358 results about "Reusability" patented technology

The invention relates to the technical field of simulation, and discloses a visual control method for a simulation test process, which performs test process description and visual display in a composite mode of test components, attributes and behavior logic to realize dynamic arrangement and design reuse of the test process. And support is provided for design and control of a simulation verification process of a full development cycle of a product. The technical problem that a traditional test method generally relates to writing a large number of codes to define test cases, and consequently maintenance and change complexity is caused is solved, the automation level of the execution process of a complex simulation system is improved, and the reusability and test efficiency of simulation verification work are improved.

The invention discloses an automatic batch interface connection method, which relates to the technical field of interface connection, and comprises the following steps: S1, confirming an input / output port; s2, parameterizing macro definition; s3, a connection code is generated; s4, generating interfaces in batches; and S5, carrying out batch connection. According to the method, automatic generation of batch interface connections is achieved through parameterized macro definition, the requirement for manual coding is reduced, the risk of human errors is reduced, the efficiency of the verification process is improved, a designer only needs to specify macro parameters in the configuration file, a large number of different interface connections can be rapidly configured, complex connection codes do not need to be written, and the method is convenient and fast to operate. The reusability of codes is enhanced through parameterized macro definition, the same macro definition can be repeatedly used in different items or different verification platforms, high flexibility is provided through the parameterized macro definition, interface connection is supported to be rapidly modified and adapted, and the large-scale integrated circuit design method and device can adapt to various complex scenes in the large-scale integrated circuit design process.

The invention discloses a low-code platform design system based on modularization and a dynamic extension component, and relates to the technical field of low-code development, and the system comprises a form module which is used for standardly defining a data model and dynamically rendering a user interface, realizing unification of form configuration through a structured metadata specification, and establishing a form module; bidirectional binding of the view and the data model is realized; the process module is used for realizing modeling, execution and state management of a business process, supporting automatic task scheduling and multi-instance management based on standardized process elements, and keeping consistency of a process state through an increment synchronization mechanism; and the data processing module is used for cooperatively managing platform data resources, supporting dynamic expansion and decoupling dependence between the form module and the process module through an event-driven mechanism. According to the method, the strong binding relationship between the decoupling form and the process is established, the reusability of the process module is improved, and the process module is independent of the form and can independently provide API service to the outside, so that the method is adaptive to more business scenes.

The invention discloses a controller programming method and device based on an equipment model, equipment, a medium and a product, the equipment model is used as a unified semantic anchor point, heterogeneous characteristics of physical equipment are converted into computable structured description, hardware adaptation and business logic are decoupled through a driving framework, a large model focuses on generation of a high-value control strategy, and the control strategy is optimized. Semantic drift and logic illusion of a program generation large model are remarkably inhibited by relying on double constraints of equipment document data and a knowledge graph, finally, an executable drive program meeting strict requirements of an industrial site is output through compiling verification of a closed loop, and due to the fact that manual development is not needed, development efficiency is improved, development cost is reduced, and development efficiency is improved. The equipment model provides a cross-protocol and cross-manufacturer standardized interface contract, so that the problem of poor reusability in traditional development is solved, and the reusability is improved.

The invention discloses a task scheduling and cache optimization method in a storage and calculation collaborative edge computing network, and aims to optimize the service delay cost of a user and the cache deployment cost of a service provider. The method comprises the following steps: modeling a reusable task scheduling and cache optimization problem in a storage-computing collaborative edge computing network, and decoupling the reusable task scheduling and cache optimization problem into two sub-problems: a task scheduling problem for minimizing service delay cost, and providing a dynamic task scheduling algorithm based on a merging mechanism for the task scheduling problem. The invention provides a calculation result caching algorithm combining dynamic planning and greedy, and further provides a forward-looking pre-caching strategy for solving the problem of minimizing the service caching cost. The task calculation scheduling and result caching method with reusability is provided for space-time correlation of task requests in a storage and calculation collaborative edge calculation network, strict performance guarantee is provided, the method has wide applicability, and the method is suitable for large-scale popularization and application. And challenges of resource limitation and high real-time requirements in a complex calculation scene can be efficiently dealt with.

The invention relates to a part generation method based on atomization disassembly and encapsulation data. The part generation method comprises the following steps: step 1, analyzing a demand scene; step 2, carrying out atomization disassembly; step 3, performing standardization verification; step 4, packaging the function logic layer; step 5, packaging the element part layer; 6, packaging an interface layer; according to the method, the problems of function solidification and difficult splitting of a traditional data product are solved, and efficient circulation and value release of data elements are promoted; and reusability and circulation efficiency of data parts are improved through the element part layer.

The invention discloses a reusable key value cache generation method and device, equipment, a storage medium and a product, and relates to the technical field of computers.The reusable key value cache generation method comprises the steps that an obtained text block is input into a preset large model, and a reusable key value cache corresponding to the text block is output based on a preset fixed prefix key value, the preset large model is obtained by optimizing calculation logic of an attention layer of the original large model based on an attention distribution mechanism. According to the method, the reusability of the key value cache is realized through the preset large model based on the preset fixed prefix key value, the problem of unstable model output caused by position coding and attention distribution changes is effectively solved, and the reuse efficiency of the key value cache is remarkably improved. Meanwhile, the computational logic of the attention layer of the model is optimized, so that the performance and stability of the model during multiplexing of the key value cache of the text block are improved.

The embodiment of the invention provides a business component management method and device, equipment, a storage medium and a program product, and relates to the field of financial science and technology. The method comprises the following steps: acquiring a to-be-processed service; screening a plurality of target components corresponding to the to-be-processed business from a pre-established component library according to the business process of the to-be-processed business; according to the business process of the to-be-processed business and preset execution logic, the target components are combined, a target business process execution program corresponding to the to-be-processed business is obtained, and the preset execution logic comprises a data flow dependency relationship and an execution sequence between different components. According to the method provided by the invention, the business is abstracted into the components, and the business process meeting the business demand is spliced by flexibly combining the components, so that the development cost of business demand change is reduced, and the online speed of the new business is improved. In addition, due to the fact that the components have reusability, the executable programs corresponding to the requirements can be quickly assembled through the service components, repeated development is not needed, and resource waste is reduced.

The invention relates to the technical field of cloud computing, and provides a cloud native assembly type application construction method and device supporting dynamic combination. According to the method, through component standardized packaging and distributed warehouse management, the high component reuse rate is achieved, the repeated development workload is reduced, a visual arrangement tool and a process template are reused, the application construction period is shortened by 50% or above, business personnel can directly participate in development, the'business-technology 'communication cost is reduced, and the development efficiency is improved. And during dynamic combination, an optimal loading path is calculated by adopting an optimization particle swarm algorithm of global search of a particle swarm algorithm and local kick of a simulated annealing algorithm, so that intelligent dependency analysis and optimal path calculation are realized, and the complexity of manual dependency sorting is avoided.

The invention provides a constraint method and device for model structured output based on a finite-state machine, and relates to the technical field of network security, and the method comprises the steps: converting a structured constraint rule into a finite-state machine, constructing a shared vocabulary finite-state machine in combination with a model vocabulary, and dynamically limiting an output token range and a field sequence in a reasoning process. It is ensured that model output strictly conforms to preset field definition, value range and grammar rules, the problems of field missing and format disorder in a traditional mode are thoroughly solved, and results can be directly analyzed and utilized by a downstream system. According to the method, low resource occupation, high reusability and quick response are realized while output accuracy and structuring are guaranteed, and key technical support is provided for large-scale application of a large model in security scenes such as attack detection and vulnerability recognition.

The invention discloses a knowledge graph and RAG-based multi-modal engineering design intelligent generation method and system. The method comprises the following steps of S100, multi-modal data analysis and structured processing; s200, constructing a domain knowledge graph; s210, constructing a standardized module library; s300, performing intelligent retrieval and scheme generation; and S400, compliance verification and feedback learning are carried out. Through deep collaboration of the domain knowledge graph and the standardized module library, spanning of engineering design knowledge from'retrieval 'to'understanding and driving' is achieved, the problems of knowledge fragmentation and low reuse rate are solved, and the design efficiency, quality and automation level are remarkably improved.

The invention provides an event-based flight simulator simulation method and system, a terminal and a medium, and relates to the technical field of flight simulators, the method comprises the following steps: setting components of a flight simulator, and setting public attributes and equipment attributes; describing a simulation object file; configuring an initial scene; configuring a development environment; configuring and developing a visual plug-in; configuring a virtual instrument, and defining input and output of the virtual instrument; compiling a logic processing plug-in, and executing a logic processing process based on the logic processing plug-in; the logic processing plug-in is used for setting pointers and parameters so as to process events sent by the event processor and access attributes. The design level and development efficiency of the system are improved, the reusability of the system is enhanced, the stability of the system is improved, and the user experience is also improved.

The invention discloses a front-end code generation method and device and a storage medium, and relates to the technical field of front-end development. According to the method, by obtaining the pre-configuration data of the to-be-executed project, the project demand can be accurately grasped. According to the method, the attribute information is analyzed, complex project requirements are refined into specific dimension configuration data, then the data are matched with the front-end configuration resource pools of the multiple dimensions, the target codes are rapidly generated, the code obtaining time is greatly shortened, and the tedious work that developers blindly search and write a large number of codes is avoided. Finally, the target front-end codes are generated through combination according to the preset format, repeated development is effectively avoided, developers do not need to write basic codes, more energy can be concentrated on core business logic implementation, the technical problems that in the front-end development process, code writing efficiency is low, errors are prone to occurring, and resource reusability is poor are solved, and the development efficiency is improved. The technical effects of improving the front-end development efficiency, improving the code quality and enhancing the code reusability are achieved.

A computer-implemented method operates on serializable or de-serializable programmatic objects representing deployments. Each deployment object can be programmatically applied to or associated with a collection of remote (cloud, or in-datacenter) compute resources ("target resources") from another machine ("client machine"). The client machine does need direct network access to the target resources and instead makes network requests to an API server that can connect to the target resources, directly or indirectly. Users leverage deployment APIs to construct a deployment object that is then transmitted securely through an API server, which conducts access checks. The deployment APIs allow users to reference "deployment metadata" (for example, the versioned build image) by name to facilitate reusability, reduce errors, and allow for administrator-curated deployment configurations. Additionally, the deployment APIs of an embodiment allow users to reference data integrations, datasets, user-defined functions, and machine learning models to ensure consistent workflow execution.

The invention provides a UVM-based instruction set acceleration component verification platform construction method, which comprises the following steps: firstly, generating a required instruction signal according to an input signal of an acceleration component by a verification platform, then generating a floating-point number meeting calculation requirements according to requirements, and meanwhile, ensuring the configurability of various parameters which are random and excited in an effective range of operational data; a C-based soft library is called as a reference model for comparison with a hardware output result, so that the verification accuracy is ensured; then collecting and merging coverage rate files obtained by excitation operation through scripts to realize convergence of the coverage rate and ensure the completeness of verification; and finally, when hardware design finds an error and is modified, a verification platform can be called to carry out a regression test, so that the method has relatively high reusability, and the verification efficiency is improved.

The present invention discloses a parameter control method under the QT framework, belonging to the technical field of information transmission and processing. The present invention includes a series of processing procedures such as defining the types and interfaces of function controls based on QT, implementing and forming a function control library, selecting function controls to form a local XML file, dynamically creating function controls to implement interface layout, performing message passing when the attributes of function controls change, and triggering the business logic of function controls. By using the signal and slot communication mechanism in QT, the present invention realizes the business requirements of controlling device parameters by applying various controls in different usage scenarios, and has good adaptability and scalability. The present invention has the advantages of cross-platform, easy expansion, strong reusability, etc., can significantly improve the efficiency of business design and development, and makes the man-machine interface for parameter control friendly, convenient, flexible and consistent.

Embodiments of the present disclosure relate to applications, platforms, architecture, etc. for implementing a data buffering system in a customizable, reusable manner. In particular, the present disclosure relates to and describes a data buffering system that includes different layers and components that allow for customizing data buffering systems for different data pipelines while also allowing for code reusability. Such an approach allows for flexibility to scale to multiple use cases while also allowing for reuse of at least some of the same underlying components.

The invention discloses an industrial robot master control system which comprises a robot hardware abstraction layer, a real-time control algorithm plug-in layer and a non-real-time request corresponding layer, non-blocking asynchronous communication between different modules is achieved through a shared memory, and the robot hardware abstraction layer is used for shielding hardware differences generated due to different robot types. The high reusability of the robot master controller is realized; the real-time control algorithm plug-in layer is used for realizing the separation of the real-time control algorithm layer and the hardware abstraction layer and realizing the overall control of the robot; and the non-real-time request response layer is used for realizing interaction and communication capabilities of the robot and an external function module. The invention also provides a plurality of standardized system development interfaces, so that the system can form a unified development specification, a communication specification and a development mode under software and hardware decoupling. The system architecture provided by the invention is easy to realize in an industrial robot system, the mobility, compatibility and stability of software are improved through modular design, and the system architecture has relatively high applicability.

The invention belongs to the technical field of model-driven system engineering and intelligent system modeling, and particularly relates to a test requirement formalized design method based on primitive intelligent extension. The method comprises the following steps: obtaining a semantic map, and defining semantic nodes in the semantic map as type modules or intelligent modules; instantiating the type module to obtain a type model instance node, and instantiating the intelligent module to obtain an intelligent model instance node; organizing the type model instance nodes and the intelligent model instance nodes into a model graph; constructing an extended state primitive, constructing a plurality of interactive combination states based on the extended state primitive, defining an intelligent migration mechanism and constructing an extended state machine diagram; respectively testing the model diagram and the expansion state machine diagram, and if the model diagram and the expansion state machine diagram are tested to be qualified, exporting the model diagram and the expansion state machine diagram; the method can solve the problems of dynamic behavior description fragmentation, multi-agent interaction mechanism stiffness and insufficient model reusability of a traditional system modeling language in intelligent system modeling.

The invention discloses an IP general verification platform based on a UVM framework. The IP general verification platform comprises a simulator, a UVM library, a reference model, a TCL script, a first transaction transaction, a second transaction transaction, a third transaction transaction, a fourth transaction transaction, a signal layer, a command layer, a functional layer, a scene layer, a test layer and a test platform top layer. According to the method, verification requirements of various different IPs can be flexibly supported, dynamic configuration of verification environment parameters and interface instances is realized, different design requirements can be adapted without hard coding, the coordination problem of signal synchronization and reset management in a multi-clock domain system is solved, and the reusability and development efficiency of a verification environment are improved.

The invention provides a stamping process diagram optimization design method and system based on Autoform simulation. The stamping process diagram optimization design method comprises the steps of data input and preprocessing; preliminarily generating a process diagram; carrying out Autoform simulation analysis; automatically optimizing parameters; dynamic process diagram output and knowledge base integration are carried out, defects such as wrinkling and cracking are warned in advance through Autoform multi-physical field simulation, the mold testing frequency is reduced by more than or equal to 50%, and the mold testing cost is greatly reduced; the blank holder force and the draw bead resistance coefficient are automatically adjusted through algorithms such as a gradient descent method, the blank holder force precision is improved to be within + / -5%, and manual experience dependence is reduced; through simulation-design closed-loop iteration, the mold debugging period is shortened to 1-2 weeks from traditional 4-5 weeks, and the design efficiency is improved; simulation data are directly embedded into the dynamic process diagram, version control and difference comparison are supported, and design traceability is ensured; a knowledge graph is constructed through historical simulation data, initial parameters of similar workpieces are recommended through machine learning, the repeated simulation workload is reduced by more than or equal to 30%, and the design reusability is improved.

The invention relates to an end-to-end process construction and execution method and related equipment based on a standardized component, and the method comprises the steps: obtaining the process design data of an end-to-end process project of a power enterprise, which comprises a value stage, a key business activity, an atomic operation sequence, an operation main body and an output object; packaging the atomic operation into a standardized component, configuring an execution role for the standardized component, reserving an element slot, and storing the element slot into a process component library; responding to the arrangement instruction, selecting a plurality of components corresponding to the target business scene from a component library, establishing control flow logic among the components, generating an end-to-end process model, and establishing a metadata association relationship between each component and an execution role, a digital system, a business rule, a business form and a system standard; and associating and deploying the model and the metadata to a process execution platform. According to the method, the construction efficiency, the component reusability and the executable performance of the end-to-end process are improved.

The invention discloses a function chain construction method and system based on computing network capability convergence, belongs to the technical field of software development, and aims to solve the technical problems of how to reduce the development complexity of plug-ins and improve the reusability and expansibility of the plug-ins. Comprising the following steps: defining a plug-in: defining input and output parameters, a functional interface and a dependency relationship of the plug-in through a standardized interface, and declaring a period management rule; function link arrangement: based on a computing network capability convergence mechanism, dynamically combining a plurality of plug-ins into a function link through a visual interface according to service requirements; plug-in packaging: packaging the plug-in through a containerization technology, loading the plug-in as required, and executing the plug-in; plug-in release and management: integrating an automatic tool chain, and realizing version management, test verification and market release of the plug-in based on the automatic tool chain.

The invention discloses a modeling method for autonomously assembling a digital satellite simulation model based on an event scheduler, which comprises the following steps of: 1, determining a simulation component and a base template, writing simulation component information and a simulation model interface file, and setting simulation component registration information; 2, designing a simulation model operation logic, and compiling the simulation model operation logic, simulation component information and simulation component registration information into JSON data to form an assembly configuration file; 3, generating an event scheduler processing flow, assembling the event scheduler processing flow with the base template, the assembly configuration file and the simulation component processing flow, completing digital satellite simulation model assembly, and compiling the digital satellite simulation model to generate a simulation model library file; and 4, packaging the simulation model library file, the written simulation model description file, the simulation model interface file and the assembly configuration file to form the digital satellite simulation model. According to the method, the problems of low component reusability and poor simulation model expansibility of a satellite simulation modeling method in the prior art are solved.

The invention relates to a plug-in multi-protocol industrial control system and method based on functional unit modeling. The plug-in multi-protocol industrial control system comprises a physical interface layer, a protocol packaging layer, an equipment driving layer, an abstract functional unit layer, an abstract functional module layer, a control logic layer and a configuration driving module. The physical interface layer realizes multi-platform compatibility through a unified asynchronous event interface; the protocol packaging layer integrates a protocol through a plug-in; abstracting a device behavior by a device driver layer, and dynamically binding the device behavior with a functional unit; the abstract function unit layer abstracts equipment functions into standardized function units and realizes two-way communication; the abstract function module layer combines function units into a high-level module and supports dynamic loading and unloading; the control logic layer realizes various flow control; and the configuration driving module analyzes the configuration file to realize configurable operation of the system. According to the system disclosed by the invention, the problems of difficulty in multi-protocol adaptation, poor control logic reusability and low configuration degree are solved through layered communication architecture, protocol plug-in, functional unit abstraction and event-driven mechanisms.

The invention discloses an object-oriented thought-based building control method and system, and the method comprises the steps: achieving the signal decoupling through a hierarchical inheritance architecture of a base class, a subclass and instantiation: abstracting a device common logic signal through the base class, extending a physical signal through the subclass, and flexibly defining a logic behavior through configuration through instance equipment; logic signal pre-configuration, polymorphic expansion and offline arrangement are supported, control logic is independent of physical equipment communication details, logic reconstruction is not needed during equipment replacement or protocol upgrading, and different configuration rules of equipment instances of the same model are allowed. According to the method, the reusability and expansibility of a control strategy can be improved, the development and maintenance cost of mixed deployment of multiple types of equipment, logic iteration scenes and logic similar migration is reduced, the online period of a building control system can be effectively shortened, the control capability is improved, and green and low-carbon operation of a building is assisted.

The invention provides a multi-format document analysis and verification method and system and a program product, and relates to the technical field of document processing and intelligent verification. The method adopts a layered modular architecture, and comprises the following steps: a document analysis layer selects an analysis strategy according to document types and complexity, and uniformly converts various formats of documents such as PDF, Word, Excel and the like into a Markdown intermediate format; the index extraction layer uses an abstract base class and a dynamic Prompt optimization mechanism to extract structured data from an intermediate document and integrate the structured data into a unified JSON format to realize complete decoupling of data extraction and rule verification; and the rule verification layer dynamically loads a business rule by scanning an independent file, constructs a rule-dependent directed acyclic graph, and determines an execution sequence by utilizing topological sorting. According to the method, the problems of high data and rule coupling degree, high maintenance cost and poor expansibility in an existing system are effectively solved, hot plugging of the rules, dependency on automatic management and multi-document concurrent processing are realized, and the reusability and execution efficiency of the system are remarkably improved.

The invention discloses a protocol encoding method, a protocol decoding method, a computer program product and equipment. The protocol encoding method comprises the following steps: acquiring a first structural body corresponding to a communication protocol frame; wherein the first structural body is a structural body defined based on the communication protocol frame, the first structural body comprises a protocol field of the communication protocol frame and a data type of the protocol field, and the protocol field comprises a field value; the data type of a target protocol field is obtained based on a reflection mechanism, and the target protocol field is a to-be-coded field in the protocol fields; and encoding the field value of the target protocol field by using an encoding mode corresponding to the data type to obtain a byte stream. Therefore, the code reusability and the development efficiency can be improved, and the development cost is reduced.

The invention relates to the technical field of software development assistance, can be applied to business system platforms of financial science and technology, medical health and the like, and discloses a dynamic library creation method, which comprises the following steps of: traversing a source code directory of a target component, and screening a source code file from the source code directory; creating a compiling configuration file of the target system, copying the source code file to the compiling configuration file, screening an associated configuration operation file from the target component, and adding the configuration operation file to the compiling configuration file; configuring the compiling configuration file according to the dependency relationship and the compiling options; and executing a compiling command on the configured compiling configuration file to generate a dynamic library, integrating the dynamic library into a target system, and loading the dynamic library by using the target system to call the target component. According to the method, the target component is compiled and managed as the independent compiling configuration file, component codes are better organized and maintained, the reusability and maintainability of the codes are improved, and the component engineering integration process is simplified.

The invention relates to a CGF-oriented typical normal form behavior model conversion method and device. The method comprises the following steps: receiving a conversion instruction input by a user; when a first conversion instruction is received, adopting a preset first conversion algorithm to respectively map each task flow of the finite-state machine and a state and transfer relationship in each task flow into a sub-tree of a behavior tree and a hierarchical node structure of each sub-tree, and outputting a behavior tree description file; when a second conversion instruction is received, disassembling the tree structure of the behavior tree into a state transition network of a finite-state machine by adopting a preset second conversion algorithm, and outputting a finite-state machine description file; and according to the description file output after receiving the conversion instruction, generating a corresponding code framework and integrating the code framework to a CGF simulation platform to output a deployable CGF entity model file. By adopting the method, the efficiency, reusability and application flexibility of CGF modeling can be improved.