468 results about "Functional interface" patented technology

An X-centric network architecture and associated methods are provided. The network architecture provides comprehensive control and processing functions that support heterogenous XaaS services. For different XaaS services, the network architecture supports the activation / selection of different functions / interfaces. The network architecture has a control / management (C / M) plane that includes a mission manager (MM) that manages a mission comprising tasks associated with heterogenous services. The network architecture also has a mission data plane (MDP) coupled to the C / M plane. The MDP plane includes processing functions (PFs) required for the tasks and also includes data plane functions (DPFs) that are configured to interface a PF of a XaaS service to a PF of a different XaaS service. The network architecture also has one or multiple XaaS module(s) which may be provided by third parties as plug-in module(s). Each XaaS module is associated with a XaaS service, one of multiple XaaS service controller(s) (XC), and one or multiple PF(s) / DPF(s) conducting corresponding tasks. Detail procedures, interfaces, and signals for mission execution and device accessing a mission (mission access) are described in the associated methods.

A reconfigurable dataflow unit (RDU) includes an intra-RDU network, an array of configurable units connected by an array level network and function interfaces. The RDU also includes interface circuits coupled between the intra-RDU network and external interconnects. An interface circuit receives a packet from the external interconnect and extracts a target RDU identifier and compares the target RDU identifier to the value of the identity register. It also communicates over the intra-RDU network to a function interface based on information in the first packet in response to the target RDU identifier being equal to the identity register. The interface circuit retrieves another interface circuit identifier for the target RDU identifier from the pass-through table and, in response to the target RDU identifier not being equal to the identity register, sends the target RDU identifier and other information to the other interface circuit over the intra-RDU network.

The invention relates to a method and a device for debugging an embedded operating system, and belongs to the technical field of software. Based on a source code program library of an embedded operating system, all program calling relations in the source code program library are marked, and a program running path map is established; performing active verification according to a function interface of debugging hardware, and recording program running performance calling data under a program running path of each interface in the program running path map; screening out a hot program running process in the program running performance calling data, and recording the hot program running process as a core node of the program running process to be debugged; optimizing strategies are generated according to the performance calling execution requirements of the core node of the running process of the program to be debugged, and the benefit score of each optimizing strategy is calculated; and screening out the maximum benefit score value of the optimization strategy as the optimization strategy of the core node of the running process of the program to be debugged. The method has the advantage that the operation efficiency and the stability of the embedded operation system are effectively improved.

The invention belongs to the technical field of integrated circuit testing, and particularly relates to an FPGA software and hardware cooperation testing platform based on a BFM. The test platform is formed by connecting a BFM with a Testbench, an AXI bus, an off-chip DDR and a DUT. The test process comprises the steps that the Testbench issues parameters through a transaction function interface, the BFM reads an excitation vector from the off-chip DDR / on-chip BRAM through an Avalon main interface, adaptive transmission of a system bus clock domain and a DUT clock domain is completed through double asynchronous FIFO (SNDfifo / RECfifo), and signal level interaction with the DUT is achieved through a pin protocol interface; the state machine dynamically switches long and short simulation modes according to the vector length, and drives the output vector to be written back and stored; the error monitoring unit monitors data flow faults in the whole process and outputs seven types of error reporting codes. The simulation equivalent frequency reaches a 10 megahertz level, and the method is suitable for efficient verification of the digital IC.

Various embodiments of the teachings herein include an interface mapping method. An example includes: converting an open application programming interface (API) description file of a microservice to a first communication standard interface description file; and mapping multiple parameter names in a functional interface in the first communication standard interface description file into a functional block corresponding to the functional interface.

The invention discloses an interaction method of a vehicle-mounted screen, a control device, a vehicle and a computer readable storage medium, the interaction method of the vehicle-mounted screen comprises the following steps: determining a target layout form in response to a layout influence factor satisfying a layout determination condition, the target layout form comprising a transverse layout form or a vertical layout form, the layout influence factors comprise at least one of operation information, display parameters of the function interface and wallpaper image information; and arranging and displaying at least one target vehicle control card in the desktop according to the target layout form. Therefore, according to one or more layout influence factors, the layout form (such as a transverse layout form or a vertical layout form) of the vehicle control card displayed on the current desktop can be flexibly adjusted, so that the display effect of the desktop content and / or the requirements of a user can be better adapted. Therefore, the switching function of displaying the layout form of the vehicle control card can be realized, different layout forms can be flexibly switched, and the user experience is improved.

The invention relates to the field of mobile applications, and particularly provides a cross-platform mobile application system and a task processing method thereof, a terminal and a medium, and the system comprises a cross-platform application framework layer which is used for constructing an interface and processing an interaction event; the core intelligent layer is constructed based on an AI agent development suite and is used for dynamically scheduling an AI agent according to a user intention and an application state; the AI agent pool comprises a plurality of agents with independent functions; the native function interface layer is used for bridging and calling native hardware functions of the equipment; and the large language model service interface is used for accessing large language model service. The method comprises the steps of receiving and standardizing a user event, analyzing a user intention, dynamically scheduling an agent to cooperatively execute a task, and finally updating a user interface by calling a native hardware function or accessing a large language model to enhance the capability. The intelligent level, the development efficiency and the user experience of the mobile application are improved.

The invention relates to the technical field of operation and maintenance management, in particular to a resource access method and device and related equipment. The method is applied to an operation and maintenance platform, the operation and maintenance platform comprises a functional component adaptation layer, middleware matched with bottom layer resources is packaged in the functional component adaptation layer, various functional API interfaces are packaged in the functional component adaptation layer, and the incidence relation between the middleware and the corresponding functional API interfaces is defined; the method comprises the following steps: receiving a resource access request of accessing a target resource by an application layer; based on the resource access request, determining a target resource required to be accessed by an application layer, and determining a target API interface of the functional component adaptation layer required to be called for accessing the target resource; determining a target middleware associated with the target API based on the target resource and an association relationship between each middleware defined by the functional component adaptation layer and a corresponding functional API interface; and accessing the target resource based on the target middleware.

The invention provides an integrated financial intelligent terminal receipt machine, which comprises the following steps: an autonomous receipt delivery assembly receives reimbursement receipts, scans and identifies the reimbursement receipts, and extracts first key information of the reimbursement receipts; the information processing component extracts second key information of the reimbursement receipt, and processes the first key information and the second key information through a data processing engine; meanwhile, performing electronic filing on the processed first key information and second key information, automatically printing a corresponding approval sheet and filing an accounting voucher; and the functional interface component provides newly added login authentication, reimbursement receipt interface authentication and a synchronous reimbursement receipt state interface. According to the invention, full-process automation from reimbursement application receiving, information processing, data storage and state feedback is realized; the efficiency of the reimbursement process is improved, manual intervention is reduced, the error rate is reduced, and convenience is provided for information management.

The invention discloses a function interface calling method and device, equipment and a medium. The method comprises the steps of obtaining a path information set of target software, and obtaining a module interface list of at least one module matched with the target software according to each piece of path information; converting the module interface lists into module function lists matched with the module interface lists according to a preset format conversion rule; and obtaining a calling command of a user, searching a target interface matched with the target calling command according to the calling command and each module function list, and calling the target interface according to a pre-configured calling protocol. By means of the technical scheme, calling of the function interface by the large language model can be achieved, the packaging and calling efficiency of the function interface is improved, and meanwhile the response speed and the calling accuracy of the function interface calling operation are improved.

The invention discloses an explosion-proof soft bus adapter based on an open source gap, which adopts an industrial-grade domestic chip, a multifunctional interface and a hardware national secret security chip, and is configured with a strict explosion-proof and explosion-proof design. According to the invention, a deeply-customized lightweight open source gap is taken as a core, a distributed soft bus technology is fully utilized, a plurality of adapters and connected equipment are fused into a super equipment body, and seamless collaboration and resource sharing among the equipment are realized. On-site intelligent decision making and autonomous closed-loop control are carried out through edge calculation, a machine learning model and an industry atomization service which are embedded in the system and an enabling adapter. The invention aims to quickly realize the wide-gap and intelligent access of the traditional instrument equipment, so that the safety, autonomous capability and intelligent level of the gas field station are remarkably improved.

1. The name of the product of this design: Airport order-taking queue graphical user interface for electronic equipment. 2. Purpose of the product of this design: used to display information, and the display screen panel is used in an electronic device. 3. The design highlights of this appearance design product lie in the interface content and interface layout of the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: main view. 5. Purpose of the graphical user interface: This interface is a driver-based airport order queue interaction interface. Due to the particularity of the driver's service and the fairness and rationality of the platform's dispatching, a functional interface is provided to drivers to queue up for orders in the area near the airport, so that they can plan their time reasonably. The main view is the homepage of the driver's airport order queue interface. Click other green airport queue areas on the main view map to enter the interface change status diagram. The bottom card switches to the display interface after the current area information. 6. Other situations that require explanation: The map in the interface is for display purposes only and is not within the scope of protection of this design.

The invention provides an interface address allocation method and device, belongs to the technical field of communication, and is used for configuring each network function NF interface in a distributed network. In the method, a service address allocation proxy function entity can request a network management function entity to allocate an address for an interface through a first message, and the network management function entity can allocate the address for the interface according to the first message and send address information to the service address allocation proxy function entity. And after the service address allocation proxy function entity sends address information to the service interface automation system, the service interface automation system can automatically generate interface configuration of the first network function according to the received address information. Therefore, the interface address can be automatically acquired and configured, and manual planning and configuration of the address of each interface in the NF deployment stage can be avoided, so that the efficiency of configuring the interface address can be improved, and the NF interface can be configured in the distributed network.

The invention discloses an intelligent credit bank system and a cross-school credit mutual recognition method, and the architecture of the intelligent credit bank system is composed of a data perception layer, a federal learning layer, a block chain evidence storage layer, and an application service layer. The data perception layer is used for carrying out collection, edge preprocessing and desensitization processing on structured data and unstructured achievement data with diversified sources, and the federal learning layer is used for constructing a global model so as to carry out score evaluation and equivalent credit calculation on the same class of courses of each school and realize cross-school achievement mutual recognition. The block chain certificate storage layer adopts a main chain and side chain collaborative double-chain architecture, the main chain is used for storing core certificates including credit hash and token transaction, the side chain is used for processing high-frequency services, and the application service layer provides functional interfaces for users and institutions and is in butt joint with an external system. According to the method, data privacy protection is realized by utilizing federated learning and block chain security cooperative calculation, and the adaptability of the model to different scenes is improved while privacy protection is realized.

Various embodiments of the teachings herein include an interface display method for industrial software. An example method includes: obtaining a present operation sequence by a user in a functional interface of industrial software; using a recurrent neural network (RNN) model to predict a next operation of the user according to the present operation sequence by the user, wherein the RNN model is obtained through history operation sequence of the user and history operation sequence of typical users in industrial domain knowledge; and highlighting a functional component of the predicted operation of the user from the functional interface and / or generating navigation corresponding to the predicted operation of the user.

The invention discloses a human-computer interaction method and system based on a hydrogel flexible electrode. The method comprises the following steps: in response to a triggering operation on a first control received on a functional interface, acquiring an acceleration signal and a plurality of paths of electromyographic signals of a target object through a hydrogel flexible electrode; the first control is a target function realized based on intention information of the target object; inputting the acceleration signal and the electromyographic signal into an intention prediction model to obtain intention information; according to the intention information, based on the first control, determining an output signal of the first terminal so as to enable a target device to execute the target function; the function interface is an interface of the first terminal. The electromyographic signals are acquired through the hydrogel flexible motor, so that the acquisition precision is improved; through fusion of the electromyographic signals and the acceleration signals, the interaction accuracy is improved. The method can be widely applied to the technical field of computers.

The invention relates to the technical field of software frameworks, and provides a system and a method based on dynamic registration and management of a heterogeneous AI function interface, the system comprises a core layer which comprises a characteristic registry and a characteristic manager, the characteristic manager is used for obtaining a characteristic definition list available in a current environment through a preset mechanism, registering the characteristic definitions in the characteristic definition list into a characteristic manager; the message rendering subsystem comprises a core message renderer, a message component registry and a message component; and the input area subsystem comprises a plug-in manager, an input area core component, an input plug-in registry, an input plug-in and a plug-in context module. According to the method, the integration process is greatly simplified, the iteration period is accelerated, the maintenance difficulty and risk are effectively reduced, changes can be flexibly adapted without redeployment, the components and the plug-ins are efficiently multiplexed and support independent evolution through standardized interfaces and registration mechanisms, and the expandability and maintainability of the system are further improved.

A service providing system includes a vehicle control system and a server. The vehicle control system implements coordination between a service-system functional block and a functional block. The functional block converts an access request expressed in a vehicle-independent format and transmitted from the service-system functional block into a vehicle-dependent format. The coordination control section transfers the access request to the functional block, and creates an access log. The server uses the access log to calculate an interface usage fee generated by the service-system functional block using the functional interface.

The embodiment of the invention discloses a function interface implementation method and device based on extension management and a medium, relates to the technical field of interface extension, is applied to an extension manager, and comprises the following steps: in response to a call request of a client for a target function interface, generating a dynamic proxy object bound with the target function interface, intercepting a target method called by the client through the dynamic proxy object, and analyzing a target method signature of the target method; based on the target function interface identifier, acquiring a registered registration implementation class instance set from a pre-constructed registration information base, and scheduling and executing at least one implementation class instance method matched with the target method signature in the registration implementation class instance set through a pre-determined calling strategy; and obtaining a method execution return value executed by each implementation class instance method, aggregating at least one method execution return value, generating an aggregation execution result, and returning the aggregation execution result to the client through the dynamic proxy object.

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 relates to the technical field of machine learning, BMS board protocol communication and the like, and provides a service discovery method and system based on machine learning in BMS communication.A protocol description library supporting updating is created, the protocol description library comprises protocol description and function interface description, a built-in dynamic detection module sends a detection packet to a lower computer, and the function interface description is updated; the lower computer returns response information according to the probe packet and inputs the response information into a trained machine learning model, the machine learning model intelligently analyzes the response information to identify a target protocol required by communication of the lower computer, the target protocol is matched with protocol description and functional interface description in a protocol description library, and the functional interface description is matched with the target protocol. Configuration parameters and interface codes required by communication with the lower computer are generated by obtaining the target protocol description and the function interface description matched with the target protocol, so that the system integration difficulty and cost are reduced, the protocol compatibility performance in service discovery is improved, the service discovery flexibility is improved, and the development and maintenance efficiency is improved.

The embodiment of the invention provides a text generation method, a text generation system, computing equipment, a computer readable storage medium and a computer program product. The method comprises the steps that a text generation task and task execution information corresponding to the text generation task are determined; determining a target execution sub-process in a preset execution process according to the task execution information; selecting a function interface corresponding to the text generation task in a preset interface set corresponding to the target field according to the target execution sub-process; and calling the function interface to execute the text generation task according to the target execution sub-process to obtain a target text corresponding to the text generation task. The intelligent decision component automatically decides to complete the execution process of the text generation task, so that the labor cost is reduced, the text generation efficiency is improved, the function interface corresponding to the text generation task is selected according to the target execution sub-process, the function interface is called to complete the text generation task, the cost overhead caused by manual processing is reduced, and the text generation efficiency is improved. And the text generation complexity is reduced.

This disclosure relates to a method, apparatus, storage medium, and terminal device for automatically generating vehicle control codes. The method includes receiving at least one set of code generation data from an onboard control unit based on a target function interface. The code generation data includes a first instruction parameter and a second instruction parameter. The first instruction parameter represents the storage information of the system description file of the onboard control unit, and the second instruction parameter includes configuration module information required to generate the target control code file. The system description file contains system module information. The method involves obtaining the system description file corresponding to the first instruction parameter; and performing code generation processing based on the system description file corresponding to the first instruction parameter and the second instruction parameter to obtain the target control code files for each of the at least one set of code generation data. This disclosure can parse and identify system description files under any path, and uses command script combinations for automated code generation, reducing manual intervention and improving the accuracy and efficiency of vehicle control code generation.

This utility model discloses a simulation device for testing the functional interface circuits of a simulating mobility scooter. It includes a controller with various functional interfaces, a plastic housing for testing the simulation interfaces, and a circuit board for interface simulation control connectors. A power enable switch, a simulated manual brake switch, an electromagnetic brake switch, a speed switching mode switch, a speed control potentiometer, an adjustable resistor mounting position, a horn, a working status indicator light, and CAN converter connector terminals are all electrically connected to the interface simulation control connector circuit board. The controller connector terminals are electrically connected to the controller with its various functional interfaces via an adapter cable. The working status indicator light is used to detect and indicate whether the operation is normal. This device simplifies and reduces the cost of testing the controller's functional interfaces and allows for simulated monitoring of the lifespan of the simulating mobility scooter's functions after functional testing.

1. The name of the design product: network project creation graphical user interface of electronic equipment. 2. The use of the design product: for an electronic device. 3. The design points of the design product: the interface content and layout of the graphical user interface. 4. The picture or photo that best indicates the design points: interface change state diagram 4. 5. The use of the graphical user interface: the interface is used for the cloud management interactive interface of data communication equipment. Based on the complexity and importance of network communication, the project and device management functional interface is provided to the operation and maintenance personnel. The main view is the main interface of project creation. Click "Add Project" in the upper right corner to enter interface change state diagram 1. Click "Next" after entering the project name to enter interface change state diagram 2. Click "Next" after selecting the device type in interface change state diagram 2 to enter interface change state diagram 3. Click "Complete Device Addition" in interface change state diagram 3 to enter interface change state diagram 4.

The invention relates to a method and system for accessing a terminal to a master station, and belongs to the field of accessing the terminal to the master station. According to the invention, a software platform integrated with a 4G module configuration protocol and / or a function interface corresponding to an APP required by a terminal to access a master station communication channel is designed, and connection with the corresponding APP is established through the function interface corresponding to the software platform and a communication protocol corresponding to the called APP. And the corresponding APP executes the corresponding process to realize the 4G module protocol configuration or the terminal access master station communication channel configuration. According to the invention, the functions of a plurality of APPs can be realized through one software platform, and the process of accessing the terminal to the master station is greatly reduced.

1. Name of the product of this design: Music playing graphical user interface for electronic equipment. 2. Purpose of this design product: This design product is used in electronic equipment. 3. The design highlights of this design product are the graphical user interface displayed on the electronic device. 4. The picture or photo that best illustrates the key points of the design: Main view of Design 1. 5. Designate Design 1 as the base design. 6. Purpose of the graphical user interface: The interface of this design product is the music playback function interface of the application software. The main view of Design 1 is the functional interface for music playback. Users can click the progress bar to control the playback progress. Designs 2 to 9 interact in the same way as Design 1. The gray blocks in the interface are replaceable pictures or videos, and the crosses in this design interface represent text and / or numbers and / or letters and / or symbols.

The invention, which belongs to the technical field of equipment testing, provides a lightweight distributed testing system comprising a remote controller and a near-end testing unit. Wherein the remote controller comprises a computer and a functional interface card; the near-end test unit is a board card framework and comprises multiple sets of independent measurement and control systems and a network switch, each set of measurement and control system is composed of a main control board, a time sequence board, a power distribution board and a power board, the multiple sets of measurement and control systems share one bottom board, the main control board, the time sequence board and the power distribution board are all provided with network interfaces, and the network interfaces are connected with the network switch. All network interfaces are gathered through the network switch; the remote controller is in communication connection with the near-end test unit and has a wireless communication mode and a wired communication mode. The device has the advantages of being convenient to move, convenient to assemble and maintain, high in expandability and environment applicability and capable of meeting the requirements for diversification and combination of products to be tested.

1. The name of the product of this design: A tablet with a graphical user interface for physical education teacher assessment and management functions for digital physical education. 2. Purpose of this design product: used to run programs and perform human-computer interaction operations. 3. The design highlights of this appearance design product are: the user graphical interface displayed by the product. 4. The picture or photo that best illustrates the key points of the design: main view. 5. Purpose of the graphical user interface: The graphical user interface of the product is the physical education teacher evaluation management function page of digital physical education, and the interface shown in the main view is the homepage of the physical education teacher evaluation management function interface of digital physical education. 6. Description of the changing status of the graphical user interface: (1) The graphical user interface of the product is the physical education teacher evaluation management function interface of digital physical education. The interface shown in the main view is the homepage of the physical education teacher evaluation management function interface of digital physical education. (2) Click "Obesity Index" in the main view interface to enter the change status diagram. (3) Other situations that require explanation: “XXX” in the interface is replaceable text and / or numbers and / or letters and / or symbols.

The present invention provides a data monitoring method, device, storage medium, and electronic device. The method includes: when a target application is enabled, performing a callback on a target container bound to the target application to obtain a callback result; determining a container configuration database corresponding to the target container according to the callback result, and determining an information channel established by the container configuration database through an encapsulated database and a basic component database; using the information channel to configure a function type corresponding to each business function of the target application to determine a function interface corresponding to each business function; and monitoring status data of a device corresponding to the target application through the function interface. This solves the problems in the prior art that the target application has poor compatibility with multiple target containers and cannot determine corresponding function interface calls according to the target container, improves the reuse of functional codes between different containers, reduces the writing of duplicate codes, and improves the standardization and consistency of the codes of the function interfaces corresponding to the target application.