94 results about "System framework" patented technology

The invention discloses a digital twin system architecture of a vertical shaft and a structural performance monitoring method. The method comprises the following steps: constructing a five-dimensional digital twin system framework suitable for a vertical shaft based on a shaft operation mechanism and performance monitoring requirements; establishing a shaft digital twinborn model with dynamic characteristics; a finite element proxy model is constructed through a virtual-real mapping technology in combination with a grid dimensionality reduction finite element analysis method, and rapid generation of the digital twinborn body is realized. According to the system, a three-dimensional operation platform is constructed based on a Unity 3D virtual engine, and efficient mapping and bidirectional interaction between twin and finite element simulation data are realized by adopting a radial basis function (RBF) proxy model. And real-time acquisition and online prediction are carried out on structural performance parameters in the shaft operation process. And dynamically updating the twinborn model according to a prediction result, and constructing a high-precision and light-weight digital twinborn evolution model, thereby realizing real-time observation of the stress change of the shaft and intelligent monitoring of the structural performance. The method can be widely applied to the fields of shaft safety assessment, maintenance decision making, intelligent mine construction and the like.

The invention discloses a high-precision multi-modal twin model assembly method based on a large language model and a multiple docking optimization mechanism. The whole system framework is composed of three modules: a database, an interaction system and human factors. Wherein the database module integrates a model library module, a user interaction data recording module and a temporary data recording module, and is used for storing and managing various data information required for constructing a virtual scene; the interactive system module is used as a core part, integrates a model dynamic loading module, a model accurate positioning module and a model adaptive assembly module, realizes instruction analysis and model generation by relying on a large language model, and combines a multi-docking optimization mechanism of eye movement tracking, gesture recognition, automatic docking and logic rule binding to realize multi-docking. Efficient and accurate interaction between the user and the database is effectively guaranteed; the method not only provides a solid foundation for virtual experiments and virtual-real symbiosis, but also significantly improves the construction efficiency and precision of digital twin model assembly.

The invention belongs to the field of CIM intelligent decision making, particularly relates to a CIM intelligent decision making method and system based on a multi-modal AI large model, and aims to solve the problems that the implementation effect of decision making is inconvenient to evaluate, the effect is poor and optimization cannot be carried out in time in the prior art, the following scheme is provided: the method comprises the following steps: S1, building a CIM intelligent decision making system framework, the CIM intelligent decision-making system framework comprises a data acquisition module, a multi-mode AI large model, a data analysis module, a prediction module, a decision-making suggestion module, an execution feedback module, an effect evaluation module, a decision-making optimization module, an evaluation standard setting module and a storage module. And S2, collecting the multi-modal data influencing the CIM intelligent decision through a data collection module, collecting the feedback data in the implementation process, evaluating the decision implementation effect according to the feedback data, making a judgment according to the evaluation result, and adjusting and optimizing the decision scheme.

The present application relates to the technical field of electronic digital data processing, and particularly relates to a simulation optimization method and apparatus for a network architecture of an intelligent computing center, and a device and a medium. The method comprises: acquiring training configuration information of a large language model to be trained; on the basis of the training configuration information and a preset discrete event simulation strategy, using a preset simulator to perform training simulation on said large language model, so as to obtain a simulation result, wherein the preset simulator is obtained by using a preset ECS framework; and on the basis of the simulation result, adjusting a network architecture of an intelligent computing center, and obtaining an optimal network architecture of the intelligent computing center. In this way, a network simulator of an intelligent computing center is designed by using an entity component system framework, such that a complete simulation process of the training of a large language model can be implemented, so as to search for the optimal network architecture of the intelligent computing center; and the problem of it not being possible to support the simulation of a large-scale network of the intelligent computing center due to the fact that existing network simulators lack scalability is solved, thereby improving the efficiency and accuracy of simulating a large-scale network of an intelligent computing center.

The application provides a hydraulic and environmental geological information system based on service full life cycle digitization, and the system framework comprises five parts of infrastructure, data center, function hub, application scene and user group, hydraulic and environmental geological services are divided into four fixed basic process units of service deployment, service execution, service inspection, data management and application, a digital closed-loop management based on a PDCA cycle and covering the full life cycle of hydraulic and environmental geological services is constructed; a hydraulic and environmental geological big data center composed of hydraulic and environmental geological discipline knowledge, technical rules, service knowledge, algorithm models and service data is established, intelligent control of hydraulic and environmental geological service processes is realized based on big data technology and artificial intelligence technology; based on software engineering principles, modular design methods, various software design patterns, micro-service architecture and interface technology are adopted, and the system is divided into five function modules of service management, service management, technology management, model management and data management.

The invention discloses a flexible test system and a flexible test method for an inertial combination measurement device, which are characterized in that an inertial measurement unit product and test equipment are integrally controlled, and the system can simultaneously control the test equipment to work cooperatively while acquiring inertial measurement unit data at a high speed, so that an inertial measurement unit can adapt to different test equipment to perform automatic test; the system adopts an architecture in which a test process, a test logic and an acquisition control protocol are separated, a bottom layer code does not need to be greatly modified when a bottom layer communication protocol is changed, a new test process and a new test case are quickly generated through visual configuration, and dynamic editing of complex test logic is supported; according to the system, a data and event bus is used for bearing loosely coupled data and event interaction, it is guaranteed that no data coincidence exists between all assemblies in the test process execution process, and the test process is controllable. The system framework is loosely coupled, the updating iteration period is shortened, the iteration difficulty is reduced, the automation degree is improved, the test compatibility is good, and the expansibility is good.

The invention relates to the technical field of data processing, in particular to a development system framework and method based on a low-code platform. The development framework comprises a presentation layer used for generating a user interface and obtaining data input by a user in the user interface; the business logic layer is used for managing a dependency relationship between business logic components and processing the data sent by the presentation layer through the business logic components to obtain a processing result; and the persistent layer is used for generating and executing SQL statements so as to persist the processing result into the database or obtain data from the database and feed back the data to the presentation layer. By using the development system framework, the coding quantity can be reduced, and the development efficiency can be improved.

The invention relates to the technical field of information security, and discloses a terminal clipboard sensitive information cross-application leakage real-time interception method, which comprises the following steps of: registering a clipboard access hook function in a kernel layer or a system framework layer of a terminal operating system, and capturing a clipboard reading operation in real time; comparing an application program identifier corresponding to the captured reading operation with an application program identifier of a clipboard owner, and judging whether the access is cross-application access or not; when the access is determined to be cross-application access, triggering a clipboard content scanning engine to perform sensitive information identification on texts, images and file paths in a clipboard; and obtaining an evaluation result based on a preset sensitive information rule base and the dynamic strategy engine. A clipboard access hook function is deployed in a kernel layer or a system framework layer, millisecond-level capture and blocking of cross-application clipboard reading operation are achieved, and traditional extensive management based on application permission declaration is upgraded to refined management and control based on content risk identification.

The invention discloses an MRI (Magnetic Resonance Imaging) sequence generation system and method, and the system comprises a basic sequence generator module which is used for defining an abstract base class and packaging general logic in a sequence generation process; the independent development tool chain module is used for providing a development environment independent of a system framework and compiling a sequence generator source code into a binary module; the sequence registering and loading module is used for automatically discovering and loading the binary module and registering a sequence generator class inheriting the self-abstract base class through a reflection mechanism; the RESTful API interface module is used for receiving an external request and calling a corresponding sequence generator object according to a sequence type; the asynchronous task management module is used for managing life cycles and state tracking of asynchronous tasks; and the parameter configuration management module is used for centrally managing sequence parameter configuration. According to the system and the method, the development threshold is reduced, and the expansibility, the maintainability and the concurrent processing capability of the system are improved.

The invention belongs to the technical field of machine tool design, and particularly discloses a collaborative optimization strategy-based numerical control machine tool feeding system optimization design method and a storage medium. The method comprises the following steps: determining a design index, and completing preselection of main equipment; based on a collaborative optimization method, establishing a subdisciplinary analysis unit in an MDO framework module of the numerical control machine tool feeding system; creating an optimization model of each subject in combination with the constructed sub-subject analysis unit; establishing an agent model for the structure subject analysis unit; and determining the mutual influence and transmission relationship of each subject analysis unit, establishing a system-level optimization model and a subject optimization model under a collaborative optimization framework by combining the constructed subject optimization models and proxy models, and carrying out collaborative loop optimization of the subject-level optimization model and the system-level optimization model until a system-level optimization target is converged. And obtaining and outputting a final optimization result. The method has the advantages of being easy to operate, high in design efficiency and capable of remarkably improving reliability and flexibility.

The invention discloses a development method for a digital twinning test bed of a power system and a related device, which are used for generating high-quality representative data through virtual physical twinning and solving the problem of difficulty in data acquisition and management in the prior art. Meanwhile, the test bench provides a safe and controlled test environment, the security and privacy of data are ensured, and the risk of data leakage is avoided. In addition, through a simplified model of virtual physical twinning, the requirements for high-precision hardware and computing resources are reduced, and therefore the technical cost is reduced. The invention also designs a flexible system framework, which supports integration and cooperative work between different models and platforms, and promotes standardization and interoperability. Through an adaptive process and a real-time updating mechanism, the modeling complexity is optimized, and the dynamic nature and accuracy of the digital twin model are improved. And finally, an efficient computing architecture and an algorithm are adopted, and real-time performance and performance bottlenecks are broken through in combination with virtual physical twinborn real-time data streams.

The invention discloses an office automation method based on visual arrangement and low-code development, which comprises the following steps: on the basis of an Activiti7 process engine, establishing a micro-service architecture and then generating a basic code and a database table, separating a process engine code from a business code, and embedding a BPMN process designer into a system framework; a business scene entity is split and modeled, a dynamic form database table structure is designed according to the business scene entity, form parameters are dynamically read based on vue, and all pages are assembled. According to the method, a micro-service architecture is established to generate a basic framework code and a database table, and a process engine code is separated from a service code, so that the expandability and efficiency of the system are improved; a BPMN process designer is embedded into a system framework, a native framework is optimized, compatibility transformation is carried out, rich parameter configurations including variables, UEL expressions and the like are supported after transformation, the applicability of the system is improved, a front-end page is rendered after splicing, and code-free development of a dynamic form can be achieved.

The invention provides a generalized switching control method and system with asynchronous resistance and interference suppression performance, and belongs to the technical field of generalized switching system control. The method aims to solve the problem that modal asynchronous characteristics and external interference influences are not fully considered in an existing generalized switching control method. Aiming at the problems of modal asynchronization and external interference, a state feedback switching controller with stability and H infinity performance guarantee is designed based on a generalized switching system framework and a multi-Lyapunov function method. Compared with a traditional non-modal asynchronous method and a traditional method without considering asynchronization, the modal asynchronous method provided by the invention has better practicability and application potential and shows better convergence performance in simulation; according to the invention, the design is simple, the actual situation containing interference is considered, the designed controller not only ensures the stability, but also ensures the H-infinity performance, and an L2 gain expression form of a closed-loop system is given; the theoretical system of an existing generalized switching system is expanded, and the method has high engineering application value.

The present invention belongs to the field of video analysis technology, and discloses a method for software-hardware collaborative optimization of a video structured analysis system based on parameter value selection, including step 1: construction of multi-module algorithm control parameters and implementation parameter sets; based on the industry's mainstream YOLO+byteTrack+ResNet+SIFT CDVS feature video structured analysis system framework, combined with the encoding algorithm characteristics and pipeline constraints of heterogeneous multi-computing platforms, a hardware-friendly algorithm framework is selected for each module; step 2: multi-module coupling parameter optimization value selection; according to the pipeline throughput constraint, the control parameters of a certain concurrency granularity and concurrency intensity are configured to achieve a balance between system throughput and hardware consumption. The present invention supports the joint optimization of six algorithm modules, supports the joint optimization of target performance such as bit rate, computational complexity, algorithm accuracy, and system processing retrieval delay; and realizes the joint optimization of multi-target performance of multiple algorithm modules.

The present invention belongs to the technical field of machine tool design, and specifically discloses an optimization design method and a storage medium for a numerical control machine tool feed system based on a collaborative optimization strategy. The method is to determine the design indicators and complete the pre-selection of the main equipment; based on the collaborative optimization method, establish a sub-discipline analysis unit in the MDO framework module of the numerical control machine tool feed system; combine the constructed sub-discipline analysis unit to create optimization models for each discipline; establish a surrogate model for the structural discipline analysis unit; determine the mutual influence and transfer relationship of each sub-discipline analysis unit, and combine the constructed optimization models and surrogate models for each discipline to create a system-level optimization model and a discipline optimization model under the collaborative optimization framework, and carry out the collaborative cyclic optimization of the discipline-level optimization model and the system-level optimization model until the system-level optimization target converges, and obtain the final optimization result and output. The present invention has the characteristics of simple operation, high design efficiency, and significantly improved reliability and flexibility.

A generalized natural language—operating system (“GNL-OS”) for constraining a large language model (“LLM”) to provide deterministic output may be provided. The system may include delivery frameworks. Each delivery framework may deliver generalized natural language-program architecture natural language code (“GNL-PA NLC”) to the LLM. The LLM may operate on one or more hardware processors. The delivery frameworks may include a system framework. The system framework may deliver a system prompt structured in GNL-PA NLC code to the LLM. The system prompt may constrain the LLM to operate as an operative system. Upon receiving the system prompt, the LLM may operate as an operative system under one or more rules specified in the system prompt. The delivery frameworks may include a command framework. The command framework may deliver GNL-PA code to the LLM. The GNL-PA code may correspond to one or more commands executable within the operative system.

The invention discloses a local function execution method and device, a storage medium and electronic equipment, and the method comprises the steps: receiving an execution instruction aiming at a target function in terminal equipment based on an application front end, generating a function execution request aiming at the target function based on a function calling toolkit, and controlling the function calling toolkit to send the function execution request to the primary layer, and controlling the primary layer to realize the target function based on the function execution request. By adopting the application, the function execution request is generated by calling the toolkit to control the native layer to call the function of the terminal equipment, so that the application front end can realize communication and use the function of the terminal equipment without using the same system framework with the native layer, the convenience of application program development is improved, the development difficulty of the application program is reduced, and the development efficiency of the application program is improved. And the adaptation degree of the application program to different scenes is also improved.

The invention belongs to the technical field of code generation, and particularly relates to a business system code automatic generation method and system.The method comprises the steps that a natural language requirement document is analyzed through a pre-trained natural language processing model, a structured requirement case is generated, and a domain model is constructed; dynamically calculating an optimal system framework through a framework selection scoring algorithm to obtain a target framework; converting the domain model into a plurality of executable code modules of the target framework; calculating a module cohesion degree for the executable code module, and maintaining a current module structure when the module cohesion degree is greater than or equal to a set threshold value; otherwise, automatically splitting the executable code module, generating a distributed code module according to the coupling degree of the service capability unit, and recalculating the cohesion degree of the modules until the cohesion degrees of all the modules are greater than or equal to a set threshold value; and optimizing the generated code by adopting static code analysis in combination with reinforcement learning. The high cohesion and low coupling of the code are ensured, and the quality and maintainability of the code are improved.

The utility model provides three operating system detection data processing equipment, including the casing cover and the power module, network switch module, three main control system modules, three hard disk extension modules and three communication extension modules that are all arranged in casing cover, the casing cover has the backboard for power distribution and data interaction between each module, and the power module, network switch module, each main control system module, each hard disk extension module and each communication extension module all take this backboard as the basic connection carrier, the power module is connected network switch module, each main control system module, each hard disk extension module and each communication extension module through the backplate, network switch module is connected with each main control system module through the backplate, and each main control system module is connected with a hard disk extension module and a communication extension module respectively through the backplate, and the multi -source data parallel processing is realized through the construction three operating system framework, and the space burden and power consumption burden of the application scene such as railway detection vehicle are reduced.

A method can include receiving by a computational device at a wellsite, real-time, time series data from a pump system operating at the wellsite, where the wellsite includes a wellbore in contact with a fluid reservoir; using the computational device, processing a portion of the time series data to generate feature values as input to a trained machine learning model to detect pump system behavior indicative of a forthcoming performance issue of the pump system; and issuing a signal responsive to detection of the pump system behavior to mitigate the forthcoming performance issue of the pump system.

The invention discloses a pipe gallery robot-dog collaborative operation simulation and optimization method and system based on a large model and digital twinning. The method comprises the steps of constructing a pipe gallery digital twinning system framework, dynamically correcting an environment dynamic model based on a physical information neural network, and constructing a deep neural operator mirror image model to perform high-fidelity simulation and task planning. Analyzing a natural language instruction of a user through a large language model control interface based on a retrieval enhancement generation technology and generating an executable multi-machine-dog cooperative control instruction sequence; simulation verification and safety performance evaluation are carried out on an instruction sequence in a digital twin system, an operation quality and energy consumption prediction sub-model is constructed based on a mirror image model, and global dynamic collaborative optimization of tasks, charging and multi-machine dog resources is realized through mixed integer programming in combination with a virtual charging network and a knowledge graph rule base; and deploying, running and generating a natural language report and feeding back to the user. And integrated operation of man-machine natural interaction, virtual-real collaborative simulation and intelligent scheduling optimization in pipe gallery operation and maintenance is realized.

The present invention provides a generalized switching control method and system with both anti-asynchronous capability and interference suppression performance, belonging to the field of generalized switching system control technology. In order to solve the problem that the modal asynchronous characteristics and the influence of external interference are not fully considered in the existing generalized switching control methods. In response to the problems of modal asynchrony and external interference, the present invention designs a state feedback switching controller with stability and H∞ performance guarantee based on the generalized switching system framework and the multi-Lyapunov function method. Compared with the traditional non-modal asynchronous method and the traditional method that does not consider asynchrony, the modal asynchronous method proposed in the present invention has better practicality and application potential, and shows better convergence performance in simulation; and considering the actual situation with interference, the designed controller not only guarantees stability, but also guarantees H∞ performance, and provides the L2 gain expression form of the closed-loop system; it expands the existing generalized switching system theoretical system and has high engineering application value.

The invention discloses a cloud native task arrangement system supporting multiple life cycles and a code reuse method. The system is realized in a reusable framework library form and is integrated by a plurality of cloud native controllers through a dependency management tool, and each controller is instantiated into a self-consistent task arrangement subsystem during operation. The framework library comprises a local task registry, a maintenance task identifier and factory function mapping; a parameterized task model supporting task logic fixation and receiving dynamic parameters by executing a context; the dynamic task chain assembler instantiates the task objects bound with the parameters from the predefined process definition according to the operation type and assembles the task objects into an executable chain; and the extensible state machine engine drives task execution and supports customized state nodes and rollback logic. According to the method, frame-level code reuse is realized, business differences are elastically adapted while the unification of the architecture is ensured, the maintenance cost is concentrated to a single frame library, the development efficiency is remarkably improved, and the balance of isolation, reusability and flexibility is achieved.

1. The name of the design product: adjustment system framework graphical user interface for electronic device. 2. The use of the design product: for an electronic device. 3. The design points of the design product: the graphical user interface displayed in the electronic device. 4. The picture or photo that best indicates the design points: design 1 front view. 5. The hardware design part is the conventional design, and the rear view, left view, right view, top view and bottom view are omitted. 6. Design 1 is designated as the basic design. 7. The use of the graphical user interface: the graphical user interface is used to adjust the mode or color of the system framework in the user interface. Design 1 front view is the first interface, which is used to display the interface state in the "top + sidebar mode". Design 2 front view is the first interface, which is used to display the interface state in the "sidebar mode". Design 3 front view is the first interface, which is used to display the interface state in the "top mode". Design 4 front view is the first interface, which is used to display the interface state in the classic top black mode. Design 5 front view is the first interface, which is used to change the theme color. Design 6 front view is the first interface, which displays the "sidebar mode" control; design 6 interface change state diagram is the interface state obtained after clicking the "sidebar mode" control in design 6 front view. Design 7 front view is the first interface, which displays the "top mode" control; design 7 interface change state diagram is the interface state obtained after clicking the "top mode" control in design 7 front view. Design 8 front view is the first interface, which displays the "top mode" control; design 8 interface change state diagram is the interface state obtained after clicking the "top mode" control in design 8 front view. Design 9 front view is the first interface, which displays the "style setting" control; design 9 interface change state diagram is the interface state obtained after clicking the "style setting" control in design 9 front view. Design 10 front view is the first interface, which is a blue theme interface and displays the "red theme" control; design 10 interface change state diagram is the interface state obtained after clicking the "red theme" control in design 10 front view. 8. Other circumstances that need to be explained: design 10 of the claimed design contains color.

This application relates to the field of IOS application development configuration, and discloses a component configuration method, device, computer device and storage medium for application development. The method includes: obtaining a native development project of a first application developed based on the IOS system framework; obtaining the hybrid development project of the first application built based on the React-Native framework; parsing the hybrid development project to obtain component information and component configuration information included in the hybrid development project; determining the same components in the hybrid development project and the native development project based on the component information and component configuration information; obtaining the path configuration of the same components under the native development project; modifying the component configuration information of the same components under the hybrid development project according to the path configuration, so that the same components under the hybrid development project are linked to the private library corresponding to the path configuration, and generating a target development project of the first application. This application improves the efficiency of hybrid application development under the IOS system.

This invention discloses a data processing method that overcomes the memory bottleneck of the DOS operating system, comprising the following steps: 1) establishing a processing system framework; 2) the front-end management program module processes the input data to obtain a flag file, and transmits the flag file to the background service middleware; 3) the background service middleware determines the type of the flag file and inputs the flag file into the calculation program module according to the flag file type; 4) the calculation program module performs calculations on the flag file to obtain the calculation result, and transmits the calculation result to the background service middleware; 5) the background service middleware converts the calculation result and writes the converted calculation result into a calculation result interface file; 6) the front-end management program module reads and displays the calculation result interface file. This data processing method that overcomes the memory bottleneck of the DOS operating system extends the software lifecycle of conventional DOS-based operating systems.

Disclosed are mechanisms that enable secure file sharing between applications using an operating system framework. In some examples, an extension map is received by a client device. The extension map relates a file extension to an alias file extension. A management software development kit (SDK) is used by an application. The management SDK identifies that the application originates a file having the file extension, stores the file as an extension-aliased file by changing its file extension to the alias file extension according to the extension map. The extension-aliased file is transferred to a recipient application using a file sharing utility of an operating system of the client device.

The invention discloses a data analysis system development method and a computer program product. The method comprises the steps that a system development interface is presented, database configuration items of the system development interface are used for configuring a database on which a data analysis system depends, and data configuration items are used for configuring data analysis requirements and data display specifications of the data analysis system; receiving configuration operations input to the database configuration item and the data configuration item, and obtaining user configuration parameters; variables corresponding to the user configuration parameters in the code templates are replaced with the user configuration parameters, and a plurality of target code modules are generated; the code template is a program code required by data analysis and processing; and constructing a dependency relationship among the plurality of target code modules according to a pre-configured dependency relationship among the code templates, and coupling the plurality of target code modules for constructing the dependency relationship with the system framework code to generate a system code of the data analysis system. By adopting the method, the system development efficiency can be effectively improved.

The invention relates to the technical field of assembly platforms, and discloses a multi-module fusion development base design method and system based on credential management and service.The multi-module fusion development base design method based on credential management and service.The multi-module fusion development base design method based on credential management and service.The multi-module fusion development base design method comprises the following steps that a system framework is constructed, and the constructed system framework is matched with domestic software and hardware; the permission layer comprises setting level permissions, and different level permissions correspond to operators of different levels. According to the method, an authority marking and automatic interception mechanism is adopted, an interface authority requirement is defined in an annotation mode, when the system runs, the request is automatically intercepted, authority verification is carried out, declarative programming of authority definition is achieved, the authority can be defined only by adding annotations in codes, and automatic execution of authority verification is achieved; and the burden of manually checking the authority by developers is relieved, the authority change takes effect in real time, and adjustment of the user authority can be immediately embodied in the system.

The present application discloses a vehicle-mounted button event distribution arbitration method, a vehicle-mounted button event distribution arbitration apparatus, an electronic device, a storage medium, and a vehicle. The method comprises: acquiring a button level trigger signal on a steering wheel hardware circuit; a hardware abstraction layer reporting a button trigger event on the basis of the button level trigger signal; a system framework layer encapsulating the button trigger event on the basis of the button trigger event; a system application layer monitoring whether the system framework layer has encapsulated the button trigger event or not; if the system application layer detects the encapsulated button trigger event, executing a service corresponding to the system application layer on the basis of the button trigger event, wherein an arbitration distribution layer is arranged between the system framework layer and the system application layer; and distributing the button trigger event on the basis of the arbitration distribution layer, and the system application layer detecting the encapsulated button trigger event. The solution improves the flexibility of expansion and modification of software applications.