16results about How to "Simplify the update process" patented technology

The invention discloses an intelligent control linkage card for an intelligent power plant and a control method, and the intelligent control linkage card for the intelligent power plant is interconnected with an upper computer system through a PCIe interface to form a control loop; the upper computer system comprises an upper computer of each control system of the intelligent power plant or related host PC (Personal Computer) equipment; the intelligent control linkage card comprises a main card and auxiliary cards, and only one main card is included in one control loop, and the rest are the auxiliary cards; the main card is responsible for scheduling and managing a control task, analyzing and decomposing the control task issued by a service system, and issuing a sub-control task to the control loop according to a scheduling strategy; and the auxiliary card is responsible for subscribing the control message, and executing a corresponding control action according to an instruction if the control message is a control task issued to the auxiliary card by the main card. The card realizes efficient linkage and centralized management of a plurality of control systems in an intelligent power plant, improves the automatic intelligent level of the power plant, and ensures the flexibility and response speed of the control systems.

The present application is about a method, device, terminal and storage medium for updating the status of resource transfer, and relates to the field of computer technology. The method includes: receiving a service initiation notification sent by a service platform, and the target service corresponds to resource transfer; based on the service initiation notification, adding a resource transfer event message corresponding to the target service to a message queue; receiving a resource transfer result message sent by a resource transfer platform; the resource transfer result message is used to indicate whether the resource transfer to the target service is successful; based on the resource transfer result message, processing the resource transfer event message in the message queue; wherein the message queue is used to provide a query service to the service platform, so that the service platform queries the message queue for the resource transfer event message, and updates the resource transfer status of the target service based on the query result, thereby simplifying the process of updating the resource transfer status, and thus improving the efficiency of updating the status of the resource transfer of the target service.

The present invention is applicable to the field of scattering communication technology, and provides a scattering communication device and a remote program update method thereof, wherein the scattering communication device includes an indoor unit and an outdoor unit, wherein the indoor unit includes a first processor, a first field programmable logic gate array (FPGA) module, and a first storage module, and the outdoor unit includes a second processor, a second FPGA module, and a second storage module, and a communication connection is established between the first FPGA module and the second FPGA module via an optical fiber. The first processor receives a first program and a second program, wherein the first program updates the first FPGA module, and the second program is sent to the outdoor unit via an optical fiber to update the second FPGA module. The present invention uses optical fibers to update the programs of the indoor and outdoor units of the scattering communication device, thereby simplifying the process and saving time and resources.

The present invention discloses a method for updating a credit limit, including: obtaining the node number and credit limit parameter of each node of a credit limit tree, and generating a credit limit two-dimensional table corresponding to the credit limit tree based on the node number and credit limit parameter, wherein each node of the credit limit tree changes in cascade, and each cell of the credit limit two-dimensional table corresponds to a node of the credit limit tree; if it is detected that the first credit limit parameter of the first cell changes, then based on the first credit limit parameter, the second credit limit parameter of the first table row where the first cell is located in the credit limit two-dimensional table is updated; based on the second credit limit parameter, the third credit limit parameter of the second cell is updated, wherein the second cell is the cell corresponding to the leaf node in the credit limit tree except the leaf node whose credit limit parameter changes in the credit limit tree in the credit limit two-dimensional table. The present invention also discloses a credit limit updating device, equipment and computer-readable storage medium. The present invention converts the credit limit tree into a credit limit two-dimensional table for credit limit update, simplifies the update process and improves the update efficiency.

The invention relates to the field of software radar man-machine interaction and the technical field of radar system monitoring and maintenance, in particular to a configuration module organization method for a radar BITE interface. A configuration file is input, configuration file information mainly comprises radar hardware information and hardware arrangement, such as the number of types of hardware, layout and BITE state monitoring points, and the configuration file information adopts a format defined by components and can be translated into layout, arrangement and nesting of an interface, components in the interface, message response of the components and the like by a software module. And after analysis of the interface translation module, the event binding module and the data processing and storage function module, a complete radar BITE state display and management interface is generated. According to the invention, the flexibility, configurability and maintenance efficiency of the radar monitoring interface are improved.

The application discloses a scenic spot real scene three-dimensional digital twin dynamic construction method, and relates to the technical field of three-dimensional scene reconstruction and digital twin. The method comprises the following steps: constructing a global initial three-dimensional Gaussian sputtering scene representation of a scenic spot; constructing a difference perception state anchor point comprising a state coding vector, a spatial context descriptor and a semantic signature for each Gaussian cell; when a physical change occurs in a target area, collecting sparse multi-view new images and obtaining camera poses, generating an expected image using the current scene representation and calculating a state deviation score to determine a suspected change area; screening real change cells based on the difference perception state anchor point in the three-dimensional Gaussian sputtering representation space; taking original cell parameters as optimization prior values, performing local incremental optimization on a change core area and a boundary transition zone under a layered space mask, and performing boundary consistency fusion and model updating after optimization is completed. The application realizes incremental updating of a digital twin model when a local change occurs in a scenic spot.

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 invention relates to a method for applying a base bootstrap program to a DSP (Digital Signal Processor) in a distributed environment, which comprises the following steps of: booting an RBOOT bootstrap program through an RBL, booting the base bootstrap program by the RBOOT program, and determining to start after updating an application or directly start by the base program through a command issued by a PPC (Personal Procedure Call), and then booting the DSP system application; the Base bootstrap program function comprises booting the DSP application program starting module and updating the DSP application module; in the updating function, a centralized updating method is adopted for a distributed digital signal processing platform with a relatively simple topological structure; for a distributed platform with a complex topological structure, a distributed centralized updating method is adopted; the distributed centralized updating method comprises the following steps that: the PowerPC distributes a forwarding task to a plurality of DSPs (Digital Signal Processor), the DSPs are called as masters, and then SRIO (Serial Rapid Input Output) data are forwarded to other Slave DSPs. According to the method, the problems of low hardware support degree and complicated and difficult updating of a secondary boot mode of a traditional DSP boot program are solved, the dependency degree on hardware functions is low, the DSP updating process is simplified, and the one-key updating effect is achieved.

The invention relates to a lightweight satellite constellation measurement and control instruction encryption and decryption method, which relates to the technical field of satellite communication security policies, and comprises the following steps: selecting a satellite identification index i of a target satellite and a key identification index j of a specified key at a sending end according to the current communication target satellite; respectively transmitting the satellite identification index i and the key identification index j to a nonlinear transformation S box for transformation to obtain a satellite identification parameter I and a key identification parameter J; performing XOR on the satellite identification parameter I and the key identification parameter J to obtain a real key K; at a receiving end, a target satellite in current communication obtains a key identification parameter J used by a current instruction according to a key identification index j existing in transmission data; and obtaining a real key K according to the satellite identification parameter I and the key identification parameter J, and performing instruction decryption. By using the method provided by the invention, lightweight key storage can be realized, and the problem of key storage of an on-orbit satellite under the condition of limited resources is solved.

The invention provides a method, device and equipment for generating a dynamic visual rendering file through static scene data. The method comprises the steps that the static scene data and corresponding display configuration parameters are acquired; the display configuration parameters of the static scene data are converted into a data format readable by a target visual component, and a target static scene data format is obtained; packaging the target visual component based on the data format of the static scene data; embedding the static scene data and the packaged target visual component into a target hypertext markup language page; and according to a preset rendering configuration file, performing visual rendering on the target hypertext markup language page, and outputting a dynamic scene. According to the scheme, the asset updating process can be simplified while the efficient rendering effect is kept, and higher flexibility is achieved so as to adapt to constantly changing rendering requirements.

The invention discloses an implementation method for constructing an air traffic control automatic display system of a micro-service architecture, an SDD system based on the micro-service architecture is constructed by introducing Golang, WebGL and React technologies, the system specifically comprises a software engine, a Golang programming language and the micro-service architecture, the software engine is responsible for acquiring, processing and displaying management data; through a plug-in mechanism, a user can quickly expand functions of a software engine according to requirements, and different data sources and function modules are supported; according to the method, high customization is supported, and a user can flexibly configure interface layout and display different data and graphs through modular design, so that the method adapts to the difference of air traffic control requirements of various regions; and by utilizing 2D / 3D hardware acceleration rendering supported by WebGL, visual and smooth data display is provided for an administrator, and the information acquisition efficiency is improved.

The utility model relates to the field of door handle equipment, in particular to an antibacterial door handle which comprises a connecting column, a door handle body, an antibacterial assembly, a mounting column and a convenient-to-disassemble assembly which is arranged on the connecting column and used for rapidly replacing the mounting column. The door handle body is arranged on the connecting column; the antibacterial assembly has a fixed state and a sliding state, and in the sliding state, the antibacterial assembly is used for cleaning bacteria on the door handle body; and the mounting column is inserted into the connecting column. The antibacterial assembly can release a disinfectant or an antibacterial agent, bacteria, viruses and other microorganisms on the surface of the door handle body are effectively killed, accumulation and transmission of pathogens on the door handle body are reduced, and the risk of cross infection is reduced; according to the convenient-to-disassemble assembly, the door handle body is more convenient to replace and update, when an old door handle body needs to be replaced, only the old door handle body needs to be disassembled, a new door handle body needs to be installed, the whole equipment does not need to be replaced, and the maintenance and update processes are simplified.

The invention relates to a data searching method and device and computer equipment. The method comprises the following steps: in response to a search instruction of target difference data, obtaining a device identifier carried in the search instruction and a data version range corresponding to the target difference data, and querying position identifier information corresponding to the target difference data in a pre-generated data organization structure according to the device identifier and the data version range, the target difference data is searched according to the position identification information, and the data organization structure is a multi-level structure formed based on different device identifications, data versions under different devices and the position identification information of the difference data between the data versions. According to the method, due to the fact that the data organization structure is a multi-level structure, useless information can be avoided in the query process, the amount of data traversed in the query process can be reduced, the query speed and efficiency of the position identification information can be improved, and the search speed and efficiency of the target difference data can be further improved.

The present invention discloses a method and device for adaptive planning of ship tasks based on deep reinforcement learning, the method comprising: obtaining ship task planning data information; the ship task planning data information comprises historical data information and personnel planning data information; preprocessing the ship task planning data information to obtain preprocessed data information; using the preprocessed data information, training a preset deep reinforcement learning planning model to obtain an optimized deep reinforcement learning planning model; using the optimized deep reinforcement learning planning model, processing the ship task data information to be processed to obtain a ship task planning scheme. By introducing a deep reinforcement learning algorithm, the present invention can more effectively process these complex data, extract valuable features and patterns therefrom, and thus provide more accurate and comprehensive data support for task planning.

The invention provides a method for upgrading a microprocessor in terminal equipment, electronic equipment and a storage medium. The terminal device comprises a microprocessor and a communication module. The terminal equipment is in communication connection with the server; the method comprises the steps that a server obtains a first upgrade package, the first upgrade package is embedded into a second upgrade package in a constant array mode, the first upgrade package is a firmware upgrade package of a microprocessor, and the second upgrade package is a firmware upgrade package of a communication module; the server updates the communication module in an over-the-air OTA upgrading mode so as to install the second upgrade package in the communication module; and when the communication module receives the upgrading instruction, the first upgrading package is sent to the microprocessor, so that the microprocessor performs firmware upgrading according to the first upgrading package. According to the scheme, the updating process of the microprocessor can be simplified, the updating efficiency of the microprocessor is improved, and the management and maintenance work of terminal equipment is greatly facilitated.

The invention belongs to the technical field of elevator training, and discloses an elevator quality inspection training display device which comprises a display platform, a sliding groove is formed in the display platform, a mounting plate is movably mounted in the sliding groove, and a supporting base is fixedly mounted at the top of the mounting plate. And an elevator model is movably mounted at the top of the supporting base. Through cooperation with a traditional device and cooperation between a threaded rod and a threaded sleeve, the device is convenient for driving an elevator model to carry out height adjustment, can flexibly adapt to different training requirements, displays elevator models with different heights and angles, helps students to deeply understand the structure and working principle of an elevator motor, and improves the training efficiency. In addition, by means of the height adjusting function, a trainee can more visually display key parts of the elevator motor, the training effect is effectively improved, and the trainee is helped to better master related knowledge and skills.