107 results about "Management area" patented technology

The invention provides a digital intelligent carbon emission integrated measurement management method and platform, and relates to the technical field of carbon emission management, and the method comprises the steps: collecting multi-source carbon emission related data of a target management region through a preset data interface and Internet of Things equipment; correlation and fusion are carried out on multi-source carbon emission related data, and an integrated carbon activity database is constructed; calling a built-in carbon emission factor library, carrying out automatic accounting and dynamic metering on carbon emission of an organization level and a product level, and generating a real-time carbon emission flow map; carbon footprint tracing and hot spot analysis of the whole life cycle are carried out by combining a product bill of material and a production process path, and a key emission link is positioned; and carrying out visual display on the real-time carbon emission flow map and the key emission link. According to the invention, the technical problem that the carbon emission management and control efficiency is further affected due to the fact that a specific emission link cannot be positioned due to data islands and post accounting in the prior art is solved.

The invention provides a memory erasing management method and device, electronic equipment and a storage medium. Determining a target storage page for storing the to-be-processed data according to the erasing management information in the management area of each storage page; determining a first logical address corresponding to a first physical address of the target storage page and a second physical address corresponding to a second logical address of the to-be-processed data according to page address mapping information in the erasing management information; switching the mapping of the first logic address to the second physical address, switching the mapping of the second logic address to the first physical address, and updating the read erasing management information; and writing the to-be-processed data into a content area of the target storage page based on a mapping relationship between the second logic address and the first physical address. According to the method, the appropriate target storage page is selected for the to-be-processed data to be stored, so that all the storage pages are subjected to balanced loss together, and the purpose of aging together is achieved.

The invention relates to the technical field of water resource management, in particular to a water budget data processing method. The technical scheme comprises the following steps: acquiring historical data of a management area; and obtaining the increment of the area management unit in the management area after the budgeting time period and the corresponding data label. And performing matching according to the data labels corresponding to the region management units to obtain paired region management units. Obtaining the soil state of the area management unit in the management area and the weather state in the budget time period, and matching the soil state and the weather state with the existing soil state and weather state to obtain a matching time period. And taking the water expenditure data and the water income data of the matched area management unit in the matched time period as the water expenditure data and the water income data of the area management unit in the management area, and then calculating to obtain the water transfer amount in the management area. According to the invention, the existing area management unit is used for replacing a newly added area management unit for calculation, so that a large amount of survey work can be reduced, and the calculation accuracy is improved at the same time.

The invention relates to the field of edge calculation, in particular to a sprinkling machine variable irrigation control method based on target water depth cutting and geometric volume-preserving mapping, and the method is universal in two operation modes of a central pivot (circle) and translation. According to the method, a closed-loop process of target cutting-connected partition and discrete gear selection-AMR cell refinement-CMI mapping-cell-level constraint deconvolution-60s period greedy backtracking-execution and monitoring is followed, and cooperative control of 4-5 management regions and a plurality of cells in the whole field can be realized; the community-level and whole-field double-layer (> = 90%) satisfaction degree is preferentially ensured, and the uniformity and water saving are both considered.

This application discloses a method and apparatus for collaborative detours. The method includes: a first collaborative module determining a first type of detour path based on the airspace operating conditions of waypoints and / or routes within its managed area; the first type of detour path includes at least one detour path; the first collaborative module screening a second collaborative module based on the first type of detour path and sending the first type of detour path to the second collaborative module for review; if the first type of detour path is approved, the first collaborative module determines that the first type of detour path is usable; if the first type of detour path is not approved, the first collaborative module receiving a second type of detour path, which is determined by a third collaborative module based on airspace operating conditions and includes at least one detour path; the first collaborative module determining that the first type of detour path is usable improves the efficiency of detour plan formulation.

The invention provides a memory management method and a storage device. The method comprises the following steps: performing electrical characteristic detection on a plurality of word lines to obtain an electrical characteristic detection result; based on the electrical characteristic detection result, a plurality of management areas are divided in the memory module, and the management areas are vertically distributed in the memory module according to respective electrical characteristics; in response to a target operation event, determining that the target word line is located in a target management area in the plurality of management areas, the target operation event indicating execution of a target operation on the target word line; determining a target management table corresponding to the target management area from the plurality of management tables; adjusting the reference electrical parameters according to the target management table; and executing a target operation on the target word line according to the adjusted reference electrical parameter. Therefore, the operation performance and / or the operation stability of the storage device can be improved.

The invention discloses a meat duck ecological breeding system which comprises a duckling stage management area, a young duck stage management area, an adult duck stage management area and a central control unit, environment control modules are arranged in the duckling stage management area, the young duck stage management area and the adult duck stage management area, and the meat duck ecological breeding system further comprises a central control unit. The central control unit is used for constructing an environment optimization model, the environment optimization model is used for calculating the optimal regulation and control condition of each management area according to the real-time state information of each management area and the growth stage of the meat duck, and the central control unit instructs the corresponding environment control module to execute operation so as to control the environment of each management area. According to different growth stages of meat ducks, the management system is divided into a duckling stage management area, a young duck stage management area and an adult duck stage management area, each management area is provided with an independent and accurate environment control module, and centralized regulation and control are carried out by a unified environment control unit, so that the meat ducks in each stage can be ensured to be in the most suitable growth environment.

The invention discloses a cloud computing resource management method, system and device, a medium and a product, and relates to the technical field of cloud computing, and the method comprises the steps: obtaining a target main body resource, and dividing a target management region where the target main body resource is located into a plurality of management sub-regions; collecting computing power demand information parameters of each management sub-region; the computing power demand information parameters comprise processor operation parameters, disk operation parameters, throughput parameters and cost parameters; according to the computing power demand information parameters, calculating a resource comprehensive optimization index of each management sub-region; and allocating and managing the resources among the management sub-regions according to the resource comprehensive optimization index. By adopting the embodiment of the invention, the computing power characteristic of the target main body resource can be focused, and the subarea-level resource refined dynamic management is realized.

The application relates to the technical field of municipal engineering inspection, and discloses a method and system for unmanned aerial vehicle (UAV) inspection applied to municipal engineering. The method comprises the following steps: determining a first inspection priority of a target municipal management area based on the facility importance degree and spatial dependence relationship of each grid unit of the target municipal management area; in response to a first inspection instruction, controlling different slave groups in a UAV formation to sequentially inspect each grid unit according to the first inspection priority to obtain first municipal inspection data; and in response to a second inspection instruction, controlling the different slave groups in the UAV formation to sequentially conduct secondary inspection on each grid unit according to a pre-set second inspection priority to obtain second municipal inspection data. The application realizes full-process optimization from regional planning to local fine operation, and significantly improves the accuracy and efficiency of municipal engineering inspection.

The application relates to a large-scale joint simulation interest management method and system based on a von neumann diagram. The method comprises the following steps: setting a first accessed matching node as a network management node, controlling new node access by the network management node, generating a von neumann diagram based on existing node distribution, dividing simulation data management areas of all nodes, and being responsible for corresponding area data transmission. A client sends an interested area data subscription request to any matching node, and after receiving the request, the node sets nodes with overlapping management areas and interested areas as main matching nodes. The client publishes simulation data to the main matching node, the main matching node notifies relevant main matching nodes according to the subscription record, and then sends the simulation data to the subscription client. The method can reduce redundant simulation data in network transmission, optimize transmission interaction relationship, improve communication efficiency of large-scale distributed simulation, and guarantee smooth operation.

The invention discloses an enterprise online interaction data management system, and relates to the field of enterprise data management, the enterprise online interaction data management system comprises an enterprise management center, the enterprise management center is in communication connection with an employee management module, a business process management module, a database module, a business analysis module, an employee operation module and a data monitoring module; the enterprise management center is used for setting a corresponding management area for an enterprise; the employee management module is used for managing corresponding employees and managing comprehensive points of the employees; the business process management module is used for acquiring business data and distributing the business data to corresponding management areas; the business analysis module is used for analyzing and obtaining comprehensive business data corresponding to the business data; the employee operation module distributes the business data to the corresponding employees according to the comprehensive points and the comprehensive business data of the employees; the data monitoring module is used for monitoring the business completion progress of the employees; according to the invention, business data distribution in an enterprise is more reasonable to a certain extent, and the working efficiency of employees is improved.

The embodiment of the invention relates to an intelligent management method and system for a node unit, and the method comprises the steps: obtaining exploration task parameters, including the number of intelligent robots, the performance parameters of each intelligent robot, the topographic data of an exploration region, and the position information of a detection point; based on the number of the intelligent robots, the performance parameters and the topographic data of the exploration area, a clustering algorithm is adopted to divide the position of the detection point into a plurality of management areas, one intelligent robot is distributed to each management area, and in the division process of the clustering algorithm, the topographic weighted distance and the load rate of the intelligent robot serve as joint optimization factors; the task instruction is issued to each intelligent robot, the task instruction comprises at least one of a node unit arrangement instruction, a node unit recovery instruction and a process management instruction used for data recovery, normal form transformation from extensive manual division to automatic and fine distribution is achieved, and the overall operation efficiency of node unit management is improved.

The invention discloses a highway networking charging management and information resource wide-area fusion scheduling system, relates to the technical field of intelligent traffic charging management, and constructs a highway networking charging management architecture with multi-level management from top to bottom in a management area, and establishes mutual access channels through a cloud service network. The global center management node supervises the working state of each resource scheduling management node, overall plans business cooperation among the resource scheduling management nodes according to the working state, and issues a scheduling instruction to each resource scheduling management node; the resource scheduling management nodes are mutually standby nodes, the corresponding toll lane systems and cloud seats are managed according to scheduling instructions, a road network resource scheduling management network is generated and maintained, the toll lane systems provide services for users passing through toll lanes of a toll plaza, and the cloud seats are used for remotely receiving and processing manual service requests. Through cross-regional scheduling and multi-warehouse mutual backup of the human resources, comprehensive clouding and unified scheduling of the computing resources and the human resources are realized.

This application relates to the field of smart property management and discloses a resource scheduling method for smart property management based on deep learning. The method includes: constructing a spatial topology influence map of the target property management area; spatially aligning the multi-source heterogeneous data streams according to the nodes of the spatial topology influence map and generating a sequence of node feature vectors corresponding to each node; inputting the node feature vector sequence into a spatiotemporal influence propagation prediction model; performing spatial feature aggregation on the node feature vector sequence based on the graph attention layer and the static topology constraint parameters in the spatiotemporal influence propagation prediction model to generate a spatiotemporal influence representation characterizing the degree of impact of sudden events on each functional area; predicting the resource demand heat value of each functional area within a preset time period based on the spatiotemporal influence representation to form a resource demand heat distribution; and generating a resource scheduling instruction set based on the resource demand heat distribution. This technical solution improves the user's property service experience.

The present invention relates to the field of cloud computing resource aggregation, and relates to a memory pooling-based computing resource aggregation method and system. The method comprises: acquiring computing resources of a plurality of computing nodes, the computing resources including memory resources and CPU resources; on the basis of a bus interconnect network protocol, constructing a shared memory resource pool interconnected between the computing nodes; aggregating the memory resources by means of the shared memory resource pool; dividing a management area from the shared memory resource pool; in the management area, constructing a fast channel for data transmission in the pool; on the basis of the fast channel, constructing, by means of interrupt forwarding and affinity scheduling, a shared CPU resource pool interconnected between the computing nodes; and aggregating the CPU resources by means of the shared CPU resource pool. The present invention can significantly expand the specifications of virtual machines, greatly increase virtual resources of virtual machines, and expand content of computing nodes, thereby reducing the complexity of programming modes and the difficulty of programming.

The application provides a memory management method and a memory device. The method comprises: detecting a target operation event, wherein the target operation event indicates that a target operation is performed on a target word line; in response to the target operation event, determining that the target word line is located in a target management area in a plurality of management areas, wherein the plurality of management areas are vertically distributed in a memory module according to respective electrical characteristics; from a plurality of management tables, determining a target management table corresponding to the target management area; adjusting a reference electrical parameter according to the target management table; and performing the target operation on the target word line according to the adjusted reference electrical parameter. Thus, the operation performance and / or operation stability of the memory device can be improved.

An access management system and an access management device. Provided is a technology that is advantageous in managing access of other access bodies in the case where an autonomous mobile body that utilizes a specific function passes. The access management system has: an autonomous mobile body that issues report information when a specific function is utilized; an access management device that has an identification ID master file in which information of identification IDs of a plurality of access bodies is registered; and an access restriction device that restricts access to a management area. The access management device sets, in control information, whether or not access is possible to be non-permission of access for an identification ID that is not in the management area, among the respective identification IDs registered in the identification ID master file, in the case where it is determined that the report information is received and the autonomous mobile body enters the management area. The access restriction device restricts access to the management area for the identification ID for which non-permission of access is set in the control information.

The application belongs to the technical field of city planning, and provides a city planning application method based on grid management, which comprises the following steps: obtaining current city management data, dividing a target management area into multiple basic management grids; presetting a reserved virtual sub-grid that can be dynamically enabled for each basic management grid through modular design, wherein the reserved virtual sub-grid is in an inactivated state in an initial state and has self-configuration and adjustment capabilities; continuously monitoring dynamic operation data of each basic management grid, analyzing a current data mode by using a decision tree model, and generating a grid adjustment trigger signal. Through dynamic monitoring and the design of the elastic reserved virtual sub-grid, the division and management of the grid are more flexible, the city changes can be responded in a timely manner, and the management efficiency and adaptability are improved.

The invention discloses a communication pipeline coverage management method, system and device, a medium and a product. The method comprises the following steps: collecting interest points of a target management area; according to the building contour of the target management area, obtaining an interest surface to which the interest point belongs; according to the attribute of the interest surface, collecting the interest surface to obtain a scene surface to which the interest surface belongs; obtaining a hierarchical relationship of the interest points according to the interest points, the interest surfaces and the scene surfaces; and obtaining communication pipeline resources, and obtaining the communication pipeline coverage degree of each interest point according to the communication pipeline resources and the hierarchical relationship. By adopting the embodiment of the invention, the granularity of communication pipeline coverage management can be refined to points of interest, and the limitation of traditional extensive region management is broken through.

The invention discloses a ship ultrasonic anti-biological adhesion optimization method and system based on multi-dimensional environment perception, and belongs to the technical field of ship maintenance. The method comprises the following steps: acquiring real-time geographic position, navigational speed and time data of a ship; querying in a preset biological attachment risk database based on the geographic position and the time, and determining a basic risk level; correcting the risk level according to the navigational speed to obtain a final risk level; and based on the final risk level, self-adaptive working parameters (such as power and duty ratio) are generated to control the operation of the ultrasonic system. Whether the ship enters special management areas such as a marine ecological protection area or not can be recognized, and the ship is automatically switched to a low-interference environmental protection mode. According to the method, an intelligent closed loop of perception-analysis-decision is constructed, so that the ultrasonic anti-adhesion system can be accurately and dynamically adjusted according to the actual environmental risk, and therefore, the energy consumption is remarkably reduced, the service life of equipment is prolonged, and the environmental friendliness is improved while the biological adhesion is effectively prevented.

The invention provides an ecological protection red line management system, and relates to the technical field of ecological management. The ecological protection red line management system comprises a system data arrangement and basic analysis module, a data acquisition processing and library building module, a data publishing module, a geographic information system development and construction module and an ecological protection red line protection system. And the system data arrangement and basic analysis module is used for analyzing and arranging spatial distribution geographic features and basic data information of the ecological protection red lines in the management area. By designing the comprehensive management system, the management requirement of the environmental protection department for the ecological protection red line, the maintenance requirement of the management and protection personnel for the ecological protection red line management system and the query and consultation requirements of related personnel for the ecological protection red line are met, and network sharing and data maintenance of ecological protection red line data are realized; and a basic platform is provided for servitization and business of ecological protection, environment management, business query, information release and the like of the ecological protection red line.

The invention discloses a desert area water resource intelligent allocation system and method based on the Internet of Things. The method comprises the following steps: dividing a desert area into a plurality of management areas, and obtaining soil data, vegetation types and vegetation physiological parameters in each management area, and available water resource data of each water source point in the desert area; determining vegetation water demand estimation data of each management area based on vegetation types and vegetation physiological parameters in each management area; correcting the vegetation water demand estimation data of each management area by using the soil data, and generating comprehensive water resource demand data of each management area; and generating a water resource scheduling scheme of the desert region based on the comprehensive water resource demand data of each management region and the available water resource data of each water source point. The problems of low-efficiency configuration of desert water resources and the like are effectively solved.

The invention discloses a camera-based personnel digital comprehensive management method and related equipment, and relates to the technical field of personnel management based on artificial intelligence, and the method comprises the steps: collecting video stream data containing personnel through a plurality of cameras deployed in a closed management region, and carrying out the preprocessing of the video stream data, then extracting various biological characteristics of the target person; the personnel identity identifier of the target personnel is obtained; according to a pre-stored knowledge graph, performing behavior semantization on the current position information, the current wearing information and the current posture information corresponding to the personnel identity identifier of the target personnel, and generating a behavior event; and automatically triggering a predefined response strategy according to the behavior event, and displaying the predefined response strategy on a visual map in real time. According to the invention, information islands among management systems are broken, integrated operation of personnel identity management, safety management and work efficiency management is realized, and a complete digital management solution is provided for closed places.

The invention belongs to the technical field of city planning, and provides a grid management-based city planning application method, which comprises the following steps of: acquiring current city management data, and dividing a target management area into a plurality of basic management grids; a reserved virtual sub-grid capable of being dynamically started is preset for each basic management grid through modular design, and the reserved virtual sub-grid is in an inactive state in an initial state and has self-configuration and adjustment capacity; and continuously monitoring dynamic operation data of each basic management grid, analyzing a current data mode by adopting a decision tree model, and generating a grid adjustment trigger signal. Through the design of dynamic monitoring and elastic reservation of the virtual sub-grids, grid division and management are more flexible, city changes can be responded in time, and the management efficiency and the adaptive capacity are improved.

This application provides a method and apparatus for secure transmission of video signals based on video interface protocol conversion. The method includes: acquiring at least one network video stream from a management area and determining the target video channel corresponding to the network video stream; performing a first protocol conversion process on the network video stream to convert it into a video interface signal conforming to the video display interface specification; transmitting the video interface signal through a physical video transmission medium crossing the boundary between the production control area and the management area, so that the video interface signal reaches the production control area side; performing a second protocol conversion process on the arriving video interface signal on the production control area side to convert the video interface signal into a network video stream for transmission over the production control area network; and connecting the network video stream generated on the production control area side to the production control area network. This application can reduce transformation costs and implementation risks, improve the reliability of cross-domain video transmission, and enhance the ability to fuse and analyze video and process data.

An overall management server acquires a request to use an application from a first user, sets a management area where the application requested by the first user is built, and provides the requested application in the management area set for the first user.

The application provides a memory management method and a memory device. The method comprises: dividing a plurality of management areas in a memory module, wherein the plurality of management areas are vertically distributed in the memory module according to respective electrical characteristics; in response to a plurality of electrical characteristics appearing simultaneously in a single management area, dynamically splitting the single management area into a plurality of sub-management areas, and configuring a plurality of sub-management tables corresponding to the plurality of sub-management areas; in response to a target operation event, adjusting a reference electrical parameter according to a sub-management area where a target word line is located and a sub-management table corresponding to the sub-management area, wherein the target operation event indicates that a target operation is performed on the target word line; and performing the target operation on the target word line according to the adjusted reference electrical parameter. Thus, the operation performance and / or operation stability of the memory device can be improved.

1. Name of the product in this design: Graphical User Interface for Node Management in Electronic Devices. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: The graphical user interface in this design is used to display node management information. 7. Description of the changing states of the graphical user interface: The interface shown in the main view of Design 1-Design 10 is the node management information display interface. The main view displays a node management area, which contains multiple selectable nodes, node editing boxes, and operable buttons (such as "Submit" button, "Cancel" button, etc.). Clicking on a selectable node, node editing box, or operable button will navigate to a different node. Specifically, in the interface shown in the main view of Design 6, there is a node management area. In the node management area, there are multiple selectable nodes, node editing boxes, and operable buttons (such as "Submit" button, "Cancel" button, etc.). By clicking the node editing box, the interface can switch from the interface shown in the main view to the interface shown in the changing state diagram. The interface shown in the main view of Design 7 displays a node management area, which contains buttons such as "Fixed Valve Point Mode" and "Submit". By clicking the "Fixed Valve Point Mode" button, the interface can be switched from the interface shown in the main view to the interface shown in the change state diagram. The interface shown in the main view of Design 8 displays a node management area with multiple node editing boxes. By clicking on a node editing box, the interface can switch between the interface shown in the main view and the interface shown in the changing state diagram. In the interface shown in the main view of Design 9, there is a node management area. In the node management area, there are multiple selectable nodes and node editing boxes. By clicking and dragging the selectable nodes, the interface can be switched sequentially to the interfaces shown in the main view as shown in Change State Figure 1, Change State Figure 2 and Change State Figure 3. In the interface shown in the main view of Design 10, there is a node management area. In the node management area, there are multiple selectable nodes and node editing boxes. By clicking and dragging the selectable nodes, the interface can be switched sequentially from the interface shown in the main view to the interface shown in the change state diagram 1 and the change state diagram 2.