57 results about "Structure mapping" patented technology

Various techniques are provided for facilitating the management of hierarchical data within a relational database system. One such technique involves separating the storage structures used to store data that captures the information about the hierarchy (the “hierarchy structures”), from the storage structures used to store the content of the resources that belong to the hierarchy (the “content structures”). Techniques are also provided for allowing users to customize the metadata attributes associated with resources that belong to the information hierarchy. One technique involves registering XML schemas that specify the metadata attributes desired by a user. Another technique involves storing attributes that do not correspond to any declared field in a “catch-all” column within the resource table. Techniques are provided for determining how to store resources as they are added to the database. According to one technique, the database server searches the data of the resource to find content-type information. If content-type information is found, then the database server consults a content-type to content-structure mapping to determine where to store the content of the resource.

The invention discloses an IP recognition method and system for a domain name authority service source. The method comprises the steps: 1), a query record feature statistic module extracts the query record features of set source IPs from an authority query log of an authority server; 2), a recursion structure feature statistic module builds a recursion structure mapping relation table according to the read global recursion service detection data, and then carries out recursion structure feature extraction according to the recursion structure mapping relation table; 3), a source IP cluster recognition module carries out the clustering of the set source IPs according to the extracted query record features and the recursion structure features, dividing the source IPs into a plurality of different subsets, and sets a response strategy for each subset; 4), the authority judges which subset the IP corresponding to the query belongs to when the authority server receives the query, and then carries out the processing of the IP corresponding to the query according to the response strategy corresponding to the subset. The method can achieve the fine recognition of different types of source IPs, and carries out the corresponding processing of the IPs.

The invention provides an unstructured grid data management method matched with a high-performance computer architecture. The method comprises the steps of: determining an unstructured grid data structure according to a multi-physical coupling process; and mapping the unstructured grid data structure into the high-performance computer architecture. The process of determining the unstructured griddata structure comprises the following steps of: constructing a federation layer consisting of a plurality of unstructured grid units; dividing the federation layer to obtain an adjacency relation between member layers; cloning the member layers to obtain an adjacency relation between grid layers; carrying out layer-by-layer non-overlapping subdivision processing on the grid layers to obtain subdivision layers which are nested with each other layer by layer and an adjacency relation between the subdivision layers; and defining physical quantities in a multi-physical coupling process for the grid units according to the subdivision layer obtained by the last subdivision. Any unstructured grid cell type and complex topological structure can be supported, and the numerical calculation efficiency can be greatly improved.

The invention relates to a hierarchical system integration design modeling method. Through five steps of concept design model library pre-definition, demand classification modeling, case-based function demand analysis, system function modeling, and function-behavior-structure mapping of multiple paths, unified description of demand, function, behavior and structure information of a system conceptdesign model is realized. The method has the advantages of formalization, object orientation and graphical processing; and the system concept design efficiency can be improved.

The invention discloses a method for operating a database table based on backward generation of a database table structure. The method comprises the following steps of creating an Oracle database table in a database editor, and establishing a database table structure mapping relationship; querying, reading and judging the information of the Oracle database table; reversely extracting a managementtable from the Oracle database table, and respectively storing the query contents into a manager database table; cyclically querying the information stored in the manager database table, extracting and storing into a defined dynamic module, organizing data in the dynamic module into Java codes, and generating two DAO files, two TO files, a FROM file and a VO file; by calling the files, increasing,deleting, modifying and querying the database table. The method has the advantages that the operation codes are standard and uniform, the operation and subsequent maintenance of the database are convenient, the workload of a developer is reduced, the quick editing of the database is realized, and the like; the higher application value and popularization value are realized in the technical field of the databases.

The invention discloses a product requirement-structure mapping method based on an effect. According to the method, it is thought that all stages of concept design must be comprehensively considered, and an efficient and consistent design process is provided for concept design of a product. Thus, the product requirement-structure mapping method based on the effect is put forward. Common steps mainly include the steps that requirements are analyzed, the requirements are converted into functions, and the functions are mapped into structures. By means of the method, design efficiency can be improved, and design cost is reduced.

The application discloses a resource mapping method and an apparatus thereof. The method includes steps: a network device performs nested structure mapping on a modulation symbol set to obtain a firstresource block, wherein the modulation symbol set carries downlink control information corresponding to each user equipment in at least one piece of user equipment, and modulation symbols, loaded onthe first resource block, of the same user equipment are continuous; the network device reconstructs the first resource block to obtain a second resource block, wherein modulation symbols, loaded on the second resource block, of the same user equipment are non-continuous; and the network device maps the second resource block to a time frequency resource so that the user equipment obtains the modulation symbol set according to the time frequency resource. By employing the method and the apparatus thereof, a receiving terminal can find symbol pairs with similar signal to noise ratios at candidate positions of the same aggregation level without calculation, and the blind detection of the receiving terminal is facilitated.

The invention discloses a design method for realizing an ultra-high porosity structure based on a minimum curved surface, which comprises the following steps of: determining the type of the minimum curved surface by utilizing three-dimensional design software to obtain minimum curved surface data in a single period; importing data of the part and the minimum curved surface in a single period into lattice design software, and reading data of vertexes and triangular patches of the part and the minimum curved surface; the edges of the triangular patches are extracted to serve as basic units for pore forming; and filling the part with the latticed extremely-small curved surface, converting the filled porous structure into an STL structure, and exporting the STL structure to complete the design of the ultra-high porosity structure based on the extremely-small curved surface. The ultra-porosity structure design is obtained on the basis of the extremely small curved surface, and the key for limiting the existing ultra-porosity structure design and manufacturing is achieved. According to the method, a three-dimensional model of a complex part with high porosity is obtained through mapping by designing an extremely-small curved surface unit cell structure, so that the three-dimensional model is expected to be formed through existing 3D printing, and a new thought for obtaining a high-porosity structure through an extremely-small curved surface structure is provided.

The invention discloses a reconstruction method and system for a thermodynamic system, and the method and system are based on a function and structure mapping fusion criterion. The reconstruction method of the thermodynamic system comprises the steps that S1, a thermodynamic system scheme meeting user function requirements is obtained through a function structure mapping method, and the thermodynamic system scheme comprises sub-system, equipment and environment interface elements; and S2, according to a thermodynamic system scheme, the subsystems are described according to equipment composition, media, pressure, temperature and materials, and the equipment is described according to structural forms, media, pressure, temperature and materials. And S3, screening alternative subsystem combinations which can be fused and reconstructed according to a medium consistency and structural similarity fusion criterion. And S4, evaluating the feasibility of the fusion reconstruction design for the alternative subsystem combination, and proposing a fusion reconstruction design scheme. According to the reconstruction method of the thermodynamic system, dependence on experience of designers is greatly reduced, better operability is achieved, and the design period can be greatly shortened.

The invention relates to the field of finance science and technology, and discloses a data synchronization method and device, and the method comprises the steps of obtaining a table structure mapping relation between a first data table in a first single-machine database and a second data table in a distributed database through a first synchronization assembly; the method also includes that the first synchronization component modifies first record information in a first log file of the first stand-alone database according to the table structure mapping relation to obtain second record information, wherein data objects to be synchronized to the second data table in the first data table are recorded in the first record information; and the first synchronization component synchronizes the data object into the second data table according to the second record information. According to the mode, the data synchronization behavior of the stand-alone database subjected to table structure change does not need to be paused in a gray level change scene, and the change operation of the data table structure of the stand-alone database not subjected to table structure change in the distributed database can be synchronously realized in the data synchronization process, and the synchronization efficiency in a gray level change scene is improved.

The invention belongs to the technical field of sedimentary basin structure research, and relates to a method for calculating basin burial history in batches based on a de-compaction effect. The method is simple in operation, accurate in calculation and high in efficiency. A large amount of drilling data in a basin can be effectively used as original data for burial history calculation; a large amount of drilling data in the basin can be processed in batches; the layering and lithological data of multiple wells are automatically recognized through programming; and the burial histories of all the wells are rapidly and accurately calculated. On the basis of the burial histories of the multiple wells; paleo-structure mapping is carried out in each period. The method has the characteristics ofdetailed mapping data and high selectivity. In addition, any well in the basin can be very conveniently and quickly positioned, so that the burial history of the single well can be drawn.

The invention discloses a simulation method of a trackside simulator for automated testing of a CBTC system. The simulation method comprises the steps of reading trackside equipment data in a data table through a compiled Python script; reading IO of each trackside device in the data table through a compiled Python script, and establishing an IO structure; organizing trackside equipment data and IO structures thereof according to different equipment types, and establishing an equipment type-data structure-IO structure mapping relationship; and reading and setting the trackside equipment stateaccording to the equipment type-data structure-IO structure mapping relationship. Accordingly, efficiency and reliability are improved.

The invention discloses a method for analyzing and predicting the formability of an MAX phase material. The method includes: selecting characteristic factors influencing the material structure; designing a feature model influencing the MAX phase structure on the basis of the selected feature factor; physical parameters are input to construct a structure mapping graph, MAX phase structures are distributed according to different areas in the structure mapping graph, various structures are classified according to the physical parameters calibrated by coordinates and serve as initial guidance forpredicting an unknown MAX phase, and then the unknown structure of a new material can be predicted through the method. The method is a method which is relatively successful at present and does not need to be helped by experiments to carry out structure prediction. Moreover, the method provided by the invention can greatly reduce the consumption of manpower and computing resources, saves the cost,and provides theoretical guidance for the synthesis of high-performance MAX-phase materials.