36 results about "Interface model" patented technology

1. Name of this design: Prototype dynamic display area for generating graphical user interface for intelligent agents of electronic devices. 2. Purpose of this design: An electronic device. 3. The key design features of this product are its graphical user interface content. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: The overall purpose of this graphical user interface is to display the progress information of the autonomous generation of the intelligent agent, and the specific purpose is to display the loading dynamics of the prototype interface generated by the autonomous intelligent agent. 7. Human-computer interaction method of graphical user interface: The main views of Design 1 to Design 3 are all prototype display interfaces of autonomous intelligent agents, and the interface displays the model diagram of the prototype interface. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 2, which shows the change from the main view of Design 4 to the interface of Design 4. The prototype interface model in the prototype display area of ​​the interface will be fully displayed gradually. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 2, which shows the change from the main view of Design 5 to the interface of Design 5. The prototype interface model in the prototype display area of ​​the interface will gradually disappear. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 3, which shows the change from the main view of Design 6 to the interface of Design 6. The prototype interface model in the prototype display area of ​​the interface will be fully displayed gradually. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 3, which shows the change from the main view of Design 7 to the interface of Design 7. The prototype interface model in the prototype display area of ​​the interface will gradually disappear. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 6, which shows the change from the main view of Design 8 to the interface of Design 8. The prototype interface model in the prototype display area of ​​the interface will be fully displayed gradually. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 6, which shows the change from the main view of Design 9 to the interface of Design 9. The prototype interface model in the prototype display area of ​​the interface will gradually disappear. The "X" in the interface represents text, numbers, or symbols. 8. Other situations requiring explanation: This patent requests partial design protection: the part covered by the red semi-transparent color block in the interface does not constitute the part for which partial appearance protection is sought.

A kind of zirconium alloy water environment corrosion microscopic mechanism analysis method based on ab initio molecular dynamics, 1, construct the multi-phase interface model of metal substrate model and corrosion medium layer model combination, obtain the size information of simulation box;2, set simulation parameters for multi-phase interface model;3, carry out geometry structure optimization to multi-phase interface model and eliminate local internal stress, then carry out ab initio molecular dynamics simulation, obtain atomic evolution track and corrosion product structure;4, carry out data post-processing and statistical analysis to ab initio molecular dynamics simulation result, obtain corrosion elementary reaction path and calculate reaction energy barrier, the interaction mechanism of corrosion group and surface is analyzed by DFT method.The method can complete accurate zirconium alloy corrosion process dynamic simulation under periodic boundary condition, has higher calculation precision and is more reasonable to the description of interatomic force in system, and can also analyze the interaction mechanism between alloy and corrosion medium from atomic electronic scale.

The utility model discloses an interface converter which comprises a first interface part and a second interface part, and two ends of the first interface part are respectively provided with a first connecting end and a second connecting end which are communicated with each other; a second connector part is connected to the first connector part in a sleeving mode and can move and be locked in the axial direction of the first connector part, and a third connecting end is formed at one end of the second connector part; the movement path of the third connecting end has a first state in which the second connecting end extends out of the third connecting end and a second state in which the second connecting end retracts to the third connecting end, and the third connecting end and the second connecting end are matched with different interface models; according to the device, quick switching among various interfaces can be realized, the replacement time is effectively shortened, and the water supply efficiency is improved.

The application provides a connection code generation method and device, electronic equipment, computer readable storage medium and computer program product; the method comprises the following steps: determining a plurality of uniform interface models in the memory for a plurality of source heterogeneous source files corresponding to a plurality of hardware modules; based on each uniform interface model, a hierarchical signal tree is constructed for each hardware module; based on a plurality of signal trees, determine the signal pair to be matched, and determine the bit width topology characteristics of the interface signal in the signal pair to be matched; calculate the similarity between the names of the interface signals in the signal pair to be matched, and the compatibility score of the direction; based on the bit width topology characteristics, the similarity and the compatibility score, determine the consistency score of the signal pair to be matched, and when the consistency score is greater than the score threshold, it is determined that the signal pair to be matched has a connection matching relationship; based on the connection matching relationship, a first connection code is generated. Through the application, the generation accuracy of the connection code of the interface signal can be improved.

Methods, systems, and computer program products for managing interactions between a content management system (CMS) and a large language model (LLM) system. The semantics of user questions can be considered before prompting an LLM, or alternatively, before querying datasets that are local to the CMS. Given a user question to be answered, the embedding of the user question can be matched against preconfigured sample question embeddings to determine a best match. A prompt corresponding to the determined best match is then configured based on identification of the class or classes that correspond to the matched question. Prompts for provision to LLMs can be synthesized based on a particular user's identity and / or based on the particular user's historical collaboration activities over objects of the CMS. The LLM can be hosted by a third-party provider. Alternatively all or portions of a large language model system can be hosted within the CMS.

The invention provides a Web front-end interface adaptive generation method and system, and the method comprises the steps: collecting multi-modal original behavior data correspondingly generated by a user in an interface interaction process, and carrying out the intention feature separation of the multi-modal original behavior data, so as to create a corresponding dual-path feature extraction network; projecting the dominant intention vector and the implicit demand vector to a unified semantic vector space through a preset mapping module so as to perform weighted fusion on the dominant intention vector and the implicit demand vector according to the dynamic confidence of the current interaction scene and generate a corresponding dynamic user portrait; reasoning an interface element attribute adjustment instruction and an interaction logic optimization strategy corresponding to the dynamic user portrait through a preset generative interface model, applying the interface element attribute adjustment instruction and the interaction logic optimization strategy to a current Web interface in combination with a front-end rendering engine, and correspondingly adjusting node attributes and cascading style sheet rules of a preset document object model to generate a corresponding target interaction interface. The interface generation efficiency can be effectively improved.

The application relates to an interface contract optimization adjustment method and device, a terminal and a computer readable storage medium. The interface contract optimization adjustment method comprises the following steps: after a spring bean is initialized, a tool class is used for interception and scanning; if the rest&rpc interface model in the scanning result contains an annotation swagger, the interface protocol on the arena is automatically covered, so that the interface protocol on the arena can be kept consistent with the interface protocol in the code without manual configuration of the interface protocol on the arena; if the rest&rpc interface model in the scanning result does not contain the swagger annotation, the rest&rpc interface model without the swagger annotation is reported to an interface protocol management system for subsequent processing; the interface protocol management system scans an arena interface list according to a preset period, and judges whether the interface data of the arena interface list matches the interface model data; if the interface data of the arena interface list does not match the interface model data, automatic rectification and release are performed in the swagger mode, the automatic monitoring and updating of the interface protocol can be realized, and the research and development efficiency and the interface protocol test efficiency can be improved.

A flexible-architecture complex equipment total-factor digital prototype integration and fusion method comprises the following steps: defining components of a digital prototype, hierarchically analyzing all model components and interface models contained in complex equipment, classifying the components and the interface models to realize tree-like component classification and interface classification information, and establishing a model component library and integrating / fusing other models to realize integration and fusion of the complex equipment total-factor digital prototype integration and fusion. And through further fusion of the required models, the digital prototype composition integrated design is realized, and the standardized comprehensive coverage of interfaces among all elements, multiple levels and systems of complex aerospace equipment can be realized.

The invention belongs to the technical field of fan operation control, and particularly relates to a multi-manufacturer fan unified control system based on Web forwarding and protocol adaptation. Accessing a unified fan control instruction sent by a dispatching center or an external system; the accessed unified fan control instruction automatically selects a corresponding protocol adaptation module based on a manufacturer protocol interface model to obtain a manufacturer fan control instruction; original data is converted into a unified data structure through field mapping; constructing a wind power mapping function according to the digital relationship between the fan output power and the wind speed change; performing health state quantitative judgment on the controllability of the fan based on the alarm quantity of the unified data structure; and based on the unified data structure, the wind power mapping function and the health state quantitative judgment calculation, generating a closed-loop scheduling instruction of the fan. The control system can realize unification of fan control interfaces, standardization of fan data and coordinated control of fan clusters under the conditions of mixed use of multiple protocols, complex fan scenes and diverse fan manufacturers.

The application relates to the field of automobile testing technology and discloses a vehicle controller model-in-loop test system and method, which comprises a framework module, a calibration module, a script module and an interface module; wherein the framework module is used for building a physical model required by a model-in-loop test environment, the physical model is built according to a preset platform model architecture of vehicle controller software testing in response to preset test requirements; the calibration module is used for providing a vehicle controller software model to be tested after data calibration; the script module comprises a script program connected with the physical model and the vehicle controller software model to be tested, and generates a corresponding interface model in the interface module by running the script program, the interface model is used for communication between the framework module and the calibration module. The application can provide a comprehensive, effective and automatic model-in-loop test system of the vehicle controller suitable for different projects and products, improve the model-in-loop test efficiency of the vehicle controller software model and guarantee the safe operation of the vehicle.

This invention relates to an automated testing system and method for low-code applications based on machine learning, comprising the following key steps: First, receiving test requirements from the low-code application and obtaining interface element diagrams; second, processing the interface element diagrams using image processing and semantic recognition techniques to extract the interface model; then, automatically generating and executing test cases based on the interface model, and collecting test result data; finally, analyzing the test result data and generating a detailed test report. This invention also involves constructing and using a framework recognition network and a text extraction network to accurately identify the categories and text meanings of interface elements, and using clustering analysis and decision tree algorithms to deeply analyze test data, thereby effectively identifying abnormal patterns, error causes, and paths. This invention can be widely applied in the field of software development, especially for application testing on low-code platforms, improving software quality and testing efficiency.

The invention provides a method and a system for uniformly managing and controlling an API (Application Program Interface) by a cloud interface aggregation layer. The method comprises the following steps of: firstly, acquiring an original interface definition containing a communication protocol and a data format of each financial cloud platform, and constructing an aggregation interface model capable of mapping original parameters of different platforms into a standard parameter set in an aggregation layer according to the original interface definition; then, dynamically generating a control strategy based on an external supervision rule and a real-time running state of the cloud platform, analyzing the control strategy into an executable rule set, and embedding the executable rule set into the model to form an enhanced interface model; and when a financial transaction request is received through the aggregation layer, mapping and compliance verification based on standard parameters are carried out by using the enhancement model to generate a compliance request, and finally the compliance request is forwarded to a target cloud platform interface matched with a real-time management and control strategy. According to the technical scheme provided by the invention, the self-adaptability and the intelligent level of API management in a cross-cloud transaction scene are improved, the compliance risk is reduced, and the overall stability and the operation and maintenance efficiency of the system are improved.

The invention discloses a video decoding method and device, equipment and a storage medium, and belongs to the field of video decoding, and the method comprises the steps: pausing a first task thread, and writing a to-be-decoded video data block of a to-be-decoded video stream into a preset input buffer area in response to a first writing operation; decoding the to-be-decoded video data block stored in the input buffer area, and writing decoded data obtained by decoding into an output buffer area through a second write-in operation; and under the condition that the decoded data is detected to form the decoded video data block in the output buffer area, restoring to execute the first task thread so as to read the decoded video data block. According to the method, by introducing a task synchronization mechanism, the stability and data consistency of the decoding process are improved, task scheduling optimization and buffer management refinement in the decoding process are realized, and the problems of task congestion and resource competition caused by mismatching of interface models are relieved.

The invention discloses a deep space exploration task system interface design method, and belongs to the technical field of deep space exploration. The method comprises the following steps: extracting a deep space exploration field interface design knowledge ontology and extracting a semantic ontology; expanding a SysML meta-model to establish a field interface meta-model, and defining special versions and icons of electrical, mechanical, thermal, information and other ports; constructing a hierarchical domain interface model and an interface design model library, and realizing solidification and reuse of design knowledge; by configuring a packaged field interface view template, interface design in a graphical or tabular mode is supported; based on the template, an interface model is rapidly generated, coordinated and verified through drag multiplexing or form importing, and automatic verification of interface compliance, completeness, matching performance and binding performance is achieved. According to the invention, the standardization and cooperation efficiency of interface design are improved, and a systematized solution is provided for a deep space exploration task system interface.

This invention proposes a knowledge mapping system and analysis method for software reliability requirements, belonging to the field of software reliability requirements analysis. This method constructs a standardized requirements modeling system comprising an external cross-linking interface model, a functional logic model, a functional combination model, and a state scenario model to achieve a formal representation of software requirements. It then decomposes and summarizes individual functional requirements, identifies potential failure modes based on a pre-defined classification and comparison system, and establishes a three-layer mapping system of software functional requirements – failure modes – reliability requirements. This completes the forward derivation and transformation of reliability requirements, outputting standardized analysis results. This invention achieves standardized and traceable processing of software reliability requirements analysis, providing prerequisite input and logical basis for the development of highly reliable software, ensuring system stability and task success.

The application discloses a data acquisition method, device, equipment and computer storage medium, the method comprises the following steps: in the case that the data acquisition instruction is received, according to the corresponding relationship between the preset acquisition task information and the acquisition task ID, the target acquisition task information corresponding to the acquisition task ID in the data acquisition instruction is found, and the target acquisition task information includes the interface model ID; according to the interface model ID, the interface configuration information is acquired, and the calling interface is assembled based on the interface configuration information; in the case that the communication connection of the SDN controller corresponding to the interface model ID is established through the calling interface, the original data of the SDN controller corresponding to the SDN interface model corresponding to the interface model ID is acquired; according to the preset mapping relationship between the SDN interface model and the business model, the original data is converted into target business data; the target business data is stored to the data warehouse, so as to realize the low-code development interface, and the efficiency of data acquisition is improved.

The application provides a multi-rate real-time simulation device and an input interface and an output interface modeling method. The device comprises a large-step simulation system, a small-step simulation system, an input interface and an output interface. The two simulation systems can be jointly operated through the two interfaces. The input interface can integrate the input data of the large-step simulation system and transmit the integrated data to the small-step simulation system for simulation calculation. The output interface can extract the output data of the small-step simulation system and transmit the extracted data to the large-step simulation system for simulation calculation. Therefore, the device can improve the system development and test efficiency through two data interaction links with different simulation steps. In addition, the application adopts different interface modeling methods in the two interfaces, so that the correctness of the logic design in the device can be detected in the same development environment, the design errors of the device in the development process can be excluded in advance, and the development cycle is shortened.

The invention provides an ICD management method, system and device based on a model and a medium, and relates to the field of interface management, and the method comprises the steps: extracting and defining a function interface, a physical interface, a relation interface, an energy interface and a message interface based on a demand-driven RFLP architecture model; the method comprises the following steps: defining an airborne system modeling language ASML, integrating the ASML into a modeling tool, constructing a system architecture interface model, introducing meta-models into interfaces of different hierarchies as a core framework, and creating an interface definition template; based on the meta-model and a pre-constructed ICD data dictionary, defining an interface verification rule, and monitoring and verifying interface data; and performing version control on the model-based ICD management process, generating and updating a baseline version at a project milestone node, and outputting an ICD document in a standard format. According to the method, the standardization level, design efficiency and quality of airborne system ICD design are improved, and technical guarantee is provided for standardized design and management and control of complex system interfaces.

The invention discloses a vibration noise simulation analysis method and system for a range extender generator, and relates to the technical field of hybrid electric vehicle simulation calculation. The method comprises the following steps: establishing a generator structure model of the range extender generator; key points are that a structure model of a virtual rack interface model used for simulating a connection interface of a generator and an external component is established; virtually assembling the two to form an assembly simulation model, and applying boundary constraint to the model; and finally, applying the excitation load of the generator to the assembly simulation model and carrying out vibration noise simulation calculation. According to the method, the simplified virtual interface model is used for replacing a complex engine model, external excitation interference is eliminated, the NVH performance of the generator can be independently, rapidly and accurately evaluated, the simulation efficiency and precision are remarkably improved, and the product research and development period is shortened.

The application provides an aero-engine multi-module adaptive coupling simulation system and method, belonging to the technical field of aero-engines, wherein a multi-physical module simulation layer includes multiple aero-engine physical modules, an AI interface model is arranged between two adjacent modules, each physical module and the AI interface model interact with a balance residual controller, an input end of a fidelity scheduling module is connected with the balance residual controller, and an output end is connected with the aero-engine physical module; each physical module parameter is independently solved, the AI interface model is used for physical mapping of upstream output parameters and downstream input parameters; the balance residual controller monitors the whole machine quality, energy and momentum conservation, outputs conservation deviation information, and feeds back and corrects the AI interface model; and the fidelity scheduling module dynamically adjusts the solving level according to the conservation deviation information and the state information of each physical module. The application improves simulation efficiency, convergence stability, calculation precision and working condition adaptability.

The invention discloses a method for automatically generating a hardwire interface model. The method comprises the following steps: acquiring a hardwire signal list of a tractor electronic control unit hardware-in-loop test; searching, screening, counting and the like are carried out on the obtained hard wire signal list, and a corresponding matrix is generated; according to a framework of a hard wire interface model, corresponding hard wire signal information is obtained from the generated matrix, a simulation model is built, a hard wire signal list is a data table in an Excel format, the content of the data table is made according to a preset fixed format, and when the table is obtained, a storage path and a file name of the table need to be input, and the storage path and the file name of the table need to be input; according to the method for automatically generating the hard wire interface model, automatic building of the hard wire interface model in the process of the tractor electronic control unit hardware-in-the-loop test is achieved, time and labor are saved, meanwhile, errors are not prone to occurring, and operation efficiency is greatly improved.

The invention discloses a foundation surface defect identification and evaluation method, system, equipment and medium based on monitoring data, and belongs to the technical field of hydraulic structure nondestructive testing and operation period health diagnose.The method comprises the steps that an interface model of a foundation surface is constructed, the foundation surface is modeled into a two-dimensional discontinuous interface, and an interface constitutive equation and a seepage model are explicitly introduced; collecting operation monitoring data, performing feature extraction on the operation monitoring data, and establishing bidirectional mapping from defect parameters to monitoring responses; and identifying foundation surface defect parameters through reverse learning, substituting an identification result back to the forward model, and outputting engineering evaluation indexes of foundation surface levels. According to the method, the identifiability of the defect position, the scale and the interface force-water property is remarkably improved, distortion caused by indirect inference only based on overall measurement is avoided, the robustness is kept under noise disturbance and working condition fluctuation, and the result has uncertainty definition and engineering interpretability.

The invention discloses a coal mining machine body control system, which belongs to the technical field of coal mining equipment control, and comprises a multi-dimensional sensing module, an interface modeling module, a path planning module, a collaborative support module, a posture regulation and control module, an efficiency evaluation module and an experience sharing module. A lightweight two-dimensional coal seam feature model is constructed, and an abnormal region is dynamically labeled, so that the calculation complexity is greatly reduced, the model construction time is shortened to a millisecond level, and the real-time control requirement is met; meanwhile, key geological features are reserved in the model, and a visual and efficient decision basis is provided for path planning; through dynamic adjustment of the time decay factor and the boundary priority coefficient, the model can adapt to a coal seam sudden change scene, the hysteresis problem caused by static modeling is avoided, and the adaptability of the system to complex geology is remarkably improved.

The invention discloses an AI-based interface model automatic conversion system, which comprises an AI analysis module for identifying interface model information in a document and converting the interface model information into a fixed format text containing a field name, a field meaning and a data type; the AI mapping module is used for mapping partner interface fields into local internal standard data model fields and assembling a mapping relation in a JSON format; the knowledge base management module is used for storing historically completed model mapping configuration and content results of subsequent AI configuration; the content with incorrect configuration is fed back to the AI mapping module through API (Application Program Interface) calling; the AI integration and calling module is used for integrating a large model by using Spring AI and calling the large model through ChatClient to realize interaction; and converting an AI processing result into a format meeting system requirements by customizing an output model format. According to the invention, rapid and accurate conversion of the interface model can be realized.

The embodiment of the invention provides a chip simulation method and device, equipment, a medium and a product, and the method comprises the steps: obtaining a component model of at least one component instance in a chip, and an interface model of at least one interface instance; wherein the component model has a first simulation operation, and the first simulation operation is used for simulating the function logic of the component instance; the interface model has a delay queue and a second simulation operation, the delay queue is used for caching to-be-transmitted data received by the interface model from an upstream component model, and the second simulation operation is used for recording the delay duration of the to-be-transmitted data in the corresponding delay queue; and scheduling a plurality of threads to execute the at least one first simulation operation and the at least one second simulation operation in a single clock period. In this way, chip simulation based on multiple threads can be achieved, and then the simulation efficiency and the resource utilization rate of the processor are improved.

The invention discloses a service request processing method and device, equipment and a storage medium, and relates to the technical field of data processing, and the method comprises the steps: responding to a to-be-processed service request, and extracting resource path information and resource positioning parameters from the to-be-processed service request; judging whether a target interface model corresponding to the resource path information exists in an interface manager or not; if so, positioning a target service resource corresponding to the to-be-processed service request according to the resource positioning parameter; and processing the to-be-processed service request based on the target service resource to obtain a request processing result. The service resource can be positioned according to the resource positioning parameter in the service request, and the request processing is performed based on the interface model and the service resource, so that the decoupling of the service logic and the communication protocol is realized, and the problem that the configuration needs to be adjusted when the communication protocol is replaced or expanded in the service request processing scheme in the prior art is solved. And the cost is high.

The invention discloses a test case generation method and device, electronic equipment and a storage medium, which are used for providing a scheme for automatically generating a test case and improving the interface test efficiency and reliability. The test case generation method comprises the steps of obtaining an interface model file of a target interface; analyzing the interface model file to obtain a test template corresponding to the target interface, the test template comprising at least one processing object and information corresponding to each processing object; and for a target processing object, selecting a target function from a plurality of processing functions to process the target processing object to obtain a test case corresponding to the target function, the target processing object being any one of the at least one processing object.

The invention discloses a method for calculating and analyzing the influence of a dispersing agent on the electronic transport performance of a CNTFET based on DFT and NEGF. According to the method, an SWCNT and dispersing agent interface model is constructed, SIESTA and Quantum ATK are used for calculating adsorption energy, an electronic structure, I-V characteristics and a transmission spectrum, and by analyzing the action characteristics of a dispersing agent on the SWCNT in the aspects of band gap regulation and control, interface charge rearrangement, pi-pi stacking, electrostatic coupling and the like, the performance of the dispersing agent on the SWCNT is analyzed. Therefore, an optimal dispersant system under different bias voltages, different pipe diameters and different array structures is determined, effective interface engineering design and performance improvement are realized, and a design strategy is provided for constructing a next-generation carbon-based nano electronic device with high mobility and low power consumption.

The invention discloses a model downloading management method and device, a storage medium and electronic equipment, and relates to the technical field of model management.The method comprises the steps that in response to operation on a target model control in a model management interface, a first state tag is displayed on the target model control, under the condition that the first state label indicates that the target model is in a non-downloading state, downloading the target model; the downloading interface is displayed in a target model set interface in the model management interface, the model management interface comprises at least one model set interface including a target model set, the model set interface is used for indicating at least one model with similar architecture, and the target model set interface comprises a target model control; the downloading interface is used for indicating the downloading progress of the target model; and under the condition that the target model is completely downloaded, the target model control displays the second state tag. The technical problem that a large-scale model management method is low in model downloading efficiency is solved, and the technical effect of improving the model management efficiency is achieved.