-graphs. The efficiency of graphic geometric calculation is very high, and the matching relationship between port graphics and resistor graphics can be quickly found, which greatly shortens the resistance extraction time, improves efficiency, and also ensures the correctness of matching between ports and resistor graphics, ensuring port-to-port parasitic resistance Extraction accuracy.

Embodiments of the present invention disclose a method, computer program product, and system. In an embodiment, a computing device receives a connection between a first object and a second object, wherein the connection represents a query. The computing device, responsive to receiving the connection, executes the query of the connection and obtains a result, and displays the result between the first object and the second object on the computing device.

The invention provides a distributed power supply comprehensive analysis and security management and control system. A distributed power supply data processing module is used for acquiring distributed power supply information; the distributed power supply equipment management module is used for providing a distributed power supply equipment adding, deleting, modifying and checking interface for a user; the distributed power supply equipment query statistics module is used for configuring an equipment tree query interface, an equipment account attribute query interface and a graphic query interface; the distributed power supply maintenance management module is used for providing a management interface for compiling annual, monthly and weekly maintenance plans, displaying the maintenance plans by using a Gantt chart, and providing a maintenance plan time adjustment operation interface; pre-balancing, repeated power failure analysis, risk analysis and safety early warning functions can be performed; the distributed power supply data analysis display module is used for displaying system operation information; the system realizes the functions of safety early warning and reminding of maintenance work including the distributed power supply, power supply analysis of the distributed power supply, safety management and control and the like, and guarantees the personal safety of maintenance personnel.

The invention relates to a modular well cementation data designing and monitoring system based on a cloud platform. Comprising a well cementation design unit, a well cementation design optimization unit and a signal processing unit, which are sequentially connected according to a signal transmission direction, wherein the well cementation design unit is used for carrying out construction parameter design based on a full-process construction database; the well cementation design optimization unit is used for carrying out construction process and construction parameter optimization design based on a machine learning model; the well cementation field monitoring unit is used for comparing optimization design data of the cloud platform with the field real-time monitoring data, and querying and displaying comparison data and graphs; wherein the well cementation field monitoring unit acquires field real-time monitoring data on a local platform, compares optimization design data of a cloud platform with the field real-time monitoring data, and queries and displays comparison data and graphs on the cloud platform; the well cementation design unit and the well cementation design optimization unit are both arranged on a cloud platform. The scientificity of well cementation construction design is improved, and the whole well cementation process can be monitored and managed.

The invention discloses a large-scale complex layout resistance extraction acceleration method. The method comprises the following steps of: segmenting a complex graph into a plurality of simple sub-graphs; storing the simple sub-graph data into a quick graph query data structure; matching the complex graphs associated with all the simple sub-graphs with the corresponding port graphs; and calculating parasitic resistances from all ports to the ports. According to the large-scale complex layout resistance extraction acceleration method, a complex graph can be segmented into a plurality of simple sub-graphs, each port graph (or blocking graph) can quickly inquire the sub-graphs with a connection relationship, and the graph geometric operation efficiency of the port graphs (or blocking graphs) and the simple sub-graphs is very high; the matching relationship between the port pattern and the resistor pattern can be quickly found, so that the resistance extraction time is greatly shortened,the efficiency is improved, the matching correctness of the port and the resistor pattern is ensured, and the port-to-port parasitic resistance extraction accuracy is ensured.

Provided is a method and system for supporting imperative graph queries on a relational database, the method comprising: parsing the imperative graph queries into operations of an execution plan; translating operations of the execution plan supported by the relational database into common table expressions query; executing said translated common table expression query on said relational database.

An apparatus and method modify a saved query based on a change in a query value meaning that changes over time. In preferred embodiments a graphical query interface displays an option to adjust query values of a saved database query. A query adjustment mechanism then adjusts the value of the query to compensate for the change in the meaning of the query value since the query was created such that the adjusted query will have the same basic meaning as when the query was originally created. Preferred Embodiments allow the user to specify to adjust the query to the current date or to a specified date in the past.

Technology is disclosed for programmatically parallelizing distributed graph queries of a graph metaphor of distributed data sources through various applications or platforms. Query candidates corresponding to distributed data sources are determined by applying a graph query to a graph metaphor of the distributed data sources. A set of query steps representing a set of distributed queries of the query candidates are determined based on corresponding properties of the query candidates from the graph metaphor. The set of query steps are executed in parallel in order to determine a response to the graph query. The data is provided in response to the graph query.