208 results about "Plug-in" patented technology

The application discloses a kind of based on plug-in AI digital person ability extension method, the method includes according to the data that user submits and interacts, extract user information feature matrix, construct user preliminary portrait;Based on user preliminary portrait, select relevant plug-in, pre-load plug-in and automatically select ability extension strategy;Initialize plug-in function, according to ability extension strategy and user dialogue system gradually enable plug-in, expand the ability of AI digital person, record enabled function information;According to enabled function information, construct AI digital person ability management system, output AI digital person ability matrix;Using the document uploaded by user, parse the task list of user, match ability matrix, customize user personalized task list.The application solves the flexibility and personalization problem of AI digital person function expansion under different user needs and scenarios, realizes the intelligent adaptation and ability improvement of AI digital person in diversified application scenarios, provides more accurate and efficient personalized service for user.

This invention provides a method for providing CNI support for a Docker container engine, relating to the field of container runtime technology. The method includes configuring a custom runtime component docker-cni in the Docker container engine; specifying the custom runtime component docker-cni as the runtime when creating a container and setting it to a network-free mode (none); injecting a pre-start hook and a stop hook into the container's configuration file during the container creation phase; the hooks are used to trigger the custom runtime component docker-cni to perform CNI network operations; when the container starts and triggers the pre-start hook, calling the CNI plugin's add network operation according to the command injected in the pre-start hook to complete the container network configuration; when the container stops and triggers the stop hook, calling the CNI plugin's delete network operation according to the command injected in the stop hook to clean up the container network configuration.

This invention relates to an enterprise-level full-stack low-code development platform based on a model-driven and plug-in architecture, belonging to the field of computer technology. It addresses the problems of poor scalability, performance bottlenecks, high security risks, and inflexible deployment inherent in existing platforms. The invention includes: a visual development tool providing a form designer and workflow engine, supporting drag-and-drop development and real-time preview; a plug-in extension module, implemented based on the PF4J framework, supporting dynamic loading, unloading, and isolation of plug-ins; a data integration and management module providing an API gateway, multi-source data integration, and data model management; and an application deployment and maintenance module for one-click automated deployment and log auditing. This invention achieves dynamic functional expansion through a plug-in architecture, optimizes performance in high-concurrency scenarios through a workflow engine, enhances security, and provides more flexible deployment, improving the development and maintenance efficiency of enterprise-level applications. It is suitable for application scenarios such as government approvals.

This invention provides a data processing method, comprising: acquiring target configuration data of original model data, wherein the original model data is the model data of the original model on the platform side, and the target configuration data includes hardware model data, non-hardware dependent configuration data, and a post-processing plugin library; the hardware model data is the configuration data of the original model data after conversion that depends on the hardware parameters of the device side, and the non-hardware dependent configuration data is the configuration data of the original model data after conversion that does not depend on the hardware parameters of the device side; the post-processing plugin library includes post-processing plugins for the original model data; and distributing the target configuration data to a target device so that the target device performs inference tasks based on the target configuration data. By converting the original model data into hardware model data and non-hardware dependent configuration data post-processing plugin library, the efficiency of model deployment to the device side is improved.

In virtual assistant platforms that provide access to a plurality of plug-ins, plug-in selection based on comparisons between high-dimensional embeddings of user prompts and high-dimensional embeddings of the example prompts contained in plug-in definitions can cause “collisions”—that is, selection of the wrong plug-ins—if the plug-in-definitions of the intended and erroneously selected plug-ins are too similar. Debugging such collisions or avoiding them in the first place can be aided by visualizing the example prompts of multiple plug-ins, optionally along with the user prompts, in a scatter plot based on mappings of the high-dimensional embeddings onto lower-dimensional vector representations, and analyzing changes in the scatter plot responsive to modifications of the plug-in definitions.

This application relates to the field of computer technology, specifically to a method, apparatus, computer device, and storage medium for running an open-source engine. The method for running the open-source engine is applied to a hardware extension plugin system for an inference engine. The hardware extension system includes at least an inference engine module and a hardware extension plugin module. The method includes: determining whether the current hardware is configured with all target operators required for inference computation of the model to be computed; if missing, determining whether the inference engine interfaced with the current hardware is configured with missing hardware operators; if the inference engine interfaced with the current hardware is not configured with missing hardware operators, calling the missing hardware operators from a pre-configured CPU operator library in the CPU through the hardware extension plugin system; and registering all target operators to the inference engine and / or the current hardware. This provides a secure, reliable method for third-party hardware to access an open-source engine with complete evolvability.

This invention discloses a method, device, terminal, and storage medium for sensing operating system fault information, belonging to the field of operating systems. The method includes: deploying a resident lightweight resource detection tool to detect external manifestations of anomalies; when anomalies appear, activating an information collection daemon to periodically collect system resource information using a small amount of resources, closing the resident lightweight resource detection tool, and generating system resource trend information; using the system resource trend information to determine if there is an abnormal trend deterioration; when there is an abnormal trend deterioration, selecting and loading a corresponding medium-weight resource information collection plugin based on the system resource information corresponding to the abnormal trend; using the medium-weight resource information collection plugin to collect system information and recording the system information. This method can simultaneously ensure resource effectiveness and information integrity.

Embodiments of the present application disclose a data processing method, device and computer readable storage medium, the method comprising: displaying a plug-in function page corresponding to a function plug-in in a first application; the plug-in function page comprising target object information; the function plug-in being provided by a second application; in response to a triggering operation on the target object information in the plug-in function page, displaying a multimedia component corresponding to the target object information in an object page provided by the function plug-in; the multimedia component being provided by the first application to the function plug-in. By using the present application, the display effect of the function plug-in can be improved in the first application. Embodiments of the present application can be applied to various scenes such as cloud technology, artificial intelligence, intelligent transportation and assisted driving.

This application discloses a method for displaying third-party pages, a Vue plugin, a device, and a storage medium, relating to the field of front-end processing technology. The method includes: responding to a page display instruction and obtaining target parameter information of the page to be displayed; standardizing the target parameter information according to its file format; rendering the page to be displayed according to a preset callback function and the standardized target parameter information; and embedding the rendered page to be displayed as a third-party page into a platform display page. This application standardizes the file format of the page to be displayed, ensuring a unified code format for the target parameter information during rendering. Compared to conventional methods that use different codes for different formats, this application can be compatible with different formats of third-party page documents when displaying embedded third-party pages.

This application provides a method, apparatus, electronic device, and computer-readable storage medium for verifying a circuit design. The method includes: configuring each stage of the verification task to obtain a configuration file, which includes configuration parameters for each stage; running each stage of the verification task according to the configuration parameters and obtaining the verification result for each stage; and checking the verification results of each stage according to the corresponding check rule plugin to obtain the check result. This application allows for the configuration of stage parameters based on the needs of actual scenarios, enabling adjustments to the verification process without modifying the basic program code, significantly improving the system's adaptability to different verification scenarios. Furthermore, this solution is independent of manual labor, has low cost, and high accuracy.

The application discloses a device state analysis method and system based on DSL and dynamic compilation technology, wherein the method comprises the following steps: S1, importing a DSL file of device state parameters; S2, analyzing the DSL file through a T4 text template engine to dynamically generate C# intermediate code; S3, using a Roslyn compiler to dynamically compile to generate an assembly; S4, loading the assembly through reflection to receive a device state byte array data frame; S5, matching a structure type corresponding to the byte array to convert the byte array into a structure instance through memory mapping; S6, calling built-in or extended analysis methods through reflection to convert the structure into a general parameter class object; S7, outputting the instantiated object; and S8, transmitting, displaying or saving the device parameter instantiated object according to actual requirements. The application greatly shortens the analysis rule configuration time; and a new device protocol only needs to write a DSL file, without the need of redeploying the system; in addition, the application supports plug-in extension of custom analysis methods.

The application provides a building design software and cloud rendering platform synchronization method and system, and relates to the technical field of building information modeling. The method comprises the following steps: format conversion, converting the model in the building design software; data uploading, uploading the model data after format conversion to the cloud rendering platform; data display, displaying the model rendering effect after format conversion; data synchronization, synchronizing the modification operation of the user to the engine of the cloud rendering platform. The method and system provided by the application do not require the user to export and re-import the model file. After the user starts the cloud rendering platform, the user can directly return to the building design software to modify the model. Only the command defined by the plug-in needs to be triggered, and the plug-in will synchronize the user's operation to the cloud rendering engine, so that the user can see the rendered model in the browser, the display is seamlessly connected, the work efficiency is improved, and the design output effect is better.

This disclosure relates to a method, apparatus, computer device, and medium for adding special effects, aiming to solve the problem of low efficiency in adding special effects. The method includes: determining the target data type of a data object to which special effects are to be added; determining a target special effect template from a set of preset special effect templates corresponding to different data types based on the target data type; establishing a special effect adding process corresponding to the target data type; running the special effect adding process and calling a special effect plugin storing the target special effect template to add special effects to the data object. Thus, by determining the target special effect template from a set of preset special effect templates corresponding to different data types and calling a special effect plugin storing the target special effect template to add special effects to the data object, the efficiency of adding special effects can be improved.

This application relates to the fields of intelligent hardware and environmental monitoring technology, and particularly to a protocol processing method, apparatus, device, storage medium, and computer program product for environmental monitoring equipment. The method involves obtaining resource configuration information and corresponding protocol configuration information for a target acquisition channel; determining the target protocol plugin associated with the target acquisition channel based on the protocol configuration information; loading the target protocol plugin and initializing it according to a preset interface specification to establish a calling relationship between the target protocol plugin and the target acquisition channel; acquiring device interaction data based on the target acquisition channel and calling the target protocol plugin to perform protocol parsing processing on the device interaction data to obtain corresponding standardized data; sending the standardized data to a message bus for external modules to subscribe to; and dynamically updating the target acquisition channel and / or the target protocol plugin in response to configuration change or upgrade commands.

This invention relates to the field of computers and discloses a client-AutoCAD task processing method and system based on named pipes. The method includes: when AutoCAD loads a DLL plugin, initializing a communication service through the DLL plugin, and establishing a named pipe between the DLL plugin and the client to achieve a communication connection; the DLL plugin obtains the client's request data through the established named pipe, parses the client's request data to generate a parsing result, and executes asynchronous or synchronous task processing based on the parsing result. The advantages of this invention are: it reduces the coupling between the Electron client and AutoCAD, improves communication reliability, supports simultaneous synchronous and asynchronous operations, and avoids blocking the main thread.

The application discloses a thyristor control unit test system and method, and belongs to the field of power system testing. The method comprises the following steps: deciding test execution parameters of a debugging instrument based on acquired parameter information of a thyristor control unit; generating analog quantity input for thyristor control unit test through a program-controlled source based on the test execution parameters of the debugging instrument; and performing thyristor control unit test through the debugging instrument and a power load plug-in based on the analog quantity input; wherein the thyristor control unit test comprises forward normal trigger characteristic test and on-state protection and reverse recovery characteristic test; and when the thyristor control unit test is performed, test data of the thyristor control unit collected by the debugging instrument is used to generate a thyristor control unit test result. The application can realize automatic test of the thyristor control unit, and the test is efficient and convenient, and can be applied to in-plant single-plug production batch test.

The application provides a data processing method, an electronic device and a computer readable storage medium, wherein the method comprises: constructing a calculation model according to a calculation model definition request; determining a target calculation engine to be adapted according to a calculation logic feature of the calculation model, and acquiring a target engine plug-in corresponding to the target calculation engine from an engine plug-in library according to an identifier of the target calculation engine; running the calculation model according to a data processing instruction of a user; and the calculation model interacts with the target calculation engine through the target engine plug-in to execute the data processing instruction during running. The application uses the engine plug-in as an intermediate adaptation layer to shield the differences between different calculation engines, so that the same calculation model can run on multiple calculation engines without modification. In this way, not only is multi-engine compatibility achieved, but also the repeated development and maintenance costs caused by engine binding are significantly reduced, effectively solving the problem that the calculation model is difficult to adapt to multiple calculation engines in the prior art.

The application discloses an information processing method, device, equipment and medium to improve the accuracy of information reasoning. The application retrieves a set of knowledge fragments matched with the question submitted by the user through a retrieval module; for each knowledge fragment in the set of knowledge fragments, the corresponding document fragment is located using the knowledge fragment to generate a set of document fragments; the set of document fragments is placed in a co-occurrence relationship graph to obtain a high-frequency co-occurrence community and perform training to generate a LoRA plug-in corresponding to the target high-frequency co-occurrence community; the question information is generated using the set of knowledge fragments and the question submitted by the user; the corresponding set of LoRA plug-ins is located according to the set of knowledge fragments to determine the plug-in set information of the set of LoRA plug-ins; the question is generated using the question information and the plug-in set information and sent to an LLM cluster; the target LLM is routed based on the plug-in set information in the question through the LLM cluster, and the target LLM loads the LoRA plug-in to reason the question.

A scalable intelligent operation and maintenance method for monitoring switch performance parameters, belonging to the technical field of intelligent operation and maintenance, involves determining whether the switch plugin's configuration file is being used for the first time. If so, it reads the switch's basic information summary table, converts the detailed switch information into readable information, and stores it in a database. It then determines whether each performance parameter OID in the detailed switch information belongs to either quick query or normal query data. Two independent threads are used to query these two types of performance parameter data respectively, and the query results are written to the database and provided to the front-end software for querying and display. Through these three steps, the monitoring of switch performance parameters is achieved. This invention solves the dependence of traditional intelligent operation and maintenance monitoring of switch performance parameters on third-party paid tools, increasing scalability and flexibility.

A content editor or a plugin thereto automatically generates authorship tokens that identify content authored by a human author or an artificial author. The authorship tokens are applied to the work while the work is being produced. Thus, subsequent review of the work can identify regions produced by a human author and other regions produced by an artificial intelligence.

The application discloses an intelligent display control method and device for a tree-shaped plug-in, and the method comprises the following steps: when it is detected that a triggering instruction for a tree-shaped plug-in created in advance is received, the display type of the tree-shaped plug-in is determined according to the triggering instruction; the display content of the tree-shaped plug-in is determined according to the display type; and the display content of the tree-shaped plug-in is sent to a display device matched with the triggering instruction, so as to display the display content of the tree-shaped plug-in to a triggering person of the triggering instruction. It can be seen that, according to the application, the display content matched with the display type of the tree-shaped plug-in determined according to the triggering instruction can be determined, so that even if a user cannot clearly identify the tree-shaped plug-in node required by the user through a node mark, the user can quickly identify the matched tree-shaped plug-in node according to the display content, the interaction rate between the user and the tree-shaped plug-in is improved, the information acquisition rate of the user is improved, and the use experience of the user is improved.

This invention discloses a plugin invocation method, apparatus, device, and medium, relating to the field of artificial intelligence technology. Specifically, the solution modularizes the plugin system's functions. When a language processing request is received, a target plugin is selected from multiple plugins based on the request, and the target plugin is configured through a pre-deployed plugin management component on the server. The selected and configured target plugin only processes the language processing request before language model inference and / or processes the response data after language model inference. The plugin itself does not participate in the language model inference process, thus exhibiting strong flexibility, ease of expansion and maintenance, applicability to all language models, and improved user experience.

This invention discloses a virtual physics experiment method and system based on a lightweight front-end architecture. It employs a lightweight front-end architecture using a Python backend combined with JavaScript, HTML5 Canvas, and CSS. Through standardized operation parsing and real-time communication via WebSocket, it calls multi-dimensional physical models for frame-by-frame calculation at 60fps. Layered collaborative rendering using Canvas and CSS enables physics-driven vector drawing, and parameterized vector scale generation solves the problem of magnification blurring. A semantic control mechanism for experimental specifications is constructed, supporting incremental circuit topology recognition and free construction. A multi-model instance pool reuse scheduling mechanism enables rapid switching between multiple scenarios. This invention can run smoothly on multiple terminals without plugins, balancing simulation realism with teaching interactivity.

1. The name of the design product: multifunctional keyboard. 2. The use of the design product: the design product is used for Bluetooth connection, USB charging or plugging in and the keyboard with dot matrix screen at both ends and top. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The application discloses a kind of general task scheduling framework systems and methods supporting dynamic arrangement, belong to computer software system architecture technical field, including framework engine core, field adaptation layer and functional plug-in;The framework engine core is the general scheduling execution engine irrelevant to specific business field, including resource abstract module, task abstract module, dynamic arrangement and execution engine and plug-in warehouse and manager;The resource abstract module defines uniform resource description interface, and converts original resource data into resource image.The application can dynamically retrieve, load plug-in and assemble into exclusive plug-in workflow according to the unique needs of individual task from plug-in warehouse during scheduling operation by dynamic arrangement mechanism, realize the "thousand people thousand faces" and "one task one strategy" of scheduling strategy, so that scheduling strategy can dynamically adapt to task demand, completely solve the defect that static strategy cannot match individualized needs of task.

The application discloses a cross-platform VSTO plug-in development framework and an implementation method for one-time development and multi-version multiplexing, belongs to the technical field of plug-in development, and comprises a bottom-up runtime version detection layer, a reflection calling layer, an abstract interface layer, a platform adaptation layer and a unified interface adaptation layer; wherein the runtime version detection layer is used for automatically identifying a host environment and a specific version of host software when the VSTO plug-in is started, collecting interface rendering parameters and outputting a standardized environment identification tuple. The application provides a compatible framework and a matching unified interface design scheme for "one-time development and multi-version multiplexing", realizes configuration-free installation and interface self-adaptive compatibility of the same plug-in package on Excel 2007-2019 and WPS 2016-2019, greatly reduces compatibility code and interface development costs, and improves plug-in adaptation efficiency, installation success rate and user interaction experience.

This invention provides a method, apparatus, device, and medium for operating a plug-in system. Existing plug-in systems only allow developers' plug-ins to run in a single target computing environment. The plug-in system of this invention obtains a plug-in to be deployed, which includes business logic code and descriptive information; receives a deployment instruction for the plug-in; determines the target computing environment based on the deployment instruction; performs adaptation processing on the business logic code based on the descriptive information and the target computing environment to generate an executable adapted to the target computing environment; runs the executable in the target computing environment, establishing a mapping relationship between the executable and a unique identifier; and manages the executables running in different target computing environments uniformly based on the mapping relationship, enabling efficient and secure operation in different target computing environments without modifying the plug-in code.