16results about How to "Reduce manual configuration" patented technology

The invention provides a device networking method and system based on an IPv6 protocol, and the method comprises the steps: reading a sequence number in a unique identifier of a device when the device is registered, combining the sequence number with bytes generated by a random number generator to generate a network card identifier and a local link address, triggering a multicast neighbor request, splicing the multicast neighbor request with a router IPv6 network address prefix to form a device IPv6 address, and transmitting the IPv6 address to the device; registering identifier information to the system, and setting the object to complete registration; during IPv6 network address change monitoring of the equipment, an ICMP6 protocol routing announcement is intercepted, and when a router network prefix is changed, a new prefix and a network card identifier are used for regenerating and re-registering an IPv6 address; in the aspect of system functions, registration information is received, related contents are registered, parameters are set remotely, user and equipment management is carried out, and equipment management covers multiple functions such as software remote online upgrading; address management can be simplified, the use threshold and cost are reduced, the equipment management function is enhanced, the dynamic address processing efficiency is improved, and the defects in the prior art are overcome.

The invention discloses a quantum circuit generation method based on a large language model, an execution method of a quantum circuit and a quantum circuit generation server. The quantum circuit generation method comprises the following steps: in response to input quantum circuit generation information, obtaining a first target knowledge base from a pre-constructed quantum knowledge base according to the quantum circuit generation information; and based on a pre-trained large language model, generating a target quantum circuit according to the first target knowledge base and the quantum circuit generation information. Therefore, in the field of quantum calculation, the data information related to the quantum circuit generation information is retrieved in the pre-constructed quantum knowledge base, the related data information is processed by the large language model, and the circuit conforming to the quantum calculation rule is generated, so that errors in the design process are reduced, and the accuracy of the generated quantum circuit is improved. In addition, the quantum circuit meeting the user requirement can be quickly generated, and the manual labor and time cost in the traditional quantum circuit design process is greatly reduced.

The invention relates to the technical field of wireless communication, and discloses a rapid networking method based on software defined radio fusion of multiple communication devices, which comprises the following four steps: preliminary networking, strategy decision and broadcast integration, direct neighbor device response and integration, and indirect neighbor device and other device integration. Information exchange and data transmission between cross-platform and cross-protocol communication devices are realized. And an integration mechanism of layer-by-layer diffusion is adopted, so that orderliness and high efficiency of the networking process are ensured. According to the method, network parameters do not need to be configured manually, the networking complexity and cost are reduced, and the networking efficiency and flexibility are improved. The method is especially suitable for emergency communication, Internet of Things, military communication and other scenes requiring rapid and flexible networking.

The embodiment of the invention discloses an adaptive caching method and device, a storage medium and a program product. The method comprises the steps of determining a target cache type and a target storage space based on a service scene; loading a target cache library to target equipment based on the target cache type; constructing a uniform interface, wherein the uniform interface packages a plurality of cache functions; in response to calling of the uniform interface by an application layer, determining a target cache function from a plurality of cache functions; and by calling the target cache library, executing the target cache function on the target storage space. According to the method, a uniform interface and dynamic loading of the target cache library can be provided, so that a proper cache mode can be selected and flexibly switched according to business requirements, the code complexity is reduced, the workload of developers is reduced, and the coupling degree between business codes and cache implementation is reduced, and therefore, the flexibility and the maintainability of a system are improved.

The invention relates to the technical field of network communication simulation, and discloses a communication simulation method and system based on OMNeT + +, and the method carries out the simulation of communication application based on an OMNeT + + platform. The problems of low simulation efficiency, poor data processing capability and the like in the prior art are solved.

The present invention provides a device networking method and system based on IPv6 protocol, comprising: when registering a device, first read the sequence number in its own unique identifier, combine it with the bytes generated by a random number generator to generate a network card identifier and a local link address, trigger a multicast neighbor request, combine it with the router IPv6 network address prefix to form the device IPv6 address, register the identifier information with the system, set the object to complete the registration; in the monitoring of the device IPv6 network address change, listen to the ICMP6 protocol routing announcement, and when the router network prefix changes, regenerate and re-register the IPv6 address with the new prefix and the network card identifier; in terms of system functions, receive registration information and register related content, remotely set parameters, perform user and device management, and the device management covers multiple functions such as remote online software upgrade; the present invention can simplify address management, reduce the use threshold and cost, enhance the device management function, and improve the dynamic address processing efficiency, thereby overcoming the shortcomings in the prior art.

The invention provides an automatic angle ratio identification method and system of an optical fiber probe and an in-situ measurement device, and relates to the technical field of semiconductor detection.The method comprises the steps that an iris diaphragm of a light beam adjusting assembly is used for sampling light returned by the optical fiber probe according to a preset aperture sequence, an original data set is formed, and feature vectors are extracted; and matching with a pre-calibrated standard feature set in a database to output a target angle ratio. By adopting the scheme, automatic identification of the angle ratio can be realized under the condition that the hardware structure of the optical fiber probe is not changed; meanwhile, because the standard feature set is established under the unified preset calibration condition, the matching process has better robustness for the individual difference of the probe, thereby effectively reducing the risk of manual configuration and mismatching, improving the parameter consistency and measurement precision under the working condition of high-temperature strong background radiation, and improving the accuracy of measurement. And the universal adaptation capability of the in-situ measurement device to different probes is enhanced.

This utility model belongs to the field of building intelligence technology and discloses a modular building gateway device supporting multi-protocol intelligent conversion. The device includes a core board module, an RS485 interface module, an Ethernet interface module, a USB interface module, and a power supply module. The RS485 interface module, Ethernet interface module, USB interface module, and power supply module are connected to the core board module. This utility model solves the technical bottlenecks of existing building gateways in terms of multi-protocol compatibility, configuration efficiency, and real-time performance. It breaks through protocol barriers and eliminates protocol obstacles for interconnecting heterogeneous devices; improves configuration and maintenance efficiency; adopts a multi-level isolation design to ensure communication stability in complex electromagnetic environments; and controls the conversion latency to within 50ms through hardware-accelerated protocol conversion, meeting real-time control requirements.

The application discloses a SOAR script generation optimization method based on a large model and RAG, which comprises the following steps: constructing a multidimensional security knowledge base and deploying a RAG retrieval engine, integrating security knowledge to realize retrieval and dynamic updating; receiving user security requirements or alarms, generating structured requirement instructions through large model analysis; then combining the RAG retrieval engine to recall security knowledge and generate SOAR script logic; converting into a standardized script and visualizing the release; monitoring the script execution, disposal effect, equipment state and alarm feedback in real time, quantitatively evaluating the script quality, and forming a dynamic optimization closed loop. The application also discloses a SOAR script generation optimization system based on a large model and RAG. The SOAR script generation optimization system and method based on a large model and RAG disclosed by the application solve the problems of the existing technology, such as the static arrangement mode of the whole life cycle of the SOAR script relying on manual guidance, and the lack of data-driven generation and self-iteration closed loop.

The invention discloses a joint simulation method. The method comprises the following steps: acquiring a model parameter file; under the condition that synchronous operation of the SIMULINK and the BLADED is detected, sending a first to-be-exchanged data variable to SIMULINK software, and / or controlling the SIMULINK software to send a second to-be-exchanged data variable to the BLADED; and performing joint simulation between the SIMULINK software and the BLADED software based on the first to-be-exchanged data variable and / or the second to-be-exchanged data variable. According to the method, the to-be-exchanged data variables are read from the model parameter file and serve as the control parameters of the model to automatically achieve joint simulation, Bladed and Simulink coupling simulation is combined, a more comprehensive wind turbine design and analysis solution is formed, and a more complete wind generating set simulation model is established.

The present application relates to the field of cloud network technology, and provides a cloud storage method, device, equipment and medium based on intelligent deployment of network devices, the method comprising: obtaining network environment information, hardware information and software information of the target network device; when determining that the target network device is adapted to the cloud storage service based on the network environment information, hardware information and software information, pushing the corresponding cloud storage service to the target network device; deploying cloud storage resources and cloud storage strategies based on the configuration instructions for the cloud storage service; upon receiving the trigger instruction corresponding to the cloud storage, acquiring and recording the data to be stored according to the cloud storage strategy, and storing the data to be stored in the cloud storage resources. In the present application, by automatically deploying cloud storage resources and cloud storage strategies, cloud resources can be effectively utilized, and by allocating appropriate cloud nodes and bandwidth resources, low latency and high speed of data transmission can be ensured, costs can be optimized and service quality can be improved, thereby improving the reliability of cloud storage.

The invention relates to a star catalogue data management method and a star catalogue data management system. The star catalogue data management method comprises the following steps: responding to a file receiving request, receiving a star catalogue file and a column description file, analyzing the star catalogue file and the column description file to obtain star catalogue metadata, and sending a star catalogue storage request; wherein star catalogue data is stored in the star catalogue file, information for describing each column in the star catalogue file is stored in the column description file, and the star catalogue metadata comprises identification information for describing the star catalogue file and structure information for describing each column in the star catalogue file; responding to the star catalogue storage request, and obtaining data synchronization configuration according to the star catalogue metadata; wherein the star catalogue storage request comprises star catalogue metadata; and according to the data structure of the target data table indicated by the data synchronization configuration, reading the star catalogue data, and synchronizing the star catalogue data to the target data table in the star catalogue data platform. According to the star catalogue data management method, the star catalogue data management and circulation efficiency is improved.

The invention relates to the technical field of simulation testing, and provides a simulation testing method and device for a direct connection distributed control system of a B / S architecture. In the method, a browser is used for determining a target test device according to a received test instruction and sending a simulation request carrying a device identifier corresponding to the target test device to a simulation test server; the process model module is used for sending a starting instruction to the virtual simulation module under the condition that a simulation test instruction generated by the simulation test server based on the device identifier is received, the simulation test instruction carries the device identifier, and the starting instruction comprises the device identifier and an engineering local path corresponding to a target test device; under the condition that the virtual simulation module receives the starting instruction, the target testing device is loaded through the virtual simulation module and the distributed control module together so that simulation testing can be conducted through the target testing device, manual configuration and sequence errors are reduced, and operation stability and simulation testing experience are improved.

The invention discloses a parallel networking method and device for an inverter, computer equipment and a storage medium, and the method comprises the steps: triggering a parallel matching process when a parallel number setting instruction issued by external equipment is received, or the access of a new inverter and the conflict of parallel numbers are detected; the inverter broadcasts a matching message including a parallel operation number, a random judgment value, a parallel operation number setting flag bit and an updating state flag bit on the bus; when the number conflict occurs, determining a way-giving inverter based on the random judgment value and the flag bit; and the way-giving inverter generates a candidate parallel operation number according to a candidate number selection rule, performs occupation detection through bus interaction, and completes parallel operation number updating and broadcasting after confirming that the candidate parallel operation number is not occupied until the conflict is eliminated. Therefore, automatic distribution and unique convergence of parallel operation numbers are realized, manual configuration and shutdown debugging are reduced, online equipment increase and decrease and smooth reconstruction are supported, and networking reliability and maintainability are improved.

This invention relates to the field of equipment configuration technology, specifically to an intelligent storage cabinet that supports drawer reconfiguration. The intelligent storage cabinet includes: a main cabinet, comprising standard drawer positions and a standard interface; the standard drawer positions are connected to drawers of different specifications via standard guide rails and communication interfaces, each drawer being equipped with identification information; an expansion cabinet connected to the main cabinet via the standard interface; and a quantum-locking compartment module within the drawers, comprising: a liquid metal partition for storing items, which responds to electromagnetic fields of different frequencies, switching between liquid and solid states to adjust the storage space of the main cabinet; and a main control system, used to detect when items are placed in the quantum-locking compartment module within the drawers, calculate a target compartmentation strategy, and send electromagnetic fields of different frequencies to the quantum-locking compartment module to guide the flow of the liquid metal partition to form storage space. This intelligent storage cabinet can dynamically adjust the drawer layout, avoiding space waste and improving space utilization.

The embodiment of the invention provides a radio frequency test method and device, a storage medium and a program product. The method comprises the steps of obtaining test scene data of a to-be-tested device, determining an execution sequence of a plurality of test scenes based on the scene dependency and resource occupation information, generating a control instruction according to the execution sequence, and sending the control instruction to the to-be-tested device, the control instruction is used for controlling the to-be-tested equipment to enter equipment states corresponding to the multiple test scenes in sequence, and controlling the radio frequency test equipment to perform radio frequency test on the to-be-tested equipment in the equipment states to obtain a corresponding radio frequency test result. According to the method provided by the embodiment of the invention, the problems of resource conflict and execution efficiency in multiple test scenes can be effectively solved, the coverage rate and the execution efficiency of radio frequency testing are remarkably improved, and the manual configuration and intervention cost is reduced.