160 results about "Hierarchical database model" patented technology

A method, apparatus, and article of manufacture for generating class specifications for an object-oriented application that accesses a hierarchical database. The class specifications are generated using a command line interface of a class definition tool. A database description and a record layout associated with the hierarchical database are captured and associated to define a specification for the database. Class definitions are then generated from the database specification, wherein the class definitions are instantiated as objects in the objects framework that encapsulate data retrieved from the database.

Embodiments relate to systems and methods for the automatic propagation of data changes in distribution operations in a hierarchical database. Higher-level data, such as yearly profit, may be desired to be spread from parent nodes to lower nodes in the store, such as quarters. Parent nodes can be associated with a set of programmatic placeholder nodes. A spreading tool can access or host sequence logic to ensure that data is spread in an order that takes dependencies, or other factors into account. In aspects, the spreading tool can be configured to generate a propagation trace to identify other nodes in the data store that may be connected to or depend on the data content of the recipient child node(s). A set of propagated data changes, such as updates to values, formatting, or other data, can be automatically transmitted to those other nodes upon completion of the original data spreading operations.

A method, apparatus, and article of manufacture for accessing a database. A hierarchical database system is modeled into an objects framework, wherein the objects framework corresponds to one or more application views, database definitions, and data defined and stored in the hierarchical database system. The objects framework also provides mechanisms for accessing a relational database system, wherein the objects framework provides industry-standard interfaces for attachment to the relational database system. Transactions from an application program for both the hierarchical database system and the relational database system are processed through the objects framework using message queue objects.

The present invention comprises a computer-implemented visualization model of similarity relationships between documents. It comprises performing a similarity search based on at least one attribute of a reference document to find at least one target document with similar attributes; creating a visual representation of the reference database document and the at least one target document; creating a visual representation of the similarities between the reference document and the at least one target document; and displaying the visual representations of the database documents and their similarities on a graphical user interface. The target documents that are similarity searched may reside in a plurality of databases. The similarity search returns a result set of target documents that are used by the visualization model to create the visual representation of the documents and the similarities between the documents.

The invention discloses a network security situational awareness method in the technical field of information security, which comprises the steps of: acquiring data from security defect software and / or hardware, preprocessing data, and using the preprocessed data as data samples; carrying out characteristic extraction and dimension reduction on the data samples by using manifold learning to obtain output values of the data samples; clustering the output value of the data samples by using a core matching integration clustering algorithm; fusing the clustered results by adopting DS (Data Set) evidential reasoning; estimating network security situation and threat by adopting a hierarchical model; predicting network security situation in a set future time length by using historical data and the current network security situation; and judging that the network security is threatened according to a set threshold. According to the invention, the real time and the accuracy of the network security situational awareness are enhanced.

A computer-implemented data management method, encryption system and interactive computer program for managing real estate information in a hierarchical database are disclosed. Also, a method, system and program for cross referencing a hierarchical database with a relational database are disclosed. A computer program accesses an XML definitional document on a handheld computer for inputting data related to real estate listings in a hierarchically controlled format for a database. Real estate agents provide input of data to the database using the handheld, portable computer. A menu or picklist driven display provides logical selection of data input and address fields, and a validation step for checking errors or omissions in the data entry procedure for a given record. A single, central database table is managed for input and distribution of real estate listing information to subscribers to the database management system.

Embodiments of the present invention enable navigation in a web browser to be supported by a session browse history. In embodiments, a session browse history may be an n-ary tree data structure. Embodiments of the present invention integrated into a browser enable a user to access a session browse history tree via browser UI displays such as a navigation bar, a main tool bar, or a combination thereof. In embodiments, a session browse history tree may be exported to persistent storage, and may be imported into and integrated with an active session browse history tree. In embodiments, a stored session browse history tree may be updated in response to handling a caught browser event such as a “browser refresh” event, and in response to processing a user-initiated “go to” request from the browser UI. In embodiments, a currently stored session browse history tree may be returned in response to a request received from the browser UI.

A tool for optimizing the layout of a microdevice adds fragmentation points to polygons in a first hierarchical database layer in a manner suitable for application of a tool to apply a resolution enhancement technique (RET) such as optical and process correction (OPC). Portions of polygons in a database level that interact with polygons of a second level in the database are promoted to the second database level, and refragmented. The RET operates on the polygons of the first and second levels of the database to determine how polygons of each of the first and second levels should be adjusted, if necessary, such that the layout is optimized.

Embodiments relate to systems and methods for generating an optimized output range for a data distribution in a hierarchical database. A data store can store data in a hierarchical format, for instance, in a tree. Higher-level data, such as yearly profit, may be desired to be spread from parent nodes to lower nodes, such as nodes representing quarters. A spreading tool can insert child nodes representing quarters, months, or other at insertion point(s) represented or encoded by a set of placeholder nodes, dividing quantities appropriately. In aspects, the spreading tool can access multiple sets of spreading rules which govern the distribution of data from higher level nodes to lower level nodes. In aspects, the spreading tool can conduct multiple passes of data distribution using different sets of spreading rules, capturing the outputs expressed in the child nodes and selecting rule sets which produce a desired deviation, range, or other characteristics.

Embodiments relate to systems and methods for generating iterated distributions of data in a hierarchical database. A data store can store data in a hierarchical format, for instance, in a tree. Higher-level data, such as yearly profit, may be desired to be spread from parent nodes to lower nodes, such as nodes representing quarters. A spreading tool can insert child nodes representing quarters, months, or other at insertion point(s) represented or encoded by a set of placeholder nodes, dividing quantities appropriately. In aspects, the spreading tool can access or host sequence logic including multiple sets of spreading rules which each ensure that data is spread in an order that takes dependencies, formatting, outputs, or other factors into account. In aspects, the spreading tool can receive or generate a prioritized ordering of the sets of spreading rules, to ensure that data distribution passes are iterated in a desired or error-free order.

A method, apparatus, and article of manufacture for accessing a hierarchical database. The hierarchical structure of a database is modeled into an objects framework, wherein the objects framework is comprised of one or more objects that correspond to application views, database definitions, and data defined and stored in the database, and the objects are organized into a tree structure to represent the hierarchical structure of the database. An Internet-enabled application accesses the hierarchical structure of the database through the objects framework using at least one multi-frame output form, wherein the multi-frame output form displays data from a plurality of the objects.

Analyzing profile data of a software application in terms of high-level instances of the software application.

Embodiments relate to systems and methods for conditioning the distribution of data in a hierarchical database. A data store can store data in a hierarchical format. Higher-level data, such as yearly profit, may be desired to be spread from parent nodes to lower nodes, such as quarters. Parent nodes can be associated with a set of programmatic placeholder nodes. A spreading tool can insert child nodes representing quarters, months, or other at insertion point(s) represented or encoded by a set of placeholder nodes, dividing quantities appropriately. In aspects, data can be spread from multiple parents at once. In aspects, the spreading tool can access or host sequence logic to ensure that data is spread in an order that takes dependencies, formatting, output connections, or other factors into account.

A specialized server holding a hierarchical database works with a Graphical User Interface to transform a hierarchical schema by utilizing an XMI file which is used with a modeling tool to develop a relational schema for display and use in a relational database in the Graphical User Interface.

A system and method for spatially stretching visual interactive computer-based renderings of hierarchical 3D / 4D object models is disclosed. Hierarchical 3D / 4D object models are transformed into a stretchable structure. Utilizing user interface controls, a user manipulates and visually stretches the 3D / 4D object model hierarchy to expose 3D / 4D object model components for an unobstructed view. Real-time geo-referenced data feeds are processed to interactively update specific sensor objects contained as components of the hierarchical 3D / 4D object models. Real-time geo-referenced tracking data feeds are also processed to dynamically include new visual components of the 3D / 4D object model hierarchy at the proper location, representative of the locations of mobile tracking devices within the 3D / 4D object model hierarchy.

Provided is an earthquake disaster rescue command and dispatch system and a method thereof; the system consists of a command center subsystem, a remote sensing satellite subsystem, an unmanned plane subsystem, a police population information subsystem, a weather information subsystem, a medical information subsystem, a relief goods repertory subsystem and input / output interfaces; by analyzing disaster information and disaster rescue information collected by each aforementioned system, a hierarchical model of earthquake disaster rescue can be built by an analytic hierarchy process; meanwhile, based on the actual situations of former earthquake disaster rescue, respective disaster rescue plan and analytic hierarchy process disaster rescue parameter database can be built. When an actual earthquake disaster happens, the current disaster situations are analyzed by the analytic hierarchy process, and the disaster rescue plan is quickly determined. The designed system and method herein are more applicable to collecting relative information quickly as soon as the earthquake happens, and automatically selecting the rescue plan for the command dispatch of the disaster rescue.

The invention discloses a machine translation system and a machine translation method based on a syntactic analysis and hierarchical model. The machine translation system comprises a word alignment module, a phrase extraction module, a part-of-speech and syntax tagging module, a syntax-based non-contiguous phrase extraction module, a non-contiguous-phrase-based translation module, and a grading output module. In the machine translation system and the machine translation method, syntactic analysis is carried out on the basis of a general contiguous-phrase-based machine translation model, so that a syntax-based phrase rule base is extracted from a bilingual sentence alignment text, the problem of non-continuous fixed collocation of the context of the whole sentence is solved, and the invention accords with the syntactic characteristics of a language. Translation is carried out based on a non-contiguous phrase rule base and a phrase alignment table, and a translation result is graded based on an assessment model, so a translation effect is effectively improved.

A method is provided for defining a metadata schema to facilitate passing data between an XML document and a hierarchical database. The invention includes a database accessor, a document accessor, and an association module. The database accessor accesses a database schema indicative of database field names and a hierarchical structure for a hierarchical database. The document accessor accesses a document schema that defines the hierarchical structure, content data syntax, and semantics of valid, well-formed, XML documents that can be passed into and out of the hierarchical database. The document schema also includes at least one XML element name that maps to a corresponding database field name in the database schema. The association module associates the database schema and the document schema to provide a metadata schema that enables data to be passed between an XML document and the hierarchical database.

The invention discloses a reference medical record search method and device based on a structural medical record database. The method comprises the steps that a target layer-criterion layer-scheme layer hierarchical model is established with the new medical record inspected items as criteria and historical medical records before new medical records in a medical record database as a scheme to be selected; the weight of the criterion layer relative to the target layer is calculated; the single-item similarity between the new medical record and the historical medical records is calculated; the single-item similarity relative to the same historical medical record is correspondingly multiplied by the weight to obtain the comprehensive similarity of the new medical record and the historical medical records; the reference value index of the historical medical records is calculated according to the grade index of a diagnosis and treatment doctor and a hospital; the comprehensive matching degree of the new medical record and the historical medical records is determined through the comprehensive similarity and the reference value index; the historical medical record with the high comprehensive matching degree is selected as the reference medical record of the new medical record. The device comprises a plurality of modules used for achieving the steps. The medical record big data can be effectively utilized for assisting the doctor in carrying out the diagnosis and treatment.

The invention provides an evaluation method based on a voltage reactive power control system in a grid system. Weights are distributed through the utilization of the fuzzy linear transformation theory and the maximum membership degree principle, by taking factors relevant to an evaluated object into consideration and according to the degree of influences of different indexes on the evaluated object, and then reasonable comprehensive evaluation is given. The method includes the steps that firstly, data of the voltage reactive power control system in a grid are acquired; secondly, an index system of a hierarchical model of first level indexes and second level indexes is formulated; thirdly, system running is analyzed and summarized according to running data, analysis data and running state information of all modules, and then running state parameters and the running state of the voltage reactive power control system are acquired, wherein the first level indexes and the second level indexes in the index system serve as analysis and computation objects of the voltage reactive power control system; fourthly, a judgment set of a classification model is determined; fifthly, a comprehensive analysis hierarchical structure is formed through the Delphi method; sixthly, the weights of the indexes are determined; seventhly, comprehensive evaluation of the highest layer A of the comprehensive evaluation index system is computed according to a fuzzy comprehensive evaluation method and model.

The disclosure provides an approach for recognizing and analyzing activities. In one embodiment, a learning application trains parameters of a hierarchical model which represents human (or object) activity at multiple levels of detail. Higher levels of detail may consider more context, and vice versa. Further, learning may be optimized for a user-preferred type of inference by adjusting a learning criterion. An inference application may use the trained model to answer queries about variable(s) at any level of detail. In one embodiment, the inference application may determine scores for each possible value of the query variable by finding the best hierarchical event representation that maximizes a scoring function while fixing the value of the query variable to its possible values. Here, the inference application may approximately determine the best hierarchical event representation by iteratively optimizing one level-of-detail variable at a time while fixing other level-of-detail variables, until convergence.

The invention provides a fuzzy evaluation method used for evaluating a network security situation value of a hierarchical model, and the method comprises the steps that: an evaluation factor set and a judgment set used for evaluating network security situation indexes of a top-level node of the hierarchical model are determined; a membership function is established, and the probability that attribute data of each child node in the evaluation factor set belong to different judgment ranks in the judgment set is determined according to the membership function; a fuzzy evaluation matrix is established on the basis of the determined probability that each child node belongs to different judgment ranks; the importance weight of each child node over the top-level node of the hierarchical model isdetermined; and the network security situation indexes of the top-level node is calculated according to the established fuzzy evaluation matrix and the determined importance weight of each child nodeover the top-level node of the hierarchical model, and thereby the network security situation value of the hierarchical model is finally calculated. The fuzzy evaluation method has the advantages that the security situation of a network is evaluated through introducing fuzzy mathematics and a fuzzy analytical hierarchy process (FAHP) into the fuzzy evaluation method, and thereby the problem of data uncertainty during the evaluation of the network security situation is well solved.

A method of programming a navigation system for a hierarchical data model includes coupling a processor in electronic data communication with an output device. The method also includes programming a hierarchical data model of a database within the processor. The hierarchical data model has a hierarchy representing a plurality of objects. At least one object of the plurality of objects has at least one attribute. The method further includes programming an entry point to at least a portion of the hierarchical data model within the processor. The entry point is programmed to generate an information list including each object of the plurality of objects having at least one common attribute. The information list is readable on the output device.

The invention discloses a data conversion method, comprising the following steps: data information of a source data text is acquired; according to a service type needed by the source data text currently, data conversion rule information which corresponds to the needed service type is acquired from a configuration file; according to the data conversion rule information, data conversion operation is carried out on the data information in the source data text, so as to convert the data information in the source data text to data information in a target data text; and the data information is stored in a data organization form of a hierarchical model. The invention also discloses a data conversion device and a data processing system. By adopting the invention, data conversion efficiency can be improved.

A method, apparatus, and article of manufacture for accessing a hierarchical database using an object-oriented programming model. The database is modeled into an objects framework, wherein the objects framework corresponds to application views, data structures, and data defined and stored in the database. The database is then accessed through the objects framework. A class definition tool generates class definitions for objects that encapsulate or wrapper the data retrieved from the database.

The invention relates to a three-dimensional R-tree index expansion structure-based three-dimensional city model adaptive method. The method comprises the following steps of: expanding a three-dimensional R-tree index expansion structure to ensure that an intermediate node can manage a target model; generating a multi-level of detail (LOD) target model from a leaf node layer to a root node layer, namely from bottom to top layer by layer, wherein different R-tree layers represent different LODs; a target in the leaf node layer is the highest LOD model; a father node of the leaf node layer is an LOD model of a second detail; and the LOD is gradually lowered upwards in turn, and the root node layer has the lowest LOD; defining multi-LOD definition parameters which comprise the number of layers, the farthest action range of the highest LOD, and the interlayer times; and in a real-time visual process, modifying the multi-LOD definition parameter in real time according to the current performance so as to quantitatively adjust the scene complexity of a three-dimensional city model.

The invention relates to a power distribution network fault positioning method based on a hierarchical model and an intelligent verification algorithm. The branch circuits of a power distribution network fault positioning model are subjected to two-port equivalent effects, the dimension of the switch function of the positioning model is greatly reduced, and the structure is greatly simplified; thepositioning algorithm is divided into two layers of fault port positioning and fault section positioning, and the operation dimension of the fault positioning algorithm is obviously reduced; the absolute reliability of the fault section positioning is utilized, and the fault port positioning result is fed back and verified, and the defect that the fault identification result of the positioning algorithm is not stable is effectively overcome. The method has good fault tolerance and stability, and meanwhile, the fault identification model is greatly simplified, and the fault positioning efficiency is improved. The method is particularly suitable for fault positioning of a high-permeability and large-scale power distribution network.

Systems, methods, and computer products that efficiently share and move data between different types of data storage formats. More particularly, the preferred embodiment of the present invention provides an easy to use graphical user interface (GUI) for displaying, navigating, and selecting hierarchical database segments and fields. The preferred embodiment of the present invention novelly uses a hierarchical tree structure that clearly represents the structures of a database and their mutual exclusivity, for easy understanding of and navigation through the various database structures. The user is prevented from selecting segments and fields that are not valid for the selected path thereby ensuring accuracy in the representation of the database data structures. Also, the user may select a path from the top of the hierarchical tree, the root, to a specific segment or field.

The invention discloses a construction progress prediction method and system based on a BIM model. The method comprises the steps of obtaining construction information so as to construct a triple-level model, and the triple-level model comprises a macro model, a meso model and a micro model; establishing a construction progress plan, and linking the construction progress and the triple-level model so as to generate four-dimensional progress simulation; according to four-dimensional progress simulation, building a construction task decomposition structure so as to formulate construction plans of different levels, according to the project content, adding construction tasks and progress plans step by step into the construction plan to form a four-dimensional construction simulation model; according to the four-dimensional construction simulation model, guiding the progress construction progress, displaying each work of the construction process in the visualized object building component virtual building process, adding the time dimension, and on the basis of real-time mathematical statistical analysis, simulating the problem in the construction process; from macroscopic to mesopic, and then microscopic substep modeling is performed, different-level models can be switched through clicking operations, and convenience is greatly improved.