34 results about "Demand creation" patented technology

The invention discloses a business requirement transformation and deployment method for a SDN (Software Defined Network). The method mainly comprises the following steps: 1) a service function chain is built according to network business requirements raised by a user; 2) a local controller reports resource conditions of a bottom network node to a root controller; 3) the root controller designs a service function instance chain; 4) each service function instance is analyzed to be a multistate network strategy selection mechanism; 5) according to the current network state, the root controller selects a proper network strategy to be issued to a corresponding local controller; 6) the local controller combines instances from different service function instance chains on the same network node; 7) the local controller transforms a complicated condition strategy in the same network strategy into a plurality of simple condition strategies; 8) the local controller compiles the combined strategy into an OpenFlow flow table; and 9) the local controller issues the flow table to the bottom network nodes, and the strategy is deployed.

A method and system for product fulfillment in an automated manufacturing system is disclosed. The method and system of the present invention includes obtaining requirements for a product from a customer. The method and system further includes creating a plan from the requirements using a descriptive language. The plan is then conveyed to an automated manufacturing system for use in manufacturing the product.

The invention discloses an anti-counterfeiting method of print pictures based on CCD detection and belongs to the field of presswork forgery prevention. The method includes: establishing an anti-counterfeiting information database, embedding anti-counterfeiting information, and detecting the anti-counterfeiting information. Recording in the anti-counterfeiting information database can be established according the need of a unit. The anti-counterfeiting information is embedded by embedding mesh points different in area rate into a half-tone picture, and the mesh points different in area rate are used to express character information. A detection method of the anti-counterfeiting information includes: using CCD equipment to acquire a print picture with embedded anti-counterfeiting information and a print picture with no embedded anti-counterfeiting information, extracting the embedded anti-counterfeiting information by a feature extraction method, determining a printed matter is true if the data matching with that in the database, and determining the printed matter is counterfeited if the data matching with that in the database is not obtained. The method has the advantages that forgery prevention for printed matters such as package and certificates in practical production can be achieved and copying difficulty is increased greatly.

The invention provides a VR fitness interaction system based on unity 3D. A sport information collecting module is used for collecting bicycle sport speed and angle information, a virtual scene generating module is used for generating a scene simulating an actual fitness scene, external equipment is used for displaying a virtual scene and capturing moving information of a user, and a VR interaction module is used for the user to interact with objects in the virtual scene. By means of the system, VR fitness scene diversification is achieved, diversified scenes are created by using developing tools, specific scenes are created according to demands, the system has lower hardware cost, the demand that current VR sport equipment must be deeply customized is not needed, the system is assembled by using a normal bicycle and the external equipment, a general solving scheme is provided, the cost is greatly reduced, the system has interactivity and interestingness, a virtual reality technology is combined, the user can immerse in diversified virtual scenes by wearing a helmet when the user does fitness exercises, which is like being in a real outdoor environment.

The invention provides an online auditing method based on an enterprise overall business process system and a system thereof. The method comprises an audit system creating step of obtaining internal control process data from an enterprise internal control management system, constructing an audit rule according to a risk point and a control point in an enterprise internal control process and auditing an audit system, an audit data obtaining step of obtaining audit data from an ERP information system, an audit program creating step of creating an audit program according to the audit need of an enterprise, an audit program executing step of auditing audit data obtained from the ERP information system according to the audit rule in an audit range and outputting an audio result, and an audit result statistical analysis step of showing each business process audit result and identifying the risk point and the control point in a business process. According to the method and the system, the audit system is created based on an enterprise overall business process, the online audit rule is established for the focused control point and risk point in a process link, and the audit has the advantages of strong pertinence and wide coverage.

The invention relates to a network section optimization method in a wireless access network, and belongs to the field of mobile communications. The network section optimization method comprises the following steps: Step I, building a combined and non-convex optimized model in combination with the cost, service isolation and return capacity constraints; and Step II, solving the model by using a simulated annealing optimization algorithm according to the theory of an iterative adaptive heuristic probability search algorithm. The invention discloses a network resource optimized distribution method for a wireless virtual resource distribution mechanism; separation of control and forwarding is realized through an SDN (Software Defined Network) technology; and network resources are sensed and scheduled by using a network control plane. Customization of end-to-end services is supported on the basis of an SDN and a network section; independent and mutually isolated virtual networks are established according to network service requirements; and hardware resources in a network are dynamically deployed, which enables a plurality of virtual networks to share one physical network, thereby realizing sharing of the hardware resources of the network.

The embodiment of the invention discloses a data transmission method between servers and servers. The method comprises the following steps of: creating respective files according to the requirement of respective internal memory spaces by an application process; mapping the files into shared memories; transmitting a created file handle to a data distribution process; detecting whether the respectively-created shared memory has residual space for storing respective data to be processed by the application process or not; if so, coping the respective data to be processed in respective shared memories; detecting whether the respective data to be processed in the application process reach the shared memory or not by the data distribution process; if so, acquiring respective data to be processed in the application process from respective shared memories of the application process; and transmitting the acquired data to a far-end server by the data distribution progress. According to the embodiment of the invention, system resources are saved while normal work of the application process is ensured and the efficiency of data transmission and the performance of the server are improved.

The invention relates to a method for realizing remote data monitoring, which comprises the following steps: step (1), establishing a dynamic link library by a client terminal according to different requirements; step (2), transmitting a data packet to the dynamic link library by a host machine terminal, processing the data packet by the dynamic link library and then transmitting the data packet to an application layer by an information transmission mechanism; and step (3), receiving threads established by the dynamic link library through the application layer, processing the threads by data transmitted by the information transmission mechanism and displaying the threads in the page of the corresponding dialog box. By establishing one dynamic link library and establishing each functional thread according to the requirement of the user, the invention carries out connection communication and data transmission or reception with a host machine in a single-thread or multi-thread mode, the selectivity of the data transmission mode of the invention is multiple, data transmission is safer and more reliable, the invention can upgrade a plurality of host machines simultaneously, the update and upgrade time of a system is short, and the efficiency is high.

The invention relates to a tree data structure based universal UI interface generating method and device. The generating method includes: allowing a user to create a personalized tree data structure describing his project according to the demand of the user on a preset basic tree structure, completing a whole data frame and definition of each node data type, and automatically generating a configuration file; analyzing the completed configuration file, and acquiring the whole tree data structure and configuration information of each node; and invoking a tool to execute a configuration command, acquiring control attribute data, dynamically creating a control, and generating a targeted personalized UI interface. The method and device can achieve terminal UI interface customization, have excellent extensibility and university, can simplify a code structure, and can improve the development efficiency of a UI interface.

The invention provides a method and device for supporting multi-tenancy network transmission. The method comprises the following steps: creating a primary-level inter-network transmission container, and creating at least one secondary-level inter-network transmission container based on a tenant demand; receiving network packets and classifying the network packets by the primary-level inter-network transmission container, and sending network packets conforming to classification processing to the corresponding secondary-level inter-network transmission container for packet processing; and based on an interface equipment type, sending the processed network packets by the secondary-level inter-network transmission container. According to the invention, functions of boarder routing devices of different virtual networks are integrated and abstracted into one, the workload of operation management is reduced, and the workload of subsequent development testing is decreased. Besides, through only virtualization of network functions, only network packets are forwarded, forwarding protocol stacks are optimized, it is unnecessary to configure such virtual functions of a CPU, a memory, a hard disk and the like which are similar to a virtual machine, and therefore, the performance and capacity advantages are remarkable.

The invention relates to a multi-protocol acquiring and scheduling method for comprehensive network management. An acquiring and scheduling service is a bridge for connecting a data presentation layer to an acquiring adapter, and is responsible for operating a task and feeding back a result; an acquirer of the acquiring and scheduling service is a program developed according to different interface protocols; by means of the acquirer, acquisition of all data described by the interface protocols is realized; the task to be operated comes from the presentation layer; users can see all kinds of operations supported by an interface in an interface configuration interface and create all kinds of acquisition tasks according to practical requirements in a task management interface; the acquiring and scheduling service operates the configured task in a timed manner; an acquisition service is adapted according to information described by the task; then, the acquisition service is invoked through a standard inlet; operation of the acquisition service is monitored; and an operation result is fed back to the presentation layer or directly written in a data storage layer. According to the invention, uniform invoking of multi-protocol and multi-language processes is realized; the various interface protocols are thoroughly isolated from the presentation layer; and thus, qualification requirements of constructors and maintainers are greatly reduced.

A method and system for version management of a substation file are provided in embodiments of that present disclosure. According to the characteristics of substation equipments and the requirements of operation and maintenance, after the version management client sends a substation file download request to the version management server, the version management server sends the substation file to the version management client, based on the user input instructions for modifying the substation file, after modifying the substation file, the version management client sends a file update request tothe version management server, and the version management server obtains the modified substation file sent by the version management client, stores the modified substation file in the corresponding location of the substation file management library, and overwrites the historical version of the modified substation file. The invention provides a substation file version management method and a substation file version management system, which can realize unified and standardized version management of a complex substation file system and improve the file management work efficiency.

A method of using state unit to structure software system of TV set includes setting up state required by software of TV set; setting up state supervisor to manage said state and structuring software system of TV set.

The invention provides a topology construction method of a high-density server and a system thereof. The method comprises the following steps: a Kautz digraph for a topological structure of a high-density server is created according to requirements on network size, and the Kautz digraph is divided into multiple isomorphic sub-graphs; and switch chips are arranged on a subserver according to the isomorphic sub-graphs, and multiple subservers are arranged in the high-density server according to the Kautz digraph such that the switch chips on the multiple subservers are corresponding to nodes in the Kautz digraph one to one and the connection mode between the switch chips is consistent with the connection mode between the corresponding nodes in the Kautz digraph. Based on the Kautz digraph, the subservers with the same topological structure are used to form the high-density server. Thus, the high-density server has characteristics of high efficiency, good fault tolerance and extendibility. In addition, batch production of the subservers can be realized, thus saving manufacturing cost and time cost.

A method, system and computer program product for dynamic map template discovery and map creation may include determining a frequency of use of a data object in a database and discovering a dynamic map template corresponding to the data object based on the frequency of use of the data object. The method may also include creating a dynamic map from the dynamic map template in response to discovering the dynamic map template.

The invention discloses an intelligent lock control method, which comprises the following steps that: when an intelligent lock control requirement is received, confirming a corresponding target intelligent lock application area based on the intelligent lock control requirement; analyzing the received intelligent lock control requirement, and according to an analysis result, confirming the control contents of the target intelligent lock application area; by a preset format, according to the control contents, generating an intelligent lock control process; and issuing the generated intelligent lock control process to the target intelligent lock application area. The invention also discloses a device, a computer readable storage medium and a system. The intelligent lock control method is constructed in an industrial area where the intelligent lock is deployed, and on the basis of the intelligent lock control requirement, an intelligent lock control process based on the current intelligent lock industrial application area is configured. Since the intelligent lock control process is created on the basis of the current control requirement, the method comprises intelligent lock control logic and a control sequence to realize a beneficial effect that the industrial application safety of the intelligent lock is improved.

The invention discloses an asset (equipment) operation and maintenance management realization method, and belongs to the field of operation and maintenance management. A system corresponding to the method comprises an enterprise platform network management center user PC, an enterprise platform background administrator PC, an enterprise equipment administrator mobile phone client, and an enterprise equipment usage mobile phone client. The system mainly performs targeted operations on usage conditions of fixed assets in enterprise management as follows: 1, the enterprise platform network management center user PC can create a corresponding department and a corresponding pc account according to a demand; 2, the enterprise platform background administrator PC can view usage conditions of equipment at any time; 3, the enterprise equipment administrator mobile phone client can view repair history of the equipment at any time; 4, equipment management of enterprise users is all deployed to a cloud terminal, so that the security risk is controlled to be lowest; 5, equipment repair records of equipment with running faults can be viewed at any time; and 6, enterprise administrator users can view whether the equipment runs normally or not and who uses the equipment at any time.

The invention discloses a honeycomb architecture application implementation method based on a data encryption processing technology, and the method comprises the following steps: 1, setting a root platform and a cache platform based on the data encryption processing technology, building a honeycomb group layer structure by using the root platform, and building a plurality of nodes in the honeycomb group layer structure; 2, determining the fields to which the root platforms and the cache platforms belong according to commercial requirements, and then setting the number of the root platforms and the cache platforms in the field; 3, determining a structure framework and platform group division of the honeycomb type group layer structure according to commercial requirements; 4, creating nodes according to commercial requirements, and defining nodes, classification nodes and group attribution of the nodes and the classification nodes; and 5, defining an encryption algorithm and authorization thereof according to commercial requirements. The honeycomb architecture application realization method can meet the business requirements of scientific and technological upgrading and daily extraordinary business, the solution after information integration is accurate, and the method can control the cost cause of the operation project on the platform timely and accurately.

Modularization, configuration and process engine technologies are introduced into the field of basin flood scheduling control. The invention provides an agile configuration method for over-standard flood multi-combination regulation and control calculation. The agile configuration method comprises the following steps: packaging various model algorithm components into a node library; selecting onenode from the node library as a starting point node of the process; calculating an object for the initial node coupling, and verifying whether the current node and the object coupling are valid according to a rule base; creating subordinate nodes according to the combination requirements; coupling a calculation object for the subordinate node; repeating the steps to circularly create a new subordinate node according to the combined calculation requirement, and completing the corresponding node flow direction and object coupling verification until the node is completely created; and collectingall input information of the node flow, starting a calculation task, and outputting a summary result.