78 results about "Application logic" patented technology

The invention discloses a webpage generation method and device, electronic equipment and a storage medium, and relates to the technical field of computer software or other related fields, the method comprises the following steps: receiving demand information of a user for an expected webpage, and inputting the demand information into a target language model to obtain N pieces of component information in the expected webpage, N being a positive integer; retrieving a target database based on the N pieces of component information to obtain a retrieval result; inputting fusion demand information of the retrieval result and the demand information into the target language model to obtain a configuration code which is used for describing the page layout, the component attribute and the application logic of the expected webpage; and analyzing the configuration code to obtain a corresponding source code, and rendering the page based on the source code to obtain a target webpage corresponding to the expected webpage. According to the method and the device, the technical problem that the generated webpage does not accord with the intention of the user due to understanding limitation of a low-code platform fused with a large language model in related technologies is solved.

The invention provides a low-code application logic generation method and system based on a large language model, and the method comprises the steps: obtaining a natural language demand and an operation environment snapshot of a user, and constructing a prompt project context of the large language model based on the natural language demand and the operation environment snapshot; based on the context of the prompt project, performing retrieval by utilizing a large language model to obtain a logic component; processing the logic component based on a pre-constructed agent to generate a logic DSL text; analyzing and rendering the logic DSL text to obtain a visual logic flow graph, and updating the logic DSL text in response to a modification operation of a user on the visual logic flow graph; based on the logic DSL text, verifying application logic corresponding to the logic DSL text in the sandbox environment, and deploying the application logic to the current application after verification is passed. According to the invention, complex business requirements can be met, and logic development thresholds are reduced.

Disclosed is a computer-implemented method for constructing a domain-specific language learning model (LLM). The computer-implemented method includes a step of ingesting, from a server, a domain-focused dataset. The computer-implemented method includes a step of assimilating, from a search engine database, a real-time digital data stream. The computer-implemented method includes a step of integrating the domain-focused dataset, and the real-time digital data stream within an application logic layer to obtain an integrated dataset. The computer-implemented method includes a step of employing, by a processor, a transformer algorithm on the integrated dataset to extract a plurality of domain-specific textual insights. The computer-implemented method includes a step of utilizing, by the processor, said domain-specific textual insights to execute one or more business tasks. The computer-implemented method includes a step of presenting both the domain-specific textual insights and the executed business tasks on a user interface.

The invention discloses a solution for intelligent low-code construction and automatic deployment of a multi-terminal application full stack, belongs to the technical field of software development, and solves the problems that an existing low-code development platform is high in use threshold, does not support customized development and is disjunction in application construction and application use. The invention provides an intelligent low-code construction platform. The intelligent low-code construction platform comprises a low-code construction platform, an application rendering unit, an application deployment unit and a display interaction unit, the low-code construction platform is used for constructing a plurality of application pages according to the developer personalized configuration information, and associating the plurality of application pages according to set association logic information among the plurality of application pages to obtain an application program; generating application data according to the application program, and storing the application data; the page cross-end rendering unit is used for performing Web end and App end rendering on the application program according to a defined page rendering protocol to obtain a Web end application and an App end application; and the display interaction unit is used for displaying the interaction function and the application logic of the Web end application and the App end application.

One method includes extracting word-elements, each corresponding to a respective element of a ground truth cell-item array from an annotated document, applying logic rules to the extracted word-elements so that the applicability, or not, of each logic rule to each element of the ground truth cell-item array is determined. Based on the applying of the logic rules, metrics are obtained that indicate, for each word-element of the annotated document, the applicability of the logic rules, and the frequency with which applicable logic rules is satisfied. A first aggregation process is performed that aggregates the metrics across a group of unstructured, and annotated, documents, and a second aggregation process is performed that aggregates the metrics regarding a model-generated cell item array that was created based on the group of annotated documents. Finally, respective outcomes of the first and second aggregation processes are compared so as to identify logic rules of interest.

A method in one embodiment comprises implementing a first process for carrying out an application deployment configuration change using a deployment repository, and implementing a second process for carrying out an application logic change using a source repository, the second process being different than the first process. The method further comprises identifying a particular type of change to be made to at least one application, and controlling execution of a particular sequence of one or more instances of at least one of the first process and the second process responsive to identification of the particular type of change to be made to the at least one application. The deployment repository and the source repository are illustratively part of a continuous integration / continuous deployment (CI / CD) system. The CI / CD system controls software code for applications executed by host devices of a host platform coupled to the CI / CD system over at least one network.

The embodiment of the invention provides a drive optimization method and system based on hardware state perception and a readable storage medium. The method comprises the steps that system data are collected, processed and stored, optimal adjustment instruction data are obtained according to standardized system data, verification processing is conducted through association mapping and execution adjustment, the program running state is monitored, and if the number of exceptions exceeds a preset threshold value, fault diagnosis is triggered, and a troubleshooting report is pushed. Performing interactive processing according to system standard parameters, updating bottom-layer codes and permission application logic and verification processes, updating mapping rules according to adjusted effect data, and optimizing a fault correlation analysis model; through hardware state perception and data acquisition, driving parameter dynamic matching and adjustment, fault intelligent diagnosis and report generation, cross-system version compatibility adaptation and data closed-loop optimization and rule iteration, balance between performance and resource consumption is realized, equipment operation stability and cruising ability are improved, and development and maintenance cost of a driving program is reduced.

The invention provides a financial analysis platform building method, a building framework and related equipment. According to the platform built by the method, an internal business system interface, an external API interface, an Internet of Things equipment interface and a file uploading interface are integrated on a data resource layer; a relational database, a non-relational database, a file system and a data lake are deployed in the data storage layer to realize data classified storage; configuring multi-source data access real-time data flow, data standardization and cleaning, data warehouse data mapping and ETL tool distributed calculation in the data processing layer; a data analysis and feature extraction engine, an intelligent chart recommendation engine and an anomaly detection and automatic generation auditing process display module are configured on the application logic layer; and an instrument panel display module, a report checking module, an auditing process display module and a data notification module are configured on the user interface layer. According to the invention, the integration of multi-source data is realized, the function integration level is high, the automation is higher, and the user requirements can be better met.

Methods and systems are provided for allocating memory. An example method includes: allocating, for an application logic, a region of external primary memory included in a memory appliance; selecting, by a client device in response to a first request to reclaim a first portion of local primary memory in the client device, a portion of external primary memory from the region of external primary memory; copying data from the first portion of local primary memory to the portion of external primary memory; and converting a portion of a first virtual address space at the client device by remapping at least one virtual address in the first virtual address space at the client device from the first portion of local primary memory to the portion of external primary memory.

A development system provides an editor and a simulator between which changes are bi-directionally synchronized. As the simulator runs the application logic, objects may be spawned and destroyed. Object properties (e.g., colors, positions, behaviors, etc.) can also change as time passes. The developer can see these changes in the editor view in real time. The developer can make changes in the editor view that persist and are synchronized in real time to the simulator.

The invention relates to the technical field of intelligent education, in particular to an intelligent practical operation assessment system and method based on multi-modal perception, and the system comprises a question setting and rule configuration module, a local assessment terminal, a hardware connection monitoring module and a remote management service terminal. The question setting and rule configuration module is used for generating a structured test question rule file, the hardware connection monitoring module is used for collecting conduction relation data, and the local assessment terminal comprises a man-machine interaction layer, a sensing and monitoring layer and an application logic and control layer; the remote management service terminal is used for data storage and instruction issuing. The system has the following advantages and effects: through the cooperation of the question setting and rule configuration module, the local assessment terminal, the hardware connection monitoring module and the remote management service terminal, the operation behavior and the tool state are identified; multi-mode perception, automatic monitoring and accurate scoring of electrician practical training type practical operation assessment are realized, and the objectivity, efficiency and traceability of assessment are improved.

A query processing system for providing a generic query interface for different customers' industrial systems, wherein the query processing system (1) comprises: - an application query interface AQI (2) adapted to input a customer query Q of a customer's industrial system; - a query processing unit (4) configured to automatically perform a query decomposition of the input customer query Q into query parts QP based on a query reformulation model QRM stored in a database (5) of the query processing system (1), wherein for each decomposed query part QP it is determined by the query processing unit (4) whether the decomposed query part is available in an application semantic model ASM stored in a database (6) of the query processing system (1), wherein the query processing unit (4) is further configured to automatically reformulate query parts not available in the application semantic model ASM based on the query reformulation model QRM and to automatically perform a query recombination of the query parts available in the application semantic model ASM and the reformulated semantic query parts to generate a generic query gQ which is applied to an application logic (3) of the query processing system (1) to provide a query result QR output by the application query interface AQI (2).

The invention discloses an application logic configuration method and system of a heating ventilation air conditioning system, a storage medium and a program product. The application logic configuration method of the heating, ventilation and air conditioning system comprises the steps that information of building automation control network BACnet equipment which is divided into at least one area group in advance based on at least one service area in the heating, ventilation and air conditioning system is obtained; by taking each region group in the at least one region group as a unit and aiming at the current region group, inputting information of each BACnet device of the region group into a trained application logic configuration model, obtaining an application logic configuration result which is output by the application logic configuration model and comprises the incidence relation and the logic control between the BACnet devices; and obtaining an application logic configuration result for BACnet server control and management based on the application logic configuration result of the at least one area group. According to the technical scheme, the configuration efficiency can be improved.

According to some embodiments, a replication tool may arrange for a copy of original records from a data source to be written into a read-only replica in an application stack. Write buffer logic in the application stack may determine that information in an original record of the read-only replica has been locally updated at the application stack by application logic. The write buffer logic may then automatically create an updated version of the original record in a write buffer of the application stack based on the local update by the application logic. Moreover, prioritization logic may automatically determine whether information in the original record or the updated record will be accessed.

This invention provides a method for detecting application logic vulnerabilities based on a large model, relating to the field of network security technology. The method includes: Step 1, centrally collecting access request data from all network applications at the internet entry point, the access request data including acquisition requests and submission requests, and preprocessing the access request data to form an access request dataset; Step 2, using a pre-trained language model to perform word segmentation on the access request dataset, extracting semantic components and generating a labeled sequence; and converting the labeled sequence into a dense vector representation through dynamic embedding. This invention, by transforming vectors using a large model and calculating similarity to divide regions, deploying monitoring requests to generate correction coefficients to adjust the matrix, and then clustering to identify anomalies, can accurately locate potential logic vulnerability attack behaviors, providing a reliable basis for network application security responses.

The invention relates to the technical field of robot control, in particular to a control system and method for a general window-cleaning robot, and the system comprises an equipment driving layer, a hardware abstraction layer, an application logic layer and an RTOS system layer, the hardware abstraction layer is connected with the equipment driving layer, and the application logic layer is connected with the hardware abstraction layer and the RTOS system layer; the equipment driving layer provides an underlying hardware interaction interface with the motor, the sensor and the communication module; the hardware abstraction layer abstracts the hardware difference of the bottom layer, provides a unified hardware access interface for the upper layer, and adapts to different hardware forms by replacing the hardware abstraction layer; the application logic layer comprises core business logic of a path planning mechanism, a state machine management mechanism, a task scheduling mechanism and an exception handling mechanism; in this way, the technical problems that in the prior art, a window cleaning robot control mode is difficult to be suitable for a round window cleaning robot and a square window cleaning robot at the same time, so that the development cost is high, the system reusability and maintainability are poor, and the development efficiency is low are solved.

A computer-implemented system coordinates multiple concurrent interactive applications via a central communication router maintaining sessions identified by session identifiers and application identifiers. The router directs messages between client devices without interpreting content. A session management module generates session identifiers paired with application identifiers. An onboarding module produces machine-readable codes enabling participants to join by scanning codes. An engine instantiation module creates engine instances executing application logic within isolated environments. A lifecycle management module suspends instances when inactive, saves states through serialization, and restores instances by deserializing saved states when devices reconnect. Client devices are assigned roles including host console, heads-up display, or controller. A shared service layer provides artificial intelligence integration, globalization, localization, and authentication accessible to all sessions. This unified architecture enables multiple distinct applications to operate concurrently under shared infrastructure without requiring separate backend systems for each application.

The application discloses an Android application logic bomb semantic detection method and device based on LLM, and belongs to the technical field of intelligent terminal security; the device comprises an APK reverse analysis graph extraction module, a sensitive API knowledge base construction and suspicious CFG generation module, a cross-function semantic correlation and structured representation module, an LLM semantic reverse reasoning identification and explainability analysis module; through converting a target Android APK into an LLM understandable semantic expression form, LLM understandable APK program semantic information is generated; a logic bomb sensitive API knowledge base is constructed and a suspicious CFG is generated; cross-function call context semantic information of the suspicious CFG is constructed and is subjected to serialization and structured processing; a reverse reasoning identification logic bomb based on factual evidence semantic features and an evidence report are generated; the application can convert an APK file into an LLM easily understandable semantic expression form, and then effectively identify a logic bomb hidden in an intelligent terminal application, and has good explainability.

Systems, methods, and instrumentalities are disclosed for performing haptic data transmission. A first haptic device can determine a set of parameters based on at least one of application logic or information associated with a second haptic device. The first haptic device can send a provision message to the second haptic device. The provision message can include the set of parameters associated with a plurality of portions of a haptic media bitstream. The first haptic device can receive a reply message from the second haptic device. The reply message can include an indication(s) of a subset of parameters selected from the set of parameters initially provided by the first haptic device. Based on the selection of parameters, the first haptic device can select a portion of the haptic media bitstream and send the selected portion of the haptic media bitstream to the second haptic device.

The application provides a multi-application combined compilation method and system. The method comprises the following steps: obtaining a global configuration of a total project and a module configuration of an application module; configuring a first construction rule of a main module and a second construction rule of an application logic module based on the global configuration, the module configuration and a type identifier of the application module; scanning the application logic module, extracting first combination information and first dependency information of a plurality of first logic components in the application logic module; analyzing a first dependency relationship of the plurality of first logic components based on the first combination information and the first dependency information; determining an initialization sequence of a target logic component based on the first dependency relationship, the target logic component comprising the first logic component; inserting a custom compilation stage in a standard compilation process, and generating combined logic code for sequentially calling the target logic component based on the initialization sequence. The application realizes combined compilation of multi-application through custom configuration and compilation process, and improves the running efficiency of a device.

The application provides a transmission extension framework suitable for object request agents and an implementation method, wherein the transmission extension framework is composed of three parts of a framework transmission API, a framework implementation and a framework interface definition; the framework transmission API part is used for providing a unified data transmission calling interface to an upper layer, shielding the difference of lower layer implementation, guaranteeing the consistency of the interface of the upper layer application logic, and decoupling with the lower layer transmission implementation; the framework implementation part is used for responding to the framework transmission API calling and judging the data input of the upper layer; and the framework interface definition part completes the final calling of the matched lower layer data transmission implementation through the pointer of the interface function. By using the transmission extension framework, the application effectively separates the coupling between the upper layer application calling and the lower layer transmission implementation, reduces the relevance, and effectively enhances the low coupling of the whole program.

This application provides a method and apparatus for testing server-side vulnerabilities in web applications. It effectively uncovers potential vulnerabilities through intelligent analysis and feedback mechanisms. By parsing web application pages, extracting key elements, and deriving field matching rules based on server feedback, it generates semantic input samples that conform to the application logic. By comparing historical execution paths, it automatically discovers new paths and further explores potential deep-seated vulnerabilities through mutation operations. This method not only improves test coverage and depth but also dynamically optimizes test samples based on actual feedback, avoiding the blindness and inefficiency of traditional testing methods. This solution can effectively identify various security vulnerabilities in web applications, such as SQL injection and XSS attacks, enhancing the security and reliability of web applications and providing developers with more accurate and efficient vulnerability detection methods.

The invention discloses a prescription compliance verification and dosage intelligent verification method based on multi-source medical insurance policy dynamic mapping, and particularly relates to the technical field of medical information, and the method comprises the steps: S1, dynamically collecting multi-level medical insurance policy data, analyzing and extracting structured rule atoms, the method comprises the steps of S1, establishing and updating a multi-layer medical insurance policy knowledge graph based on rule atoms and association dimensions, S3, after prescription data are received, activating a corresponding current effective target rule atom set in the knowledge graph according to scene parameters, S4, performing payment compliance verification and intelligent dosage verification on a prescription based on the rule atom set, and S5, performing intelligent dosage verification on the prescription based on the rule atom set. And S5, collecting feedback information so as to optimize rule application logic. According to the invention, automatic adaptation and accurate interpretation of dynamic medical insurance policies are realized, the problems that a traditional static verification system is lagged and conflicts are difficult to solve are solved, and the accuracy, efficiency and intelligent level of prescription auditing are improved.

Method for transmitting data communication between two communication participants (2) connected to each other in a network (1) via a network connection (3), wherein the network connection (3) is connected to a network interface (4) of the communication participant (2), wherein the network interface (4) is configured to transmit data via an MII interface (8) of the communication participant (2) or to receive data via an MII interface (8) of the communication participant (2), wherein the MII interface (8) is a media-independent interface that transmits or receives data regardless of the type of network connection (3), and wherein the following procedure is carried out for transmitting the data communication in the network interfaces (4): a) Sending the data communication; i) Receiving the data communication (23) of the sending communication participant (2) from the MII interface (8) of theCommunication participant (2); ii) Receiving application-specific status and control information (25); iii) Completely converting the data communication (23) into a data stream with a format suitable for transmission over chip-to-chip connections; iv) Incorporating the status and control information into the data stream; and v) Sending the data to the receiving communication participant (2) via the network connection (3); b) Receiving the data communication: i) Receiving the transmitted data via the network connection (3); ii) Extracting the application-specific status and control information (25); iii) Completely converting the data communication back to its original format; iv) Outputting the status and control information (25) to the application logic; and v) Passing the data communication (23) to the MII interface (8) of the communication participant (2), wherein the network interfaces (4) in which steps a) and b) are performed are provided by other microcontrollers orThe communication endpoints (5) of the communication participant (2) are independent.

The embodiment of the invention discloses an application logic vulnerability detection method, device and equipment. According to the scheme, the method comprises the steps that source codes of an application program are analyzed, and a corresponding structured data model is obtained through extraction; based on the main agent, data classification is performed on the structured data model, and declaration data corresponding to the client and authority data corresponding to the server are extracted; performing inconsistency verification according to the declaration data and the authoritative data to obtain a first detection result; if it is determined that a risk triggering node exists according to the first detection result and business association exists between the risk triggering node and the specified business scene, an expert sub-agent corresponding to the specified business scene is called, the risk triggering node is verified, and a second detection result is obtained; and performing combination according to the first detection result and the second detection result to obtain a logic vulnerability detection result corresponding to the application program.

A method for providing object-based serverless computing across distributed computing infrastructure includes receiving one or more class definitions that encapsulate application logic as methods, application state as attributes, and Quality of Service (QoS) requirements as declarative service level agreements (SLAs), selecting one or more runtime templates based on said SLAs that define a deployment architecture optimized for specific combinations of quality-of-service requirements, instantiating one or more class runtimes from said selected runtime templates across one or more computing tiers, deploying application components across said computing tiers according to said class runtimes, and automatically enforcing said SLAs through resource allocation and runtime adaptation without manual configuration.

The invention relates to the technical field of hydrogen fuel cells, in particular to an off-line mixing method for a vehicle-mounted hydrogen fuel cell automobile power system. Compared with the prior art, a three-level verification framework of information, safety and functions is adopted, and hardware assembly to software parameter full coverage is realized; a dynamic calibration technology of a cooling system is combined with vacuum filling and PID self-tuning, so that the temperature control precision is improved; the multi-mode starting verification mechanism covers full-scene application logic of EV switch and key starting; through multi-stage cooperative detection and dynamic calibration, the debugging efficiency is improved, the debugging cost is reduced, and potential safety hazards in the debugging process are effectively avoided; and by introducing automatic detection equipment, the influence of human factors on the debugging result is reduced, and the debugging precision is improved.

The application relates to a complex system engineering architecture method and application, and relates to the technical field of complex system engineering architecture. Through selection of embedded, parallel, total and partial, superposition or dynamic adaptation basic architecture modes, professional application logic is accurately combined with corresponding support technology groups to construct a double-domain interactive innovation environment. On a method level, applicable schemes are selected from the architecture modes, functions are divided by division design, application logic is used to guide technology group configuration, digital twin models are used to drive micro-service module optimization, and a closed-loop design ecology is formed. On an action level, the method breaks through the traditional application-technology fragmentation bottleneck. On one hand, fuzzy requirements are upgraded to field logic design, ensuring that technology groups accurately match scene requirements. On the other hand, a double-domain real-time interaction environment is constructed, so that technology elements dynamically respond to logic feedback, significantly improving system efficiency and innovation vitality, and finally providing an expandable original innovation framework for complex engineering such as assistive robots and disaster prevention laboratories.