39 results about "Unified interface" patented technology

The invention discloses an audio playing method, system and device and a storage medium, and relates to the technical field of audios, and the method comprises the steps: receiving a to-be-played audio file; defining a standardized codec interface so as to realize the unified calling of the dynamically loaded codec plug-ins; establishing a codec registration center, receiving and storing registration information of each codec, and dynamically loading or unloading a corresponding codec plug-in based on a playing task; identifying the format of the audio file to be played, and selecting an optimal codec from registered codec according to a preset matching strategy; and decoding and playing the audio file to be played through the selected optimal codec, and realizing efficient support for various audio formats through a unified interface, plug-in management and an intelligent scheduling mechanism.

A container simulation network system based on a link autonomous agent is composed of a visual interaction module, a control plane module, a network simulation module and a resource management module. The modules perform information interaction and task collaboration through a uniform interface so as to realize automatic construction and management of the simulation network, a two-layer architecture design of network bridge containers and user containers is adopted, and each user container corresponds to one network bridge container; a link autonomous agent module is deployed in the network bridge container and is used for collecting a link state, calculating a performance adaptation degree and executing a scheduling operation bit; the visual interaction module realizes visual monitoring and interaction control of a simulation state; the control plane module is responsible for simulation scene analysis, link parameter generation and global scheduling management; and the network simulation module is responsible for calling a container generation tool to generate a specific container instance and carrying out resource monitoring and adjustment on the container.

The application discloses a data management method and an electronic device. An operating system of the electronic device can provide a unified interface and capability for an application to call when starting a function, and implement collection, encoding, storage, sharing, decoding and playing of media data and the like, so that the application can standardize, unify and facilitate management of the media data through the unified interface and capability provided by the operating system of the electronic device in a running process, media data is controlled by respective data management systems of the applications, the boundary of the media data in the applications and the device is broken, and the use experience of the user for the media data is improved.

The application provides a multi-isomer third-party eSIM package standardization adaptation and intelligent scheduling system and method, comprising: analyzing the package advantages and package protocols corresponding to each operator, generating an operation adaptation rule library in combination with a preset unified interface specification, supervising the remaining life cycle of the purchased package of a user, inferring the user demand of the user when using the eSIM package in combination with historical use data, screening the package matched with the user demand information in the operation adaptation rule library, and constructing a corresponding adaptation display path to put the package on the shelf, filtering inefficient packages with insufficient display times or insufficient remaining validity period, and updating each operation adaptation rule library, performing multi-dimensional evaluation on the put-on package according to the user demand, recommending the best put-on package to the user according to the evaluation result, avoiding the one-sidedness of the recommendation caused by single-dimensional evaluation, and guaranteeing the scientificity and rationality of the recommended result.

The embodiment of the specification discloses a video monitoring adaptation interface and an adaptation method thereof, wherein the video monitoring adaptation interface adopts a layered architecture design of a hardware adaptation layer, a core service layer and a unified interface layer. The hardware adaptation layer respectively performs adaptation conversion according to CPU architecture and OS type of a video monitoring system and a communication protocol of a video acquisition device, and realizes unified adaptation to different hardware platforms, operating systems and video devices; the core service layer provides reliable video service processing capability; and the unified interface layer converts internal services into standardized interfaces. The application realizes 'one development, multiple deployment', reduces adaptation cost between various video monitoring systems and external systems, and improves compatibility and maintainability of a ship video monitoring system.

The invention discloses a conference system and method, electronic equipment and a storage medium, and belongs to the technical field of video conferences. The system integrates a strategy making layer and a plurality of functional modules. The strategy making layer dynamically responds to the target conference mode, and a processing assembly line is assembled according to needs; the asynchronous message transmission mechanism realizes decoupling transmission between modules through an independent message queue; and the function module orderly processes the conference sensing data based on the uniform interface, and finally outputs the optimized conference data. Dynamic assembly line assembly replaces a traditional fixed framework, modules are flexibly combined according to actual requirements, and resource occupation and system complexity are remarkably reduced. Asynchronous message passing ensures independent operation of the module, and the concurrency efficiency is improved. Redundancy is avoided through dynamic assembly, and the resource efficiency is improved. A unified interface and an asynchronous mechanism support independent development and testing, and maintainability is enhanced. And the strategy making layer realizes rapid configuration and adapts to multi-scene differentiation requirements.

Described herein are examples of a system comprising a processor and memory storing instructions to execute a predictive multi-modal retrieval subsystem configured to analyze digital content, extract metadata, predict information needs, and retrieve relevant content; a multi-document viewing subsystem configured to index documents, establish relationships, and present aggregated content in a unified interface; a data management subsystem configured to organize files, generate folder structures, and provide interactive navigation; a file summary LLM configured to process documents and generate summaries with metadata; and a user context blob configured to maintain user context data across sessions. The system includes a method for receiving digital content, processing through OCR to extract text, analyzing with the file summary LLM to generate metadata and summaries, predicting information needs by simulating task progression and identifying related documents, and presenting retrieved content through a unified interface.

The invention relates to an intelligent module software architecture of a small and medium-sized intelligent security and protection all-in-one machine and a working method, and belongs to the technical field of intelligent security and protection equipment software. In order to solve the problems of complex integration of multiple devices, high system coupling degree and difficulty in intelligent algorithm expansion in the prior art, the invention provides a software system based on event-driven and plug-in architecture. According to the system, behaviors such as video stream processing, equipment state change and user operation are abstracted into standardized events, and decoupling and efficient communication among functional modules are achieved through an event bus and an asynchronous callback mechanism. Meanwhile, various intelligent analysis algorithms are packaged into independent plug-ins conforming to unified interface specifications, and dynamic loading, unloading and scheduling are achieved through a plug-in manager. According to the invention, high-cohesion and low-coupling system design is realized, the performance of the security and protection all-in-one machine in the aspects of function expansibility, system stability, development efficiency and operation and maintenance convenience is remarkably improved, and the system is particularly suitable for small and medium-sized security and protection scenes needing continuous iteration of an intelligent algorithm.

A kind of test process recording and playback device, the device includes industrial grade computer, the industrial grade computer includes artificial interaction module, component control module, use case recording module and use case playback module, the artificial interaction module is connected with component control module, use case recording module, use case playback module and signal sending and receiving component respectively;The component control module is connected with analog switch component, the component control module sends to analog switch component after obtaining the operation information of artificial interaction module, the analog switch component is connected with the product to be tested by connecting component, and sends level signal to the product to be tested to control the product to be tested;The device of the application has high integration, adopts man-machine interface, and the unified interface facilitates the operation and observation of test personnel, on the basis of realizing product manual testing, integrates manual test process recording and playback function, so that the device is more suitable for iterative development and regression testing of product, reduces the labor intensity of test personnel.

The application discloses a computing power optimization method and system in power data maintenance, and relates to the technical field of data center and power grid cooperation, which comprises the following steps: collecting and standardizing the hardware, software, energy consumption and power supply data of the computing power center through a unified interface protocol, and forming a data stream after security processing; constructing a comprehensive resource model of the integrated computing power supply and power demand in the region based on the data stream; then, establishing a digital twin model of the coupling of the computing power center and the power system, and realizing real-time mapping of the physical entity and the virtual model; generating a dynamic twin body supporting multi-dimensional visual display through synchronous real-time monitoring data; simulating different computing power scheduling strategies based on the twin body, and automatically generating a decision scheme of the cooperation optimization of the computing power resource and the power supply. The application realizes joint modeling and cooperative simulation optimization of the computing power and the power system.

The application relates to the technical field of robot performance control, in particular to a multi-channel dance collection and playing system based on unified time base and double-path scheduling, which comprises a unified time base collection module, a double-path playing scheduling module and a hardware abstract adaptation module; the unified time base collection module is used for taking a monotone clock as a reference to establish a timestamp binding relationship for action data and audio files of all execution channels; the double-path playing scheduling module supports two playing paths of multi-thread concurrency and single-thread sequence, and can automatically optimize a thread model according to the number of channels; the hardware abstract adaptation module realizes automatic identification and driving adaptation of different hardware devices through a defined unified interface and an adapter mode. Through audio clock main driving and unified time base mapping, the time base deviation is controlled within 5 ms in 2 hours of continuous operation, the synchronization error is reduced by 65% compared with a traditional scheme, and the application has the advantages of high-precision synchronization, flexible adaptation and safety and reliability.

The application relates to the technical field of digital data processing, and discloses a method and system for integrating third-party maps. The method for integrating third-party maps integrates various third-party map resources and a specific geographic information system (GIS) through technical means, realizes the aggregated application of multi-source geographic data, can rely on a unified interface adaptation layer to standardize encapsulation of application programming interfaces (APIs) of different map platforms, solves interface protocol and data format difference problems, simultaneously builds a data conversion engine, completes compatible processing of POI, path planning and other data of third-party maps and spatial coordinates and attribute information of the specific GIS, realizes scheduling and fusion display of multi-source data through construction of an intermediate service layer, retains general function advantages of the third-party maps, can integrate professional spatial analysis capabilities of the specific GIS, and finally provides a unified geographic information service entrance for users and meets map application requirements in complex scenes.

1. The name of the design product: electronic system development management platform graphical user interface for electronic equipment. 2. The use of the design product: for electronic equipment. 3. The design points of the design product: the graphical user interface displayed on the display screen panel. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: for chip and electronic system full-process development, through a unified interface to realize design process visualization, auxiliary optimization, real-time simulation analysis and RTL analysis, multi-tool collaborative operation, and graphical presentation of key indicators such as power consumption / timing. 6. The change state of the graphical user interface: the front view is the initial interface of the "electronic system development management platform", the top and left side of the front view are navigation menu bars, clicking the corresponding name button can expand or fold the submenu, the middle part of the front view is divided into four windows, each window can be dragged and adjusted in size up, down, left and right; right-clicking the "design run" button in the lower left window of the front view, a drop-down menu is displayed in real time, as shown in interface change state figure 1; clicking the "move to one" button in interface change state figure 1, the window is updated to the upper left window, as shown in interface change state figure 2; clicking the zoom-in button of the upper right window of interface change state figure 2, the interface changes to interface change state figure 3.

The invention relates to an automatic operation and cooperative execution method and system for heterogeneous application software, and belongs to the technical field of computer software automation, the system adopts a three-layer architecture, and comprises a UI element identification and interaction layer, an intelligent business process arrangement and cooperative execution engine and a unified control and task management platform. The UI element identification and interaction layer provides standardized UI operation capability for heterogeneous applications such as Web, Java and C # through an adapter mode; the engine is responsible for analyzing structured process configuration, scheduling the UI interaction layer to execute operation and managing cross-application data flow and state flow; the platform provides a visual interface for flow configuration, task control and state monitoring. The problem of tool fragmentation is solved through a unified interaction interface, cross-application data automatic circulation is realized through an intelligent scheduling engine, the use threshold is reduced through a visual platform, and three core pain points of non-unified interfaces, no mechanism in cooperation and no means in management and control in the prior art are effectively solved.

The present application relates to the technical field of FPGA hardware acceleration and neural network calculation, in particular to an image acceleration system based on neural network. The present application constructs an acceleration architecture composed of multiple DMA controllers and modular hardware operators. The operators adopt a unified interface and a ping-pong buffer design, and are scheduled by a register unit according to instructions. By fusing dequantization, convolution, addition and re-quantization into a single integer calculation, and using a pre-computation lookup table method to realize efficient quantization reasoning, the calculation delay and resource consumption are significantly reduced. Through quantization fusion and parallel computing architecture, the throughput is greatly improved. The hardware resource consumption is significantly reduced, which is suitable for low-power edge scenarios. The modular design supports flexible configuration of network structure, which meets the high real-time detection demand while ensuring the accuracy.

The invention provides a roadway section design method based on a parameterized model and rule constraint. Comprising the following steps: step 1, constructing a multi-level parameterization design model: the model deconstructs a roadway section into three mutually associated design levels, namely a geometric contour layer, an ancillary facility layer and a support system layer; step 2, establishing a set of design rule knowledge converting roadway section design specifications and safety regulation terms into computable constraint conditions; 3, a parameter-rule-graph linkage driving mechanism is achieved, specifically, a user defines design elements of all levels on a unified interface in a parameterization mode, a system conducts compliance verification according to a rule knowledge base, and design parameters passing verification are converted into standardized engineering drawings and material reports. The graph-digital integration achievement produced by the method is structured digital assets, lossless transmission and multiplexing of design data to construction and management links are achieved, and a core data foundation is laid for mine full-life-cycle digital management.

The utility model relates to a mute cabin control panel which comprises a shell and an assembly mounting plate connected with the shell. The shell comprises a panel cover plate and a bottom box, and the shell is provided with a mounting lug structure; the panel cover plate is provided with a panel module mounting port and a display screen mounting port; the assembly mounting plate is provided with a module mounting base and a display screen avoiding opening. The silence cabin belongs to the technical field of silence cabins. Through the integrated design of the power supply, wiring is simplified, the equipment installation and maintenance cost is reduced by applying a unified interface standard, and the operation convenience and accuracy are improved by adopting touch control.

The invention provides a page layout method and electronic equipment. Folding parameters and breakpoint information can be defined by different types of folding screen equipment in a standardized description mode, and a unified interface is provided for obtaining the folding parameters and the breakpoint information. The breakpoint information may indicate a change in a folded state of the folding screen device. The application can be displayed by adopting a corresponding page layout according to the folding parameter and the breakpoint information. When one or more types of electronic devices are newly added, an application developer can only provide the corresponding page layout according to needs, and layout adaptation does not need to be carried out again. In this way, appropriate page layouts can be provided when the application is applied to different types of folding screen devices and the folding screen devices are in different folding states, the user watching and using experience of the application page is improved, the development cost of the application can be reduced, and the development efficiency of application developers is improved.

This application provides an adaptation and upgrade method based on both CAN and CANFD protocols. The method includes: presetting protocol mode control parameters and initializing to an unrecognized state upon power-on; automatically identifying the CAN or CANFD protocol by parsing the FDF and BRS bits of the received frame and updating the control parameters; the UDS diagnostic service layer adaptively matching the transport layer to complete response transmission through a unified interface based on the control parameters; switching to CANFD mode and storing the state when OTA is triggered, and automatically recovering after an abnormal reset. This application enables compatibility with both traditional CAN diagnostics and high-speed CANFD OTA upgrades within the same boot version, reducing production and maintenance costs, improving upgrade robustness, and is suitable for firmware flashing and diagnostic maintenance of automotive ECUs.

The embodiment of the invention provides a communication method, device and system, a computer program product and a storage medium. When monitoring that the application program calls any application programming interface in any interface library, the first computing end intercepts calling of the application program to the application programming interface; and constructing protocol data required by execution for the application programming interface, and forwarding the protocol data to a second computing end to trigger the second computing end to call to the application programming interface from an interface library provided by the second computing end, and executing a processing task indicated by the application program by using an image processing unit assembled on the second computing end. Accordingly, interface unification can be achieved between the first computing end and the second computing end through the protocol data, various interface libraries can be effectively compatible in the first computing end, cross-end GPU calling of the first computing end can be supported by constructing and forwarding the protocol data, and therefore the response efficiency of the application program is improved.

The invention provides an image processing method and system, a storage medium and electronic equipment. An instantiation interface and a white balance function are packaged in advance; the image processing method comprises the following steps: calling an instantiation interface based on an image configuration file to obtain a chip instance; calling a white balance function to obtain standard mode data from the chip instance based on the image configuration file; judging whether the target mode data needs to be acquired or not based on the image configuration file, if yes, calling the white balance function again, acquiring the target mode data from the chip instance based on the image configuration file, and outputting final mode data according to the standard mode data and the target mode data; otherwise, outputting final mode data directly according to the standard mode data. According to the method, independent development of a control logic and a parameter processing flow for each algorithm can be avoided, and the development complexity and workload are reduced; and meanwhile, as long as the algorithm can adapt to the uniform interface, calling can be carried out under the condition that a main program is not modified.

The utility model relates to a streaming media system giving consideration to equipment control. The streaming media system comprises an acquisition module, a rearview mirror module, a control box and external equipment. The acquisition module is electrically connected with the rearview mirror module, and the acquisition module is used for acquiring information and transmitting the acquired data to the rearview mirror module; the rearview mirror module is electrically connected with the control box and is used for displaying the data acquired by the acquisition module, receiving control operation of a user and controlling the box to transmit a first control signal according to the control operation of the user; the control box is electrically connected with the external equipment, and the control box is used for controlling a switch of the external equipment according to the first control signal output by the rearview mirror module. A user can control a plurality of devices through a unified interface, namely a rearview mirror module.

The application relates to a packaging method for digital twin virtual device modeling and production unit combination, which realizes modeling of a virtual device through a top-down abstraction process, and combines information hiding and a unified interface mechanism to ensure high-cohesion packaging of key attributes, states and behaviors of the virtual device; further, a production unit level combination and hierarchical packaging architecture is constructed based on the device model, and through unified workstation level, production line level and workshop level interfaces and scheduling logic, recursive combination and interoperation of multi-level modules are realized; the method clearly defines the modeling and packaging process of the digital twin virtual device, highlights the high-cohesion packaging and interface uniformity of the model, supports cross-level combination and scheduling logic design, thereby significantly improving the consistency and implementability of the model in the system integration, evolution expansion and module reuse process, and providing universal and standardized technical support for hierarchical construction and efficient deployment of virtual devices in intelligent manufacturing systems.

The invention provides a production and manufacturing unit rapid reconfigurable device based on a uniform interface. The production and manufacturing unit rapid reconfigurable device comprises a base assembly, a plugging assembly, a production assembly and a lateral movement assembly. The production and manufacturing unit can be quickly switched or recombined by adopting a uniform interface design, the production and manufacturing unit is suitable for multi-variety and small-batch production requirements, the problem that a large amount of hardware needs to be replaced and debugged in traditional production line reconstruction is solved, and the production and manufacturing unit can be switched and moved in different directions by adopting a specific reconstruction mode, so that the production and manufacturing efficiency is improved. Reasonable allocation of production units can be carried out according to reconstruction requirements, efficient adjustment of different process sequences of different production lines is achieved, the unified interface device achieves balance of production efficiency, cost control and technical iteration through modular design, unified interfaces and modular means, and the reconstruction efficiency of the production and manufacturing units is effectively improved.

The embodiment of the invention provides a control method and equipment of visual acquisition equipment and a program product. The method comprises the following steps: reading preset configuration information; wherein the preset configuration information comprises an equipment brand identifier and equipment operation parameters; calling a target instance corresponding to the device brand identifier based on the unified interface; wherein the target instance comprises an exclusive operation method of the target visual acquisition equipment to which the equipment brand identifier belongs; and executing the target instance according to the equipment operation parameters to control the target visual acquisition equipment to perform visual acquisition operation. According to the method, the development and maintenance cost can be reduced, and the expandability and reusability of the system are improved.

The invention relates to the technical field of user interface information processing, in particular to a multi-source UI perception signal processing method and system, and the method comprises the steps: synchronously obtaining document object model information, visual rendering information and barrier-free access tree information of a target user interface, and extracting a corresponding candidate element set from the document object model information, the visual rendering information and the barrier-free access tree information; and all candidate elements are converted into a unified interface coordinate space by establishing a coordinate mapping relation. And in the space, performing similarity measurement and clustering grouping on candidate elements of different sources. And the consistency score of the source, the spatial overlapping degree and the semantic attribute of each candidate element cluster is fused and calculated, and the retention, merging or discarding operation is executed according to the consistency score, so that a final interaction object set is generated. According to the method, the problem that the coordinates of the multi-source information are inconsistent is solved, and the multi-source signals can be intelligently fused and decided, so that the integrity and the accuracy of the UI sensing result are enhanced.

The invention discloses a cockpit video decoding display method, system and device and a readable storage medium, and relates to the technical field of video playing. The method comprises the following steps: creating a plurality of video display threads; decoding the to-be-played video file based on a preset multimedia library to obtain decoded image data; and outputting the decoded image data in parallel to the corresponding cabin displays for display by utilizing each video display thread based on a preset graphic display system. In this way, the to-be-played video file is singly decoded through the preset multimedia library, and memory resources can be saved; further rendering the decoded image data by using a plurality of independent video display threads through a preset graphic display system to realize synchronous video playing of a plurality of cockpit displays; meanwhile, a preset multimedia library and a preset graphic display system can provide a standard decoding mode and a uniform interface to ensure that the video decoding display method is easy to transplant.

1. The name of the design product: centralized control box. 2. The use of the design product: the centralized control box is a device for integrated management and control of multiple devices, systems or processes, and its main use is to achieve efficient and coordinated operation through a unified interface or platform. 3. The design points of the design product: in the front view. 4. The picture or photo that best indicates the design points: front view.

This invention discloses a method, apparatus, device, and storage medium for multi-view data display, comprising: constructing a basic model based on industrial data messages using a data modeling engine; retrieving the basic model from the OPC UA address space unit using a knowledge graph unit, and creating a knowledge graph based on the basic model; retrieving the basic model or knowledge graph based on received business requests using a unified interface service layer, generating matching view results based on the basic model or knowledge graph, and visually displaying the view results. The data modeling engine automatically identifies and constructs a basic model from industrial data messages, reducing manual configuration and coding workload and improving modeling efficiency. The unified interface service layer can receive different types of business requests and generate matching view results based on the basic model and knowledge graph based on the received business requests for personalized view display to meet different user data analysis needs.

The application discloses a method, device and storage medium for generating dynamic page data, and the method comprises the following steps: generating a first xml template according to a plurality of first elements of the first user interface draft and corresponding second elements of a definition file; obtaining first element information and first sample data of a display page according to the first xml template, obtaining first configuration information of the display page, and saving the first element information, the first sample data and the first configuration information into a database; when receiving a page code sent by a front-end calling data query interface, querying and obtaining second element information, second sample data and second configuration information of a required page in the database according to the page code; and generating an interface response format data, and sending the interface response format data to the front end through a unified interface. The format of the page sample data is unified, a unified page data interface is used, unified development of different pages is realized, and the development efficiency is improved.