35results about How to "Dynamic management" patented technology

The invention provides a cloud computing energy management system and method based on green energy resources. The system comprises an energy acquisition module, a node priority level setting module, a node energy supply condition setting module, a node electricity consumption predicating module, an electricity distribution processing module, a node energy supply control module and an energy storage module. The energy acquisition module, the node priority level setting module, the node energy supply condition setting module and the node energy consumption predicating module are connected with the electricity distribution processing module. The electricity distribution processing module is connected with the node power supply control module and the energy storage module. By means of the cloud computing energy management system and method, the green energy resources can be managed dynamically in real time for the instability of the green resources, the energy resources can be fully utilized reasonably, and the energy resource utilization rate is increased; meanwhile, energy consumption caused by a last-dispersion first-concentration electricity distribution mode required by a traditional power grid is lowered, and electricity waste is reduced.

The invention discloses a mine geological resource reserve management method. The method includes the following steps: (1) generating a borehole database; (2) displaying geological data in a three-dimensional space; (3) performing sample combination; (4) building an entity model and a block model of an ore body; (5) adopting a method to geostatistics to analyze; (6) calculating a variation function to perform structural analysis; (7) establishing an optical valuation parameter through cross validation; (8) building the block model inside the ore body, and performing grade valuation; and (9) calculating ore block reserves and performing reserve grading. The mine geological resource reserve management method provided by the invention realizes dynamic reserve information management, realizes digitization of resource management, realizes dynamic management and grade control of reserves, updates of the built dynamic geological models utilize an inherent space attribute of the ore body itself, Boolean operation between a goaf and the ore body is reduced, the purpose of improving calculation speed is achieved, and data reliability is improved.

The invention discloses a method and device for realizing attack processing and a honeypot deployment method, and the method at least comprises the steps: pulling a stored honeypot mirror image from ahoneypot mirror image cloud warehouse, wherein the honeypot mirror image is a honeypot structure supporting a multi-CPU architecture; creating a container on the cloud host, wherein the container correspondingly supports honeypots of different CPU architectures; capturing attack data through honeypots supporting different CPU architectures. According to the application, the capture range of honeypots is expanded based on a cloud deployment mode, an elastic and dynamic honeypot cluster management mode is realized, and the value of honeypot data is mined more deeply by combining big data analysis service on the cloud; moreover, based on the characteristics of the container, the honeypot deployment and maintenance cost is reduced, and the time is saved.

The invention discloses an article management method based on a mobile terminal. The article management method comprises steps of collecting an intelligent label of an article to be managed through the mobile terminal, performing analysis on the intelligent label of the article to be managed to obtain article information of the article to be managed, determining whether a related record entry of the article to be managed exits in the article record, if yes, recording article management information by combining with the related record entry of the article to be managed and performing a management operation in the article record; and if not, setting a new record entry for the article to be managed in the article record according to the article information. The article management method can be realized on the basis of a common terminal like the mobile phone and is very low in the cost. Besides, the article management method performs comprehensive management on the article to be managed from many respects, provides more dynamic management to the article to be managed and provides convenience to the user.

The invention aims to provide a method and a device of acquiring application control information. The method includes: acquiring an activity interface of a to-be-tested application according to a predetermined time interval, wherein the activity interface is changed according to user operations simulated by a first test tool; acquiring the control information from the activity interface; and writing the control information into a predetermined file. Compared with the prior art, the solution of intelligently capturing the UI (User Interface) control information of the to-be-tested application provided by the invention solves the problem of low efficiency caused by the need for manually acquiring the interface control information at every turn in the prior art, realizes an objective of quickly, dynamically and flexibly acquiring and managing the interface control information of the to-be-tested application, carries out unified management on the acquired control information in the predetermined file, eliminates the problem of script hard-coding, can grasp, in addition, a change situation in first time when the control information on the UI is changed, and plays a huge role in the context of quick iteration of the mobile app.

The invention discloses a cross-data center communication method and a network system based on an SDN (Software Defined Network). According to the communication method, a network technique of the SDN is adopted, and automatic network arrangement management can be achieved. The gateway of an OF (Open Flow) protocol is supported, an SDN controller ODL is introduced, a VxLAN network of Overlay is achieved through the gateway, and inter-communication of L2 can be achieved. Flow table planning of the OF gateway is implemented through the ODL controller, the forwarding behavior of the gateway is controlled, and a lessee network is managed. According to the cross-data center communication method and the network system based on the SDN, cross-data central networks are isolated through lessees or business, communication of cross-data centers is optimized, dynamic, controllable and efficient management on communication of the cross-data centers can be achieved, and the communication speed can be increased greatly.

The invention discloses a distributed preprocessing method and a distributed preprocessing system. The distributed preprocessing method includes the following steps: a process node receives data sent from a source node; a management module configures types of multiple executive modules and an executive order according to different demands of the process node; and the process node invokes an executive module collection which is deployed by the process node and configured by the management module for carrying out preprocessing operation on the received data, wherein the executive module collection comprises the multiple executive modules. Through the distributed preprocessing method and the distributed preprocessing system, the preprocessing process of the process node can be managed dynamically and flexibly, the executive module collection is managed, and consistency and atomicity of the preprocessing process of the process node are guaranteed; and the distributed preprocessing system guarantees that preprocessing intermediate results of the multiple executive modules of the process node are processed in an internal memory and do not need to be stored temporarily, and therefore preprocessing performance is improved.

The invention provides a multilayer warehouse information storage processing system. The system comprises a statistics server and multiple storage stations for materials to enter and exit; each storage station is provided with a tag reader and a terminal machine connected with the tag reader; the statistics server performs unified management on the storage stations and performs statistics on material information; a communication mode between the statistics server and each storage station is optimized; warehouse keepers can perform modification and query on the stored material information; an input and output data processing module manages the material information stored in the storage stations and performs quantity statistics on the material information stored in the storage stations; thesystem performs layered management on the materials according to different material change frequencies and change time periods; the layered storage achieves dynamic management of warehouse material storage; and during calling of the material information, the material information can be called in different regions according to the different change frequencies and change time periods, so that the material management and the warehouse management are facilitated.

A method and system for dynamically managing the whole process cost of a project are disclose, The problem that the prices of the actual land, equipment, technical services and contracts are constantly changed, certain influence is generated on the budget and evaluation of the cost engineer. The technical proposal comprises the following points: the cloud server obtains a real-time update list and reads the cost list stored in the cloud server, wherein, the update list and the cost list store the project name and the project price; If it is judged that the updated list and the cost list havethe same project name, the project price of the cost list is updated; If the item price of the cost list is updated, the updated cost list is stored in the cloud server, so as to achieve the purpose of producing new budget and evaluation reports according to the changed land, equipment, technical services and contracted prices.

The invention belongs to the field of intelligent inspection of power systems, and provides an inspection method and system and an inspection management platform. The method comprises the steps: acquiring an inspection task and corresponding to-be-inspected equipment information in response to an inspection instruction of an inspector; acquiring an image of the to-be-inspected equipment, and calling three-dimensional model information of the to-be-inspected equipment based on the image; and positioning a three-dimensional model of the to-be-inspected equipment, and inspecting the to-be-inspected equipment based on the to-be-inspected equipment information when the position of the three-dimensional model is overlapped with the position of the to-be-inspected equipment. The inspection systemcomprises an inspection terminal, a server and the inspection management platform. According to the method, the on-site inspector can carry out continuous inspection based on the equipment information obtained in real time, the inspection efficiency is improved, and the inspection guidance is realized by adopting real-time communication and real-time recording, so that the comprehensiveness and safety of inspection are improved.

The invention relates to the field of software application, and in particular relates to a method, a system, equipment for regularly calling a micro-service and a medium. The method for regularly calling the micro-service comprises the steps of receiving a registration request of the micro-service; storing the micro-service; pulling the micro-service to be called in the current time range; and calling the pulled micro-service. According to the method provided by the invention, the micro-service can be dynamically configured and managed; calling of the micro-service can be triggered regularly;the problem in a regular micro-service calling scene is solved; and the method is also the micro-service and can be seamlessly integrated into micro-service architecture.

The invention provides a dynamic management service control method, a terminal, a USIM, computer equipment and a storage medium, and the method comprises the steps of: enabling the terminal to generate a corresponding Envope command after generating a demand for initiating a certain type of service operation in a USIM service control range, wherein the call control command in the type of the Envope command contains a data object representing a specific service type involved in the command; sending the generated Envope command to a USIM, so that the USIM reads a data object representing a specific service type involved in the command when the type of the Envope command is a call control command, and generates a corresponding deactivated management command and sends the deactivated management command to the terminal if the service type contained in the data object is not within a range required to be controlled; and executing the management command and returning a response message to theUSIM. Business control can be dynamically managed according to business demand changes.

The invention discloses a population and employment distribution prediction method and device based on land and traffic multi-source data, and belongs to the technical field of traffic. The implementation method comprises the steps of calculating the per capita space occupation rate according to reference year population and employment data and reference year classification building area data; calculating accessibility data of a traffic cell according to the travel time and the driving cost; obtaining reference year classified building price data, planning year classified building area data and planning year population and employment data; establishing a population and employment distribution model; performing parameter calibration on the population and employment distribution model according to the per capita space occupation rate, the accessibility data, the classified building house price data, the population and employment data of a reference year and a planning year and the classified building area data; and predicting population and employment distribution in the future year according to the calibrated population and employment distribution model. According to the method, land utilization and traffic accessibility are systematically considered at a traffic zone level to accurately predict future population and employment change trends.

The invention provides a network resource management method and system based on a ubiquitous network, and aims to solve the contradiction between a traditional network resource management way and a novel ubiquitous network demand. The method comprises the following steps: firstly, configuring resource state data and a collection mechanism in response to administrator input; secondly, generating deployable data configuration information and collection mechanism configuration information and distributing the generated information; and finally, after a computing node receives and activates the configured data and collection mechanism, feeding back the collected resource state data to the management unit. Through adoption of the method, the resource state is collected and configured dynamically based on the ubiquitous network; the real-time states of components in a network are controlled; the game decision making of the user service demand and complex network behaviors is completed; the most reasonable network components are selected to constitute a group; and an optimal service is provided for users. Meanwhile, the network components are dynamically configured and managed in real time in a large number of user service requests and acquisitions, thereby realizing stable running and performance optimization of the whole network.

The invention relates to the field of Internet of things, and especially relates to an Internet-of-things application system based on the Bluetooth technology. The system comprises a wireless node module, a Bluetooth communication module, a terminal, a server, and a user control end. The wireless node module is connected with the terminal through the Bluetooth communication module. The terminal is connected with the server via the Internet. The user control end includes a computer terminal and a mobile terminal. A user acquires information detected by the wireless node module through the computer terminal or the mobile terminal, and remotely controls the wireless node module. By adopting the Internet-of-things application system of the invention, item-related real-time information acquisition is realized, item connection is realized via the network, and personnel, machines, equipment and infrastructures involved can be managed and controlled dynamically. The Bluetooth communication module is technologically mature and low in cost, and can save more cost compared with other wireless communication modules.