483results about How to "Improve reusability" patented technology

The invention belongs to the technical field of knowledge graph construction, and particularly relates to a multi-source heterogeneous data fusion and knowledge graph automatic construction system, which comprises a semantic extraction module for extracting minimum semantic fragments from multi-source data and performing cross-source alignment to generate a symbolized semantic framework; the data purification module converts multi-source data into symbolic predicates according to the framework, filters low-evidence data and outputs a purification set; the ternary generation module inputs the initial triad candidate set into a minimum rule grammar, and extracts entities, relationships and attributes to generate an initial triad candidate set; the disambiguation calibration module generates entity two-hop topological fingerprints based on the candidate set, completes disambiguation alignment and corrects conflicts, and outputs unambiguous structured knowledge; the mapping fusion module fuses the mapping information with the minimum connected ontology, and constructs and verifies an initial mapping knowledge domain; and the incremental updating module processes newly added data, performs incremental merging and maintains consistency, and forms a complete knowledge graph. According to the method, through full-link automatic construction, efficient fusion and high-quality atlas are realized.

The invention discloses a reasoning application method, system, equipment and medium combining tool creation and evolution, knowledge is abstracted from a collected data set by using a large language model, a knowledge tree structure is constructed, a series of tools are induced based on the knowledge tree structure, and the universality and reusability of the tools are ensured. In the tool evolution search stage, a complete tool evolution mechanism is designed, and a corresponding optimization function is designed in combination with an evaluation index, so that the balance of adaptive exploration and utilization is realized, a tool set is dynamically optimized, and the diversity and adaptability of the tool set are continuously improved. In the reasoning application stage, a tool enhancement agent is constructed, and the tool is flexibly called to solve the complex reasoning problem. According to the method, the reusability and diversity of a tool are remarkably improved, the reasoning accuracy and efficiency of a large language model are enhanced, meanwhile, the interpretability and adaptability of a system are improved, good cross-domain application potential is achieved, and a certain basis is provided for enhancing the complex reasoning ability of artificial intelligence.

The invention relates to the technical field of computers, in particular to a hardware topological information processing method and device, equipment and a medium. According to the method, the information type and the node identifier are carried when the query request is received, so that a developer can accurately query the hardware topology information of the specific node, and blind search and repeated work are avoided. Secondly, after the information type is determined to be the topological information type, hardware topological information of the target node is obtained from a database, the database comprises information of different nodes, and the target hardware topological information is determined according to a topological configuration file of the target node, so that the accuracy and pertinence of the information are ensured. Therefore, in the development process, developers of different groups can quickly obtain the detailed hardware topology information of the required nodes through the scheme, the situation that development and debugging are repeatedly carried out due to hardware adjustment is reduced, and the development efficiency and the code reusability are improved.

The invention relates to the technical field of robots, and provides a Robomaster multi-sensor fusion decision-making-based sentry robot which comprises a chassis, a holder, an actuator module, a sensing module, a lower computer and an upper computer. The lower computer comprises a receiving module, a decision module, a distribution module and a motion control module; the upper computer comprises a laser radar navigation module and an image recognition processing module; the decision-making module is used for performing corresponding processing on the received data fusion robot according to the situation faced by the robot; and the distribution module is used for directly sending the received sensing data of the sensing module and the data of the judgment system to the laser radar navigation module and the image recognition processing module. According to the scheme, through multi-sensor fusion and a low-computing-power control system, a complex environment can be sensed more comprehensively, low-delay image processing and path planning are achieved, multiple independent and mutually decoupled modules are integrated, and high expansibility and stability are achieved.

The invention relates to the technical field of vehicles, in particular to a semantic data processing method and device, middleware, a storage medium and a product, and the method comprises the steps: receiving semantic data issued by a sender; analyzing the semantic data according to the semantic protocol of the sender, identifying target application software corresponding to the analyzed semantic data, and converting the analyzed semantic data to generate a control instruction executable by the target application software; the control instruction is sent to the target application software, and the target application software executes the target operation according to the control instruction. Therefore, the problems of high development cost, low efficiency and the like due to the fact that semantic data generated by different sensing end hardware devices and control end software products follow respective semantic protocols and a large amount of technical protocol docking work needs to be carried out during voice development are solved.

The invention relates to the technical field of servers, and particularly discloses a direct connection hard disk system, a hard disk daughter board and a server. The hard disk daughter board and a backboard board card which are detachably connected are designed, and the hard disk daughter board is detachably connected with the backboard board card through a first hard disk state signal connector; an uplink data interface of a hard disk connector on the hard disk daughter board is directly connected with the server mainboard through a high-speed signal line, a downlink data interface of the hard disk connector is connected with a hard disk, and a hard disk state signal and a power signal of the hard disk connector are connected with a backboard controller of the backboard board card through a first hard disk state signal connector. Compared with a traditional direct-connection hard disk backboard, the universal backboard board card can be used in a cross-generation mode, only corresponding hard disk daughter boards need to be additionally arranged according to the number and the type of hard disks, a high-speed signal link is shortened, the impedance design difficulty is lowered, heat dissipation is facilitated, and noise and power consumption of the whole machine are lowered.

The invention discloses an SKTC task model data interaction association mapping transmission method, and relates to the technical field of data interaction and association mapping of a SysML design model and a Modelica simulation model. The method comprises the steps that a unified data interaction format is defined, the format and the protocol follow the FMI standard, and interoperability of the model is ensured; a mapping rule is designed, and data read-write operation between the models is achieved through an interface provided by the FMI; a data interaction interface is realized, and setting of model parameters and triggering of calculation steps are carried out through an FMI; and developing a co-simulation environment. By defining a unified data interaction format and a mapping rule, a design model and a simulation model are exported into an FMU format through a format conforming to an FMI interface standard, and are effectively integrated in a co-simulation environment, so that the two models can be seamlessly jointed, accurate transmission of data and co-simulation of the models are realized, and the simulation efficiency is improved. And the interactivity and reusability of the model are greatly improved.

The invention discloses a circuit and chip for supporting core particle parallel physical links through a PIPE interface, and the circuit comprises a data processing module which is located between the PIPE interface and a parallel PHY group, and comprises a data packaging module and a data analysis module, the data packaging module is used for generating a receiving direction data signal on the PIPE interface from data from the PIPE interface, compressing and packaging the receiving direction data signal and transmitting the receiving direction data signal to the parallel PHY group; and the data analysis module is used for analyzing the data from the parallel PHY group, recovering and restoring the compressed data, and then transmitting the data to an upper layer through the PIPE interface so as to send the data to a core particle interconnection controller on the PIPE interface. The invention aims to solve the problem of how to drive and use a plurality of parallel physical interfaces to carry out data transmission through a PIPE interface of a core particle interconnection protocol interface compatible with a PIPE interface on a physical layer, and data transmission is carried out through the PIPE interface and the plurality of parallel physical interfaces.

The invention relates to the technical field of radars, in particular to a radar digital base system. The system comprises a running environment, the running environment comprises an application layer, middleware and a hardware layer, the application layer comprises application software obtained on the basis of software assembly, and the middleware is used for providing calling interfaces of a uniform standard between the application software of the application layer and hardware function modules of the hardware layer; the hardware layer comprises hardware function modules; and the visual development environment is integrated with design tools used for designing function modules in all levels in the operation environment, and the visual development environment faces system designers. By the adoption of the system, the same application software can be deployed to parts which have the same function module and are produced by different manufacturers.

The invention discloses a programmable metasurface unit chip and a programmable metasurface, and the unit chip sequentially comprises a first dielectric layer, a first bonding dielectric layer, a controllable metal layer, a second bonding dielectric layer, a third dielectric layer, a third metal layer, a third bonding dielectric layer, a fourth dielectric layer and a fourth metal layer from top to bottom. The controllable metal layer comprises a metal structure and a controllable element and is used for forming two isolation electromagnetic wave regulation and control channels so as to independently control orthogonal polarization electromagnetic waves and provide independent and controllable electromagnetic response for the incident orthogonal polarization electromagnetic waves; the third metal layer is used as a radio frequency ground for improving the electromagnetic wave reflection performance; the fourth metal layer is used for inputting bias voltage; and bias voltage is loaded to the controllable element through the metal holes of each layer. The plurality of unit chips are arranged on the substrate in an array mode to form the metasurface. The unit chip provided by the invention can greatly reduce the design and implementation complexity of the metasurface, reduce the production and maintenance cost, and promote the application of the metasurface in a wireless information system.

The invention discloses a data fusion method, apparatus and device, and a storage medium. The method comprises the steps of obtaining scale data in each database; by means of a preset semantic analysis model, scale fields in the scale data are transferred into standard names in the CDISC standard, and a field mapping relation and a field value mapping relation are constructed; converting the scale data into target data conforming to the CDISC standard based on the field mapping relation and the field value mapping relation; and performing data fusion on the target data according to the weight of each database by adopting a weighted average method to obtain a data fusion result. The scale field in the scale data is transferred into the standard name by utilizing the preset semantic analysis model, the scale data is converted into the target data meeting the CDISC standard on the basis of the field mapping relation and the field value mapping relation, and finally, the target data is fused by adopting the weighted average method, so that the data fusion efficiency is improved. And the efficiency and reusability of cross-column research data fusion are improved.

The invention provides a general semiconductor test data full life cycle management system, and the system comprises a test source data access module which is used for uploading a source test file in a test machine to the system; the full test data analysis and standard model conversion module is used for converting the uploaded source test file into a test file in a standard data format and transmitting the test file to the multi-dimensional KPI atomic model operation and persistent storage module; the multi-dimensional KPI atomic model operation and persistence storage module is used for calculating a multi-dimensional KPI atomic result according to the data in the test file in the standard data format and storing the multi-dimensional KPI atomic result to a persistence layer database; and the unified service output module is used for receiving a user query request, performing aggregation calculation on the multi-dimensional KPI atomic result in the persistent layer database according to the user query request, and returning a KPI result meeting the user query request. The system can improve the utilization efficiency of semiconductor test data and reduce the operation cost.

The invention relates to the technical field of bridge construction, in particular to a method for creating a bridge component based on Revit and Dynamo. The method comprises the following steps: S1, dividing bridge components into a point-based model and a line-based model, and respectively setting two automatic modeling programs; s2, establishing a parameterized family based on a point model, and loading the parameterized family into Revit; s3, reading the parameter data in the excel table; s4, using data to complete model size modification and automatic accurate positioning; s5, establishing a parameterized family based on a line model, and loading the parameterized family into Revit; s6, determining starting and ending point positions of the linear component; s7, determining a vertical offset distance; and S8, generating a model instance, and automatically modifying instance size parameters in batches. An excel table is read through Dynamo, parameters are automatically given to instance parameters in the model, data are used for driving parameterized model families, the model is automatically generated, and the model precision and the construction efficiency are remarkably improved. The method is mainly applied to the aspect of automatically creating the fabricated bridge member.

The invention relates to a PPU module verification system and method based on a UVM verification platform, by establishing a module-level verification system, parallel access of a plurality of hosts to a PPU module can be simulated through random configuration, and various possible scenes are traversed, so that the verification efficiency is improved, and the verification integrity is ensured. Module-level simulation verification can be immediately carried out after development of the PPU module is completed, through parameterization processing on APB and AHB interfaces, the number change of cores can be flexibly coped, verification cases can be dynamically adjusted, a verification system does not need to be redesigned, and the reusability of the verification system is greatly improved. By directly generating a data packet of an effective protocol instead of initiating access depending on a system configuration core, comprehensive verification of storage spaces of all the PPU modules is ensured. Therefore, through technologies of module-level simulation, interface parameterization, automatic expected generation and the like, the verification capability of the PPU module is greatly improved.

The invention provides an intelligent gateway communication protocol conversion implementation method and system, and belongs to the field of industrial communication gateways. The method comprises the following steps: according to each communication protocol of each device, executing loading of each corresponding communication protocol packing and unpacking program, and executing registration of each corresponding communication protocol packing and unpacking interface; loading of the device variable definition file corresponding to each device and loading of the device communication instance definition file corresponding to each device are executed respectively; wherein the device variable definition file and the device communication instance definition file are both defined by a preset dynamic programming language; and based on the device variable definition file, the device communication instance definition file and the communication protocol packing and unpacking program corresponding to each device, executing a communication instance corresponding to each device, and carrying out data transmission among the devices. According to the method, the coupling of each module of the program is reduced, the complexity of hard coding is reduced, the multiplexing capability of each functional module of the program is further improved, and the universality of the communication gateway program is higher.

The invention provides a simulation and automatic test system for vehicle-mounted LED control software. The simulation and automatic test system comprises a vehicle lamp driving control panel and a PC terminal, a simulation system and a test system are installed on the PC terminal. The PC end is in communication connection with the vehicle lamp driving control panel through the IO device, and the vehicle lamp driving control panel is further connected with the hardware fault injection unit FIU, the power module, the temperature measuring device and the LED testing lamp box. A PC terminal sends a simulation instruction to a vehicle lamp driving control panel through IO equipment and receives simulation data of the vehicle lamp driving control panel at the same time; a test case script is written on a test system, and a hardware fault injection unit FIU, an LED test lamp box and a temperature measurement device are utilized to simulate test conditions of a vehicle lamp driving control panel, when a PC end outputs an analog signal to the vehicle lamp driving control panel, the vehicle lamp driving control panel distinguishes the analog signal, and a test result is obtained. And a hardware fault injection unit FIU and temperature measurement equipment are controlled through a PC end to provide simulation conditions for the vehicle lamp driving control panel.

The invention relates to an application program generation method and device, computer equipment and a storage medium. The method comprises the steps of obtaining task demand information corresponding to application development, and analyzing the task demand information to obtain function demand information and interface definition information; function splitting is conducted on the function demand information, multiple pieces of sub-function information and function association logic information are formed, and function association logic is used for representing the connection relation between function modules in the application program; screening pre-constructed function modules according to the multiple pieces of sub-function information to obtain multiple target function modules; configuring data interfaces among the target function modules according to the target function modules and the interface definition information; and based on the data interface and the function association logic information, integrating the plurality of target function modules to generate an application program. According to the scheme, the reusability of the code file is improved, and the generation efficiency of the application program is effectively improved.

The invention relates to the technical field of data point burying, and discloses a universal component point burying method based on user operation, which realizes point burying in a configuration and automation mode, reduces code invasiveness and improves point burying efficiency and flexibility. The point burying method comprises the steps that a point burying rule is set and configured in a JSON file, a route is used as an index, and the point burying rule comprises components, events and attributes needing point burying; constructing a reading method of a JSON file, and injecting the reading method into a source code of the react-native framework component; when a user triggers an event in a component under the current route, acquiring an attribute value of a corresponding attribute from the JSON file through a reading method, and storing the acquired attribute value as burying point data in a database; and starting an independent thread, and regularly reading the burying point data in the database in a timed task form and reporting the burying point data. According to the method, the problems of high invasiveness and high modification and maintenance cost of the existing burying point codes are solved, and the method has practicability and universality.

The invention discloses a method for converting various hearing aid fitting parameters based on clinical hearing supervision, and particularly relates to the technical field of hearing aid fitting parameter conversion, and the method comprises the following steps: step 1, constructing user features and hearing aid features, step 2, generating first-level fitting parameters of each hearing aid, step 3, generating unified hidden variables, step 4, generating first-level fitting parameters of each hearing aid, step 5, generating second-level fitting parameters of each hearing aid, and step 6, generating third-level fitting parameters of each hearing aid. 4, generating converted hearing aid fitting parameters; and 5, verifying the hearing aid fitting parameter conversion model. According to the invention, the user features and the features of each hearing aid are used as the input end data of the fitting parameter conversion model, so that the hearing aid fitting parameter conversion process is prevented from depending on the feedback of a hearing loss patient, and the same hearing feeling fitting parameters of different hearing aids can be output at one time according to the user features and the features of each hearing aid; and meanwhile, fine tuning training is performed on the fitting parameter conversion model, so that the fitting parameter conversion model has a self-supervised learning capability, and the stability of the fitting parameter conversion model is improved.

The invention provides an evaluation system for space single particle failure of a power device, which comprises a multifunctional test board, a power supply bias module and a remote controller, and is characterized in that the multifunctional test board comprises an extensible power device interface used for connecting multiple different types of to-be-tested power devices; the power supply bias module is connected with the multifunctional test board and is used for providing bias voltage for the to-be-tested power device and monitoring current characteristics of the to-be-tested power device; the remote controller is connected with the power supply bias module, and is used for setting a bias voltage corresponding to the power device to be tested, controlling the power supply bias module to provide the bias voltage, obtaining current characteristics, and evaluating the space single particle failure of the power device to be tested according to the bias voltage and the current characteristics; wherein the multifunctional test board and the power supply bias module are arranged in a space single-particle radiation environment, and the remote controller is arranged outside the space single-particle radiation environment.

The invention provides a geological map standard symbolization method, electronic equipment and a storage medium, and relates to the technical field of geological map standard symbolization, and the method comprises the steps: obtaining target vector data related to geological data to be rendered; obtaining an initial annotation font list A; adding a preset field to each initial annotation font in the A to obtain a middle annotation font list B corresponding to the A; establishing a first mapping table QT; encoding the middle labeled fonts in the QT to obtain a target font library C; slicing the target fonts in the C to obtain a vector slice list set D corresponding to each zoom level; rendering the target vector data according to the zoom level of the user in the preset historical time period T0 and the C; according to the method, the problems that the symbolization technology generally has insufficient flexibility and customization of a symbolization system, the symbolization process is tedious, errors are easy to introduce and the like when the symbolization technology is used for processing a complex thematic map can be avoided.

The invention provides a production field monitoring method and device, electronic equipment and a storage medium, and the method comprises the steps: collecting a plurality of production region images of a first production region at a first time point of each workday through an image sensor disposed on a production field; inputting all the collected production area images into a pre-trained multi-modal large model, and enabling the multi-modal large model to output a production management evaluation result corresponding to each production area image according to a production management rule corresponding to a production field, the production management evaluation result at least comprises a problem description text, a mark image and a rectification measure text corresponding to each second production area which does not conform to the production management rule; and generating a first production management report based on all the obtained production management evaluation results. The system is used for realizing monitoring and intelligent management of a production field, and has high adaptability and reusability.

The invention relates to an intelligent simulation model framework construction method. The method comprises the following steps: S1, completing model label design; s2, constructing a model system architecture specification; s3, based on the model label and the model system architecture specification, establishing a knowledge graph intelligent recommendation model; and S4, completing generation and development of a simulation model by using the knowledge graph intelligent recommendation model. According to the invention, through a label design method, a multi-dimensional and multi-feature model system label library is constructed, a model system knowledge graph is formed, and a label-based model system framework intelligent recommendation capability is provided, so that generation, development and reconstruction of a simulation model are realized; the problems that the model development learning cost is high, the development efficiency is poor, and the intelligent level is low are solved.

The invention relates to an auxiliary system for breast cancer radiotherapy based on machine vision, and belongs to the technical field of breast cancer radiotherapy. The system comprises a historical case model training module, a patient case model adjusting module, an optimization feedback learning module, a patient medical image processing module, a physical form change feature extraction module, a deformation quantity time difference prediction module and a three-dimensional structure reconstruction module. The system can quickly predict the deformation quantity of each dimension of a target organ of a breast cancer patient at a certain time point in the future during the edema period after a breast protection operation, and has relatively good accuracy and stability, so that an auxiliary radiotherapy treatment scheme for the breast cancer target organ of the patient can be guided; the system has an important clinical application scene, the treatment efficiency of breast cancer radiotherapy can be greatly improved, the problems of concentrated computing power and long consumed time in the prior art are solved, and a radiotherapy execution scheme can be formed according to a deformation quantity prediction result before radiotherapy operation.

The invention provides a multi-source data-based total element tower model automatic matching method and system, a computer readable storage medium and electronic equipment, and relates to the technical field of tower modeling. Comprising the steps of obtaining point cloud tower data, and extracting tower contour features as first contour features; obtaining visible light tower data, and extracting tower contour features as second contour features; fusing the first contour feature and the second contour feature to obtain tower feature information, and establishing a tower attribute file; the method comprises the following steps: obtaining tower drawings of different voltage grades and different types, manufacturing a total-factor tower model comprising a tower head, a tower body and tower legs according to the drawings, and constructing a total-factor tower model library; and matching tower elements in the total element tower model library based on the tower attribute file information, and realizing three-dimensional vectorization modeling of the tower based on the successfully matched tower elements. According to the method, the tower three-dimensional vectorization modeling can be finely realized, and the precision and efficiency of tower three-dimensional vectorization modeling are improved.

The invention discloses a high-power motor servo drive software architecture and a construction method thereof, and belongs to the technical field of motor servo, the high-power motor servo drive software architecture sequentially comprises a hardware configuration layer, an interface platform layer, a protocol abstraction layer, an application layer and a scheduling management layer from bottom to top, and the layers are fully decoupled; the hardware configuration layer realizes peripheral initialization for hardware details hidden in the upper layer; the interface platform layer directly accesses a register to quickly access data; the protocol abstraction layer is responsible for data format conversion and ensures interlayer communication; the application layer integrates a control algorithm and fault processing; the scheduling management layer is responsible for optimizing resource allocation and task scheduling; according to the high-power motor servo drive software architecture and the construction method thereof, the problems of high software coupling degree and poor expansion reusability in the prior art can be solved, and the development and test efficiency and the system stability and reliability are improved.

The invention belongs to the technical field of stereoscopic vision, and discloses a stereoscopic matching method based on unsupervised online learning. The method is realized through a stereo matching module based on a multi-level cost body, a non-occlusion region confidence estimation module and a Mann-Kendall trend detection module. Compared with the prior art, the method has a better stereo matching effect. The model provided by the invention has the best result in both the initial stage and the later stage, and due to the good generalization of the model, the model can always keep a relatively accurate prediction result in a sheltered region. The model has a good prediction result in the occlusion area due to high generalization, and the tendency of parameter error update is relieved due to the fact that the self-adaptive adjustment strategy provided by the invention eliminates the influence of error loss of most of the occlusion areas, so that the network can maintain the optimal performance all the time.

The invention provides a condensation water throttling process analysis method and device of a coal-fired unit and electronic equipment, and belongs to the technical field of coal-fired units. The method comprises the following steps: constructing a dynamic model of a coal-fired unit based on a Modelica language; obtaining the condensed water throttling amount and the adjusting time under different operation conditions; respectively inputting the condensed water throttling amount and the adjusting time under different operation conditions into the dynamic model to obtain the output power of the dynamic model under all operation conditions; a fitting function is constructed based on the condensation water throttling amount and the adjustment time under different operation conditions and the output power under all the operation conditions; and carrying out dynamic characteristic analysis on the output power of the dynamic model in the condensation water throttling process based on the fitting function. The method is used for solving the problem that the effects of power grid frequency modulation and power plant regulation and control are poor due to the lack of a technical scheme for accurately and objectively analyzing the dynamic characteristics of the output power of the coal-fired unit in the condensed water throttling regulation process under different working conditions in the existing scheme.

The invention relates to the technical field of artificial intelligence, can be applied to business scenes of financial science and technology, medical health and the like, and discloses a context protocol-based agent construction method, device, equipment and medium. The method comprises the following steps: deploying a model context protocol server in a processing environment and establishing communication connection with a target database, packaging the operation instruction for the target database and registering the operation instruction as a universal tool set; and the agent platform obtains service description information containing general tool set information, generates a service plug-in, creates an agent instance, loads the service plug-in, selects and determines a target tool through a tool, and binds the target tool to the agent instance. According to the method, the database operation instruction is packaged into the universal tool and introduced into the agent instance in the form of the service plug-in, so that the database capability can be uniformly accessed, selected and bound, the cost of manual interface development and repeated adaptation is reduced, and the standardization and reusability of tool access are improved.

The invention provides a submarine data shelter distribution design method based on a knowledge graph, and belongs to the field of ocean engineering. According to the method, the relationship among various information of typical submarine data shelters in history can be integrated by constructing a distribution design knowledge graph system framework of the submarine data shelters; through a mode of fusing different knowledge maps, redundant information can be merged to improve reusability of knowledge objects, information contradictions among different knowledge maps are reduced, a system error-tolerant rate is reduced, and the fused knowledge maps are more universal in a submarine data shelter project; according to the submarine data square cabin obtained through the optimal process of submarine data square cabin distribution design of the method, factors in all aspects and the relation between different elements are comprehensively considered, and the constructed submarine data square cabin is more environmentally friendly and safer.