43 results about "Interface standard" patented technology

A value chain network control tower system comprises a processor and memory configured to execute a know your model system that manages the complete lifecycle of Al models in enterprise environments. The know your model system performs model intake and registration actions including model documentation collection, registration procedures, metadata collection, input / output interface standardization, legal and licensing validation checks, and security validation. The system conducts comprehensive model evaluation and risk assessment actions by analyzing foundational properties, task performance, safety and risk management, alignment and compliance characteristics, operational metrics, and tooling transparency capabilities. The know your model system executes model deployment actions through automated environment validation, predeployment approval processes, and controlled production deployment with continuous monitoring.

The application relates to the technical field of integrated circuits and provides a built-in self-test circuit and method for a chip. The circuit comprises a control bidirectional selector for establishing a control path relationship among a plurality of objects to be tested; a data bidirectional selector for establishing a data path relationship; a management component for performing independent clock gating operations on input clock trees of the plurality of objects to be tested and performing independent system reset operations on input reset signals; and a test component for coordinating the components to set the control path relationship and the data path relationship among one or more objects to be tested according to a serial relationship, a parallel relationship or a serial-parallel mixed application relationship and to perform testing. Thus, various communication protocols and interface standards can be adapted, and the requirements of chip design development and chip testing for shortening chip testing time and fast response to changes can be met.

The invention provides an instrument landing waveform design method and system based on an operator component. The method comprises the following steps: S1, carrying out operator splitting on an ILS waveform function; each operator undertakes a single signal processing function, has an independent input / output interface and configurable parameters, and forms a minimum functional unit. And S2, realizing the function of the operator component. For the function of each operator, an input / output interface and a parameter type are designed according to a core signal processing algorithm of an operator assembly. And S3, carrying out universal packaging on the operator assembly. By defining a unified interface standard and establishing an operator registration mechanism, general data stream adaptation and scheduling during operation are realized, and standardized packaging of operator components is completed. And S4, assembling the operator assembly. And assembling the packaged operators according to an ILS signal processing flow to generate a complete ILS waveform signal chain. The waveform component can be rapidly transplanted and deployed in different software defined radio systems, the development and verification period is short, the transportability is high, and the reusability is high.

A first printed circuit board (PCB) comprises a first hardware interface, compatible with an interface standard, to couple the first PCB to a first socket of a second PCB, which further comprises a second socket, and first and second busses respectively coupled to the first and second sockets. The first PCB comprises a second hardware interface to communicate a first signal, to indicate a total current drawn by multiple PCBs, and a second signal each with a third PCB while the third PCB is coupled to the second PCB at the second socket. The first PCB comprises circuitry to impose a limit on power consumption by the first PCB, circuitry to generate, with the third PCB, the first signal, and circuitry to generate a second signal, which is to provide, for each of the multiple PCBs, an indication of whether respective circuitry of the PCB is to be throttled.

The application discloses a kind of digital twin development service systems for multi-source service, system includes resource center, for gathering, management and sharing digital twin resource;Developer center, for providing low code development tool chain;Three kinds of general support services, including analysis calculation service, associated mapping service and simulation service;And N business extension capabilities.In technical architecture, the system is divided into basic environment layer, twin resource layer, development service layer and system function layer, and cloud edge fusion deployment mode is used.The application extracts common capabilities of twin application, realizes the unified management of twin resource and the unity of technical route, solves the problems of insufficient resource sharing, inconsistent secondary development interface standards and poor computing power adaptation in the prior art, reduces the development threshold through scene engineering assembly and micro-service capability packaging, realizes the rapid adaptation of cross-domain business and efficient development of twin application.

A multi-processor model hybrid simulation system and method are disclosed. The system includes: a hybrid model integration module for integrating multiple processor simulation models of different precision and applications, and providing a standardized unified interface conforming to a specific interface standard to the outside world through a dedicated adapter; multiple general-purpose peripheral modules, each designed according to the specific interface standard, for providing simulated peripheral capabilities when the processor simulation models are operating; and a parameterized control module for controlling the operation of one of the multiple processor simulation models according to user-configured operating mode parameters. This system fundamentally solves the problem of repetitive modeling caused by incompatibility of interfaces and modeling methods between simulation models of different technology stacks (such as QEMU and Verilator), and enables a single SoC general-purpose peripheral model to be seamlessly reused when processor simulation models of different precision and applications are operating.

The utility model belongs to the technical field of intelligent tablet mainboard data interfaces, and particularly discloses a high-speed transmission intelligent tablet mainboard data interface optimization assembly, which comprises an interface identification module, a data transmission module and a data transmission module, and the self-adaptive conversion module is used for automatically converting a data signal from a data interface standard of a main board to an interface standard supported by connecting equipment according to a judgment result of the interface identification module. When the equipment is connected to the data interface for adjusting and transmitting the main board of the intelligent tablet, the interface identification module identifies the interface standard of the equipment, and the adaptive module automatically converts the data signal from the interface standard of the main board to the interface standard supported by the equipment according to the identification result, so that the data interface optimization component can be compatible with equipment with different interface standards; and the limitation of data transmission is solved.

The invention discloses a request processing method and device, a medium and a product. The method comprises the following steps: in response to a first service request, identifying a first data protocol corresponding to request data of the first service request, and analyzing a first request parameter in the request data based on the first data protocol; determining a request response interface of the first service request according to the first request parameter, and determining a second data protocol corresponding to the request response interface; and performing data conversion on the first request parameter according to a second data protocol to obtain a second request parameter, and sending the second request parameter to the request response interface, so that the request response interface determines response data of the first service request according to the second request parameter. According to the technical scheme provided by the invention, the problem that the request response efficiency is low under the condition that the business data resource corresponds to a plurality of resource interfaces and the interface parameters are diversified is solved, a resource interface standardization processing mode can be provided, and the request response efficiency is improved.

The invention discloses a verification system based on simulation interaction of an SOC software system and UVM hardware, and the system comprises an SOC side multi-core CPU module which is used for transmitting a control command in a predefined format to a UVM environment through a standard AMBA bus interface; the command parsing Agent module in the UVM environment is used for capturing and parsing the control command and realizing multi-core concurrency control of the SOC side multi-core CPU module through a thread ID routing mechanism, an independent command queue buffer and an atomic operation lock; and the verification component is used for executing the analyzed control command and writing a result into a predefined feedback address. According to the method, accurate distribution of the multi-core commands is realized through a thread ID routing mechanism, the stability of concurrency control is guaranteed by combining independent command queue buffering and an atomic operation lock, the problems of insufficient standardization of communication interfaces, conflict of the multi-core commands and high delay of information interaction in the prior art are effectively solved, and the method is suitable for popularization and application. The method has the advantages that the verification efficiency is improved, the multi-core concurrency control reliability is ensured, and the software and hardware interaction process is simplified.

The application discloses a signal detection device and system, and relates to the technical field of electronic circuits. A first signal interface is used for receiving a first video signal of a first interface standard from a device to be tested. The first signal interface is connected with a deserializing chip. The deserializing chip is used for converting the first video signal of the first interface standard into a second video signal of a second interface standard. A processing chip is used for receiving the second video signal and intercepting image data in the second video signal. A second signal interface is used for transmitting the image data to an upper computer. The processing chip is also used for transmitting a second touch signal of the second interface standard to the deserializing chip. The deserializing chip is used for converting the second touch signal of the second interface standard into a first touch signal of the first interface standard and sending the first touch signal to the device to be tested through the first signal interface. The above-mentioned circuit can simultaneously realize the test of the touch function and the video playing function, and improves the test efficiency of the touch screen.

The application relates to the technical field of integrated circuits and provides a management method of a verification platform, an electronic device, a medium, a verification method and a platform. The method comprises determining a test requirement associated with a design under test, setting configurable parameters of a plurality of function modules of the verification platform based on the requirement, and setting verification rules included in a layered verifier of the verification platform, so that adaptation for the design under test is realized. Not only can customized service support be provided for specific interface test requirements, but also the complexity and workload of maintenance of the verification stage of the full life cycle of chip development from the early stage to the middle and late stages are effectively reduced. In addition, the verification efficiency is improved and the verification time is shortened, and quick response and cost reduction are supported, for complex and changeable chip IP verification requirements in different development stages, different communication protocols and interface standards, different interface test requirements and different customized requirements.

The invention relates to the technical field of a system on chip, in particular to a third-party IP-oriented on-chip debugging and tracking packaging system, which is characterized in that a debugging and tracking packaging module is inserted between a system bus and a third-party IP module and is used for forwarding an access request and response data and monitoring, recording or debugging and injecting the access request and the response data; meanwhile, a debugging and tracking control module is arranged, a debugging command is issued through a system bus, and data are collected. According to the method, the debugging packaging module is inserted between the system bus and the third-party IP, so that interface transparent monitoring and non-intrusive debugging injection are realized, the black box IP state observation capability is remarkably improved, various debugging interface standards are shielded, the fragmentation cost is reduced, and meanwhile, the interference to the original functions and time sequence of the IP is avoided.

The invention relates to the technical field of tomato planting, in particular to a facility tomato planting environment internet-of-things standard system which comprises an environment perception and execution unit, a standard network transmission unit, an intelligent analysis decision and data management unit and a user interaction unit. By defining a unified communication protocol and equipment interface standard, open industrial ecology is constructed, user purchase, deployment and maintenance cost is reduced, rapid technology popularization is facilitated, dynamic requirements of tomatoes in different growth stages can be actively met by deeply integrating tomato planting agronomic knowledge and an AI model, management is more accurate, and the method is suitable for large-scale popularization and application. Secondly, through collaborative optimization of multiple environmental factors and fine scheduling of equipment, a production environment closer to an ideal state is created for the tomatoes, the yield and quality of the tomatoes are improved, water, fertilizer and energy are saved, and credible recording and tracing of data in the whole tomato planting process are achieved in combination with the block chain technology.

The invention discloses a multi-agent low-delay cooperative communication method and system, and the method comprises the steps: transmitting a task-level control instruction frame to a heterogeneous agent through a single control source device in a one-to-many radio frequency broadcast mode, and achieving the effect that the instruction synchronization delay is smaller than 500 microseconds; each agent keeps relative position constraint based on a virtual rigid body model, a dynamic relay module is started when it is detected that the quality of a communication link is lower than a threshold value, an adjacent agent forwards an instruction in a point-to-point mode, and the forwarding delay is smaller than 2 milliseconds; a pre-training language model is built in the system to analyze natural language input, and a task-level instruction sequence verified through geometric collision detection is generated. According to the invention, a unified message bus interface is adopted to standardize different platform control data, microsecond-level cooperative control of heterogeneous intelligent agents such as unmanned aerial vehicles, robots and model airplanes is supported, and the system is suitable for scenes such as light show and air-ground cooperation.

The embodiment of the invention discloses an interface standardization butt joint device and a bus duct, the interface standardization butt joint device comprises a butt joint module and at least two groups of port conversion modules, each group of port conversion module comprises a multi-direction adjusting structure and an interface conversion structure, one end of the multi-direction adjusting structure is connected with the bus duct to be connected, and the other end of the multi-direction adjusting structure is connected with the bus duct to be connected. The multidirectional adjusting structure is provided with a flexible part, one end of the interface conversion structure is connected with the other end of the multidirectional adjusting structure, the other end of the interface conversion structure is configured to be a standard output interface, and the two ends of the butt joint module are connected with the standard output interfaces of the two sets of port conversion modules respectively. A non-standard bus duct connecting end is converted into a standard output interface through the port conversion module, and then the two standard output interfaces are connected through the butt joint module, so that the long-term problem that bus duct interfaces of different manufacturers are different in specification is effectively solved, various special-shaped ports are unified into the standard output interfaces, and the interface quality is improved. Dependence on non-standard customized adapters is eliminated, and the first-aid repair efficiency is remarkably improved.

The invention relates to the technical field of integrated circuits and provides a built-in self-test circuit and method for a chip. The circuit comprises a control bidirectional selector which is used for constructing a control path relation among a plurality of objects to be tested; the data bidirectional selector is used for constructing a data path relationship; the management component is used for executing independent clock gating operation on respective input clock trees of the plurality of to-be-tested objects and executing independent system reset operation on respective input reset signals of the plurality of to-be-tested objects; and the test component is used for coordinating the components so as to set a control path relationship and a data path relationship among one or more objects to be tested according to a serial relationship, a parallel relationship or a serial-parallel mixed application relationship and test. Therefore, the method is beneficial to adapting to various communication protocols and interface standards, and meets the requirements of chip design and development and chip testing for shortening the chip testing time and quickly responding to changes.

The invention discloses a self-defined extension method for components in a low-code platform, which belongs to the technical field of low-code development platforms, and realizes self-definition and extension of the components of the low-code platform through a standardized component extension specification and a dynamic loading mechanism, and the specific implementation steps are as follows: defining the component extension specification and an interface standard; establishing a component registration center and a life cycle management mechanism; creating a component development framework and a debugging environment; the visual editor is used for realizing component attribute configuration; establishing a dynamic loading and hot plug mechanism of the component; realizing component version management and a dependency analysis system; constructing a component market and a sharing platform; and integrating the components to a low-code platform and performing runtime management. According to the method, a standardized component extension mechanism is established, so that the low-code platform can support flexible component self-definition and extension.

A software-defined rocket electrical system I / O equipment model abstraction method comprises the following steps: A1, equipment model abstraction definition: carrying out classification and feature extraction on various types of I / O equipment in a rocket electrical system, and constructing a general equipment abstraction model structure; a2, interface standardization design: formulating a standard interface specification of the equipment abstract model, and defining initialization, configuration, data interaction and state monitoring general interfaces of the equipment; a3, realizing drive and hardware decoupling: designing an abstraction layer interface, realizing isolation of an equipment drive program and specific hardware, and establishing association between an abstract model and hardware equipment through a mapping mechanism; a4, data interaction mechanism construction: based on a memory database technology, designing a data interaction mechanism between equipment abstract models and between the models and application programs, and ensuring real-time performance and consistency of data transmission; a5, model management and scheduling: developing an equipment model management module, realizing registration, loading, unloading and version management of an equipment model, and designing a model scheduling strategy based on task priority; and A6, verification and optimization: establishing a verification platform, performing test verification on the function correctness, real-time performance and reliability of the equipment abstract model, and performing optimization adjustment according to a verification result.

The multifunctional handheld debugging instrument comprises a shell, and a main control module, a communication interface module, a storage module used for configuring files, a power module, a real-time clock module, a bus adaptation module and a man-machine interaction module arranged on the shell are arranged in the shell; the main control module is electrically connected with the communication interface module, the storage module, the man-machine interaction module, the power supply module, the real-time clock module and the bus adaptation module, RS485, Bluetooth, Wi-Fi, Zi gBee and Ethernet protocols are integrated, traditional industrial equipment and modern internet-of-things equipment can be adapted without an external conversion module, a Type-C interface supports wired charging and data transmission, and the Type-C interface supports wireless charging and data transmission. The interface standard of mainstream industrial equipment is compatible, the field debugging efficiency is improved, a silica gel sealing assembly is adopted, dust and water vapor invasion is prevented, a TF card slot supports and can store multi-equipment configuration files, the requirements for multi-equipment configuration files and log storage are met, and fault tracing and data analysis are facilitated.

A modular multitool system is disclosed comprising a core and a plurality of interchangeable components selectively connectable via a common mechanical interface standard. The interchangeable components include terminal modules, interface modules, functional modules, and tool tips, each configured for direct or indirect coupling to the core or to another component. The system is configurable in multiple assembled configurations, including configurations formed without the core and configurations incorporating the core as a primary handle, using the same set of components. Replaceable working elements, including tool tips and driver bits, may be selectively mounted to provide different tool functions. The disclosed architecture enables reuse of components across configurations while maintaining mechanical compatibility and adaptability.

The application provides a message conversion method and system based on a data mapping diagram and electronic equipment, wherein the method comprises the following steps: step 1, designing a data mapping diagram; step 2, converting a source message into a source message data mapping diagram; step 3, converting the source message data mapping diagram into a target message data mapping diagram; step 4, converting the target message data mapping diagram into a serialized format of the target message; and step 5, completing the conversion from the source message into the target message according to steps 2 to 4, that is, completing the message conversion based on the data mapping diagram. The system and the equipment are used for realizing the above method. The application solves the limitation problem of the local message standard and the global interface standard in the message conversion.

The invention discloses a collaboration method for DevOps and detailed design on-line process in a distributed platform, which is characterized in that for high availability, load balancing and service priority requirements of automobile financial service channel scheduling, design process standardization definition and DevOps assembly line automation capability are fused; through standardized data configuration and dynamic weight calculation, underlying linkage of the process and the DevOps assembly line is realized. The method has the advantages that seamless linkage of design and development operation and maintenance links is realized through process decoupling and interface standardization adaptation.

The application discloses a data distribution system based on a synchronizer, a distribution method, equipment and a medium, and comprises at least one synchronizer plug-in and a synchronization framework, a management module for providing a synchronization plug-in registration, configuration and state query interface, an interface module for setting interface standard data corresponding to the synchronization plug-in, a strategy configuration module for configuring a set strategy of distributing original data, an engine module for creating a corresponding synchronization plug-in instance when the management module enables any synchronization plug-in, a load balancing module for screening out a synchronization plug-in instance receiving original data from the engine module according to the set strategy, and a buffer module for controlling a data ready speed of an instance buffer queue corresponding to the enabled synchronization plug-in. The application is composed of the synchronization framework and the synchronization plug-in to form a synchronization plug-in architecture, and meets the requirements of efficient synchronization capability of data distribution and large-scale reuse and fast delivery under limited hardware resources and input cost.

The invention discloses a test software architecture design method based on an adapter mode. The test software architecture design method comprises the following steps of S1, overall architecture design, the system comprises an adapter layer, an adapter interface layer, an adapter implementation layer, an Adapter Manager layer and a test management layer. S2, key module design including adapter interface standard design, dynamic loading and management mechanism design and data conversion and communication protocol design; and S3, designing a communication mechanism between the modules: realizing asynchronous communication between the modules through a message queue or event bus mode, reducing the coupling degree and improving the response speed of the system. According to the method, the problems of compatibility and flexibility of traditional test software in the aspects of cross-platform, multi-environment and function extension are solved.

The application provides an open architecture terminal, and belongs to the technical field of measurement and control communication, and solves the problems of large volume, high power consumption and poor expansibility of traditional terminal equipment under a multi-module combined architecture; the terminal comprises a flexible array transceiving unit, an open reconfigurable baseband processing unit and a heterogeneous system fusion cross-domain networking unit; the flexible array transceiving unit is used for covering multiple measurement and control communication frequency bands, the open reconfigurable baseband processing unit is used for supporting independent loading of different measurement and control communication systems for each beam in the measurement and control communication process, and the heterogeneous system fusion cross-domain networking unit is used for port conversion and routing distribution of heterogeneous network data, and simultaneously expands multiple measurement and control communication paths; the terminal of the application realizes reconfiguration and concurrency of multiple functions through arbitrary flexible combination of structure and interface standardized functional modules and full data exchange process among the modules, and has the advantages of development reusability, rapid integration, easy upgrading and rapid delivery.

The invention relates to the technical field of integrated circuits and provides a management method of a verification platform, electronic equipment, a medium, a verification method and a verification platform. The method comprises the steps of determining a test requirement associated with a to-be-tested design, setting respective configurable parameters of a plurality of functional modules of a verification platform based on the requirement, and setting a verification rule included in a layered verifier of the verification platform, thereby realizing adaptation for the to-be-tested design. According to the technical scheme of the invention, the customized service support can be provided for specific docking test requirements, and the maintenance complexity and workload of the verification stage of the whole life cycle of chip development from the early stage to the middle and later stages can be effectively reduced. The verification efficiency is improved, the verification duration is shortened, quick response is supported, and the cost is reduced according to the verification requirements of complex and changeable chip IPs with different research and development stages, different communication protocols and interface standards, different docking test requirements and different customization requirements.

The invention discloses a modularization and standardization design method for a GIS (geographic information system) equipment slot box, which comprises the following steps: disassembling a GIS slot box system into functional units comprising slot box bodies, slot box accessories and slot box connecting pieces, and connecting the functional units through standardization interfaces; the slot box body is divided into sub-modules which are single in function and standard in interface; establishing a slot box body preferable specification library, and determining preferable specifications of each sub-module and a matching relationship between the modules; a standardized module goods shelf is constructed, and parametric modeling, centralized management and efficient calling of modules are achieved; establishing a fixed configuration system of the groove box accessory and the connecting part, and ensuring that the groove box accessory is matched with the groove box body module; and establishing a full-voltage-class adaptation mechanism, and realizing slot box design coverage of GIS projects of different voltage classes. According to the design method, by constructing a standardized module library and a configuration system, rapid calling, splicing and full-voltage grade coverage of slot box design are achieved, and therefore the design efficiency, the reuse rate and the product quality are remarkably improved.

The invention belongs to the field of document tool integration, and relates to an integration method and device of a demand modeling tool and a demand management system and a medium. Comprising a data interface standard, a data format requirement, a data transmission protocol, a data conversion rule and a data adaptation requirement meeting a demand scene; analyzing the modeling tool, analyzing an engineering file in the tool, performing data model mapping with a demand management system, and establishing a relationship between the model engineering and the demand management system; and importing data of a demand management system through an interface by using a demand modeling tool, and performing entries of data management. According to the method, a unified integration specification is provided, data of modeling tools are effectively mapped to the demand management system, received demand information is tracked, monitored and managed in the demand management system, the difficulty of transmission and sharing of the demand information among different tools is broken through, management of the demand information is effectively improved, and the demand management efficiency is improved. The efficiency and accuracy of demand management are greatly improved, and efficient integration and cooperative work are realized.

The invention discloses a mainboard and a server, and relates to the technical field of servers. According to the mainboard and the server, all functions of the mainboard of the server are modularly designed to form all functional modules, and all the functional modules are detachably connected with a management carrier plate by adopting a unified high-speed data interface standard; according to the invention, rapid plugging and replacement can be realized, the convenience of upgrading and maintaining the server component is improved, the installation module can be flexibly selected to be installed to the corresponding function module according to the configuration requirement, the use of redundant modules is reduced, and the configuration cost and the occupied space are reduced; a uniform high-speed data interface standard is adopted for different functional modules, so that high-speed transmission of data among the different functional modules is ensured; the identification circuit is arranged in the function module, so that when the function module exists, the in-place signal contact in the identification circuit is pulled to a low level, the connection state of each function module is obtained, and the management efficiency and flexibility are further improved.