38results about How to "Realize distributed deployment" patented technology

The invention discloses a remote sensing satellite data ground station distributed monitoring management method. The invention aims to provide a monitoring management method capable of improving reliability. The invention is realized through the following technical scheme: the method comprises the following steps: 1.a Service routing maps the actual monitoring service function entity to the devicemonitoring service component of the multiple antenna devices, the task plan management service component, the task parameter management service component, and the log management. Remote sensing satellite data ground station distributed monitoring and management system in the service component, fault detection and alarm component and remote monitoring service component monitored during the computerization process, and the model of service management component including service registration, service monitoring and service query to form a remote monitoring satellite data ground station distributed monitoring management system ; The equipment monitoring service is automatically registered to the service management center and published to the service management center; The ground station automatically operates services through the service management center, and each business service searches the required equipment monitoring service through the service management center to monitor and control equipment parameters.

The invention discloses a method for processing user calling at a calling center, system and device thereof; a CTI middleware receives the log-in of a telephonist at the terminal, but not register number of telephone plant; when a user calls, the CTI middleware instructs AC to call the telephone plant of the telephonist at the terminal and connects the conversation between the telephonist and the user; after the user hangs up, the CTI middleware instructs the telephone plant of ACD to hang up the telephone plant of the telephonist at the terminal so that the original control of the ACD for the telephonist at the terminal is realized by the CTI middleware, the control of the telephone plant for the telephonist at the terminal is wholly separated from the ACD, and the number of the telephone plant of the telephonist at the terminal is unrelated with the ACD; therefore, the telephone plant of the telephonist at the terminal can use any telephone plant of public network connected with the ACD to log in the call center so that telephonists at the terminal are distributed in the public network.

The invention discloses a task deployment system for the distributed simulation of computer network attack and defense training. In the system, a performance measurement unit is used to calculate the available memory mems of simulation equipment, the main frequency fs of a CPU and the average utilization rate us of the CPU and measure storage performance, an available clock is extracted according to a clock-CPU relationship expressed by cpus=fsXt0X(1-us), and ant colony-atom-task matching is used to process the available clock cpus, the available memory mems and the atom task-simulation relationship information to obtain a simulation sub task. The task deployment system for simulation adopts an ant colony-based task matching algorithm, so a preferable distribution scheme can be selected; experiments show that the distributed attack and defense simulation deployed by the system can reduce actual operation time by 18.3298 percent; the number of attack and defense events supported by the distributed simulation deployed by the system is improved by 40 to 50 percent compared with that before the deployment.

The invention discloses an intelligent monitoring system and method for a large distributed system oriented to the security futures industry. The system is applied between various data centers. On the basis of the structure of a decentralized control system, the system comprises a data acquisition layer, a monitoring control layer and a display layer, wherein the data acquisition layer is located on the bottom layer of the system and used for acquiring and compressing monitoring information of a monitored object; the monitoring control layer is in communication with the data acquisition layer and is used for analyzing and managing real-time data and historical data transmitted by the data acquisition layer; the display layer is located on the uppermost layer of the system and used for performing displaying and warning for users. The system has the advantage that the control center of the IT intelligent monitoring system with the multiple data centers is deployed, and therefore the availability of the IT intelligent monitoring system is guaranteed when a certain data center is not available wholly or partially. The IT intelligent monitoring system with the multiple data centers is of a symmetrical structure, copying and batch maintenance of the data centers can be conveniently performed, and the individualized requirement of a user can be totally met.

The invention discloses a long-gauge length carbon fiber strain sensing device. The long-gauge length carbon fiber strain sensing device comprises two groups of long-gauge length carbon fiber strain sensing elements with the same geometric size, three isolation film layers with the same size, a measurement connector, two anchoring sections and two parallel connectors, wherein one ends of the long-gauge length carbon fiber strain sensing elements are connected with the parallel connectors through electrodes respectively, the other ends of the long-gauge length carbon fiber strain sensing elements are connected with the measurement connector in series, and the two groups of long-gauge length carbon fiber strain sensing elements are located between adjacent isolation films respectively and have the same strain sensitivity coefficient and the same thermosensitivity coefficient. The long-gauge length carbon fiber strain sensing device achieves sensing of micro structural strain within a large range under long-term instable temperature and humidity conditions to meet civil engineering structural stress (strain) continuous detection and monitoring requirements.

The invention provides a distributed transaction processing method, and belongs to the technical field of transaction processing. The method comprises the following steps of: splitting a distributed transaction into a plurality of sub-transactions; ensuring that the first sub-transaction is a local transaction; before the second sub-transaction is executed, publishing a message to message-oriented middleware; pushing the message to another node which participates in the transaction by the message-oriented middleware to ensure that the node executes the local transaction; and if the node fails to execute the local transaction, sending a message for executing the local transaction by the message-oriented middleware until the node successfully execute the local transaction, so as to achieve the final consistence of the data. In order to eliminate repeated messages, a message application state table is locally created to record the message execution condition, so that repeated execution is avoided and the idempotence of the operation is ensured.

The invention provides a file transfer method and system capable of clustering and supporting multiple users to upload simultaneously. The system comprises a user layer including a plurality of clients, an access layer including an LVS (Low Velocity Scanning) module and a plurality of file transfer modules, and a storage layer including a plurality of file storage modules. The method comprises the following steps: step S1 of transmitting an uploading request by the clients; step S2 of selecting one file transfer module by the LVS module to process the uploading request, segmenting the new file into a plurality of file blocks by the file transfer module, and returning an uploading response; step S3 of transmitting a file block uploading request by the clients after receiving the uploading response; step S4 of returning a write file block response by the file transfer module based on the not yet uploaded file blocks; step S5 of transmitting file blocks to the file transfer module by the clients according to the write file block response; step S6 of selecting one file storage module to store the file blocks by the file transfer module, turning to step S4 and continuing to upload the next file block. The file transfer method and system capable of clustering and supporting multiple users to upload simultaneously provided by the invention improve the system throughput and risk resistance capacity through clustering, and support multiple users to upload the same one file simultaneously and perform breakpoint transmission.

Embodiments of the present application provide a mobile device access method, an application debugging method, device and system. The access method of the mobile device comprises the following steps:an interface service object detects whether a mobile device establishes a connection with the access device; the interface service object runs in the access device; When the mobile device successfullyestablishes a connection with the access device, the interface service object obtains device information of the mobile device; The interface service object sends the device information to a target server to access the mobile device to the target server. The embodiment does not need to place all the mobile devices that need to access the cloud server in the same place, and the distributed deployment of the real machine laboratory can be conveniently realized through the interface service object, thus facilitating the mobile devices of different brands and different hardware types to quickly access the cloud server, improving the access speed and simplifying the access process.

The invention discloses a cell base station longitude and latitude data correction method based on a KNN (K Nearest Neighbor), which comprises the steps of: carrying out base station switching signaling cleaning conversion, carrying out cleaning, conversion and serialization on mobile phone signaling data, and constructing a mobile phone user base station switching sequence; calculating neighbor base station switching data; preprocessing the neighbor base station switching data; correcting a neighbor base station group; measuring and calculating a longitude and a latitude of a to-be-verified base station; and correcting the longitude and the latitude of the to-be-verified base station. By the method, automatic verification on a longitude and a latitude of a to-be-verified base station cellis implemented; meanwhile, by the method, the measured and calculated values of the longitude and the latitude of the to-be-verified base station cell can be output so as to facilitate carrying out manual correction on the base station cell with an longitude and latitude abnormality by network optimization personnel. The method adopts a big data processing technology; by regularly executing a background task, the base station cell with the longitude and latitude abnormality is regularly output; and the method provides a front-end base station cell application management function and is convenient for operation and maintenance personnel to carry out abnormal longitude and latitude base station query and abnormal longitude and latitude correction.

The invention relates to a method for endowing a browser / server (B / S) system with distributed characteristics. The method comprises the following steps of: 1, splitting a server in the B / S system into a client and a background server, wherein the background server comprises a sub-server; and 2, setting a router between the client and the background server, wherein the router comprises a routing information table. By the method, the distributed deployment of a conventional B / S system is easily realized only by simply modifying configuration files in the conventional system without modifying a great number of codes of the B / S system, so manpower and material resources are greatly saved, and optimization cost is effectively controlled.

The invention relates to a virtual distributed server and an access method thereof. The virtual distributed server comprises a cache for storing data, a proxy server and at least one application server. The proxy server connects and controls all the application servers, and the application server connects the cache. The proxy server is used for receiving the access request and forwarding the access request to the application servers. The application servers query the cache according to the access request and return the query result. Through implementation of the invention, one server is used for realizing distributed deployment, and the cost is low; access speed is improved by using the cache appropriately; and automatic switching can be realized if one server breaks down, so the stabilityof the server is improved.

The invention relates to the technical field of data center, in particular a method for realizing distributed deployment of multiple data centers through a CDN acceleration mechanism. The system is composed of multiple data centers in distributed manner, each data center is in deployment of a service module, wherein the service module comprises a security management module, a task analysis module, a resource monitoring module, and a resource distributing and routing module; the service systems of the data centers form a peer-to-peer network, and the whole network adopts a CDN acceleration service mechanism. The data load processing capacity of an internet network of the distributed data centers is optimized through the CDN acceleration mechanism, the distributed deployment and unified service of the multiple data centers are realized, the deployment difficulty of the data centers is reduced, and the service experience of a user is improved.

The invention discloses a BA system based on a micro service architecture. The BA system includes one or more drive servers used for converting a specific device communication protocol into a standard data format in the system, a central control server used for gathering all data points of drive service of a mobile phone and pushing the data points to all other services in demand of subscription, and an interface server used for binding the standard data format in the system with each element of a user interface UI. The BA system has the following beneficial effects: (1) one or more low-cost micro computer devices can be used flexibly to constitute a BA system; (2) users can implement a distributed deployment BA system more easily; (3) users can use the latest graphics technology to make a graphical interface of a BA system more easily; and (4) users can add service devices easily, and load diversion can be achieved through simple setting.

The invention discloses an IM server deployment method and a system. An IM server comprises an address server and service servers which are deployed in a distributed mode. The address server is used for distributing addresses of the service servers providing services for a user. The e service servers provide a service function. The address server is communicated with the service servers. The service servers are connected to each other through an IP. The method comprises the following steps of in the address server, receiving service server states reported by the service servers at regular time; receiving a request of a user requesting for the addresses of the service servers; distributing an attribution server for the user who submits the request, wherein the attribution server is a preferred service server capable of providing a service for the user; and returning a service server address list in which the addresses are ranked according to priorities to the user, wherein the attribution server possesses the highest priority. By using the method and the system of the invention, each node can provide the service independently, dynamic expansion or deletion of the nodes does not influence the services, and centerless distributed deployment of an IM server is realized.

A data synchronization method and apparatus, a computer device and a storage medium are applied to a data synchronization system comprising a database, a first server and a second server, and the method comprises: in response to a change of configuration information of the data synchronization system, obtaining target configuration information of the data synchronization system; according to the target configuration information, determining a to-be-locked first data queue from at least one data queue running on the first server, and determining a to-be-locked first database from all databases; sending a locking request to a second server, so that the second server creates a first resource corresponding to the first data queue in a first resource pool of the first database; and obtaining the resource information of the first resource pool from the second server to judge whether the locking is successful, if the locking is successful, connecting the first data queue with the first database, otherwise, performing change monitoring on the first resource pool, thereby dynamically adjusting the connection between the data queue on the first server and the database, and reducing the operation and maintenance difficulty of the system.

The embodiment of the invention provides an Internet of Things data transmission method and system. Receiving a registration authentication request of a data transmission unit, and authenticating thedata transmission unit according to the registration authentication request; if the authentication is successful, allocating a target data collection server to the data transmission unit, generating an authentication result according to the target data collection server, and sending the authentication result to the data transmission unit; wherein the target data collection server is a data collection server of which the usage rate meets preset requirements at the current time. Methods provided herein, the architecture separation and distributed deployment of the authentication management server and the data collection server on the side of the Internet of Things cloud platform are realized, the concurrent processing of a plurality of capability nodes is supported, the data transmission unit is guided to upload the data to the capability nodes with idle resources, and the service characteristics of large-scale access of the Internet of Things and massive data flow processing are supported.

The invention discloses a coal mine production data comprehensive early warning system based on cloud platform multi-system data support. The coal mine production data comprehensive early warning system comprises a data management subsystem and an early warning subsystem. The data management subsystem comprises a data acquisition sensor and a cloud server for data storage, the data acquisition sensor is responsible for collecting various safety management data, and the cloud server is responsible for preprocessing, extracting and arranging the safety management data collected by the data acquisition sensor and uploading the data to the cloud; the early warning subsystem is responsible for analyzing and carrying out early warning analysis on the cloud data and comprises an early warning mobile-end mobile phone and a computer-end webpage version which comprise early warning, and after early warning is generated, the system sends early warning information to the mobile terminal mobile phone of a person in charge according to a pre-defined early warning level by inquiring a push personnel list; and after the early warning event is identified, the web version of the computer terminal transmits the alarm part and the alarm content text of the early warning event to the mobile-end mobile phone. The method is used for guiding safety production and eliminating hidden danger faults.

An embodiment of the present application provides a mobile device access method, an application program debugging method, a device, and a system. The mobile device access method includes: the interface service object detects whether a mobile device establishes a connection with the access device, The interface service object runs in the access device; when the connection between the mobile device and the access device is successfully established, the interface service object obtains the device information of the mobile device; the interface service object will The device information is sent to a target server, so as to connect the mobile device to the target server. In this embodiment, there is no need to place all mobile devices that need to access the cloud server in the same place, and the distributed deployment of the real machine laboratory can be easily realized through the interface service object, which facilitates the rapid deployment of mobile devices of different brands and different hardware types. Access to the cloud server improves the access speed and simplifies the access process.

The invention discloses a method for implementing distributed architecture through soft routing, and relates to the technical field of computers. The method comprises the following steps: sending a communication command to an entry gateway by a client; calling a gateway service to perform identity authentication by the entry gateway; entering a routing table configuration service if the identity authentication succeeds; returning to the client if the identity authentication fails; judging a service type according to the communication command by the routing table configuration service; and entering a business node service, accessing data and ending; or judging the service type according to the communication command, and entering a next gateway service. Through adoption of the method, the system deployment complexity is lowered; the efficiency is increased; multi-level distribution and distributed business processing can be performed rapidly according to a business demand; collaboration and sharing of a plurality of servers are realized at the same time; a basis is laid for heterogeneity of the plurality of servers; the utilization rate of the distributed architecture is increased on an existing server; a unified entry gateway specification is provided; a unified security authentication system is established; and internal service security and data security are protected.

The invention relates to a community correction informatization system based on positioning service and face recognition. The community correction informatization system comprises a community correction informatization platform and a mobile terminal. The community correction informatization platform comprises an application service unit, a management service unit and a face recognition unit whichare sequentially in data connection. The mobile terminal is provided with a comprehensive positioning service unit; And the mobile terminal is in data connection with the application service unit. According to the invention, face recognition, map service, geographic position information service, each positioning capability and community correction business informatization platform reference are integrated, accurate positioning can be realized, the integrated platform is more conducive to system maintenance and expansion, and fast, stable and consistent interface service is provided for users.

The invention discloses a mobile phone signaling data-based user travel residence behavior identification method. The method comprises the following steps of (1) performing cleaning, conversion and segmentation on mobile phone signaling data; (2) by utilizing an unsupervised classification method, setting a plurality of clustering numbers, performing clustering on spatial points in a signaling data unit, and evaluating each clustering result through a clustering scoring index, wherein the clustering with a high score is optimal clustering; (3) obtaining an information set of all candidate residence points and related time in the signaling data unit according to the optimal clustering; and (4) according to a time threshold and the information set of the candidate residence points, performing calculation and screening on residence durations of the candidate residence points, and outputting a spatial position, arrival time and a residence duration of each residence point of each user at each day. The method is simple and convenient in use, has good expandability, avoids interference caused by human objective judgment, and avoids an eclectic phenomenon of identification accuracy due to non-uniform distribution of base stations in urban and suburban areas.

The invention relates to the technical field of communication, in particular discloses distributed telecommunication equipment and a method for processing service by the distributed telecommunication equipment. The distributed telecommunication equipment comprises one or a plurality of distributive nodes, over one processing node and one or a plurality of data nodes, wherein the distributive nodes are used for receiving information from the outside of the equipment, inquires the processing node corresponding to the information to the data nodes and distributes the information to the processing node fed back by the data nodes; the data nodes are used for receiving the inquiry request of the distributive nodes and feeds back the corresponding processing node to the distributive nodes according to the corresponding relation between the relevant information in the stored information and the processing node; and the processing node is used for receiving the information sent by the distributive nodes and processes the received information, and the processed information is sent to the outside of the equipment through the distributive nodes. The distributed telecommunication equipment ensures that the information of the same user can be distributed to the same processing node for processing, thereby realizing the service processing of the distributed telecommunication equipment and improving the operation reliability of the telecommunication equipment.

The invention discloses a task deployment system for the distributed simulation of computer network attack and defense training. In the system, a performance measurement unit is used to calculate the available memory mems of simulation equipment, the main frequency fs of a CPU and the average utilization rate us of the CPU and measure storage performance, an available clock is extracted accordingto a clock-CPU relationship expressed by cpus=fsXt0X(1-us), and ant colony-atom-task matching is used to process the available clock cpus, the available memory mems and the atom task-simulation relationship information to obtain a simulation sub task. The task deployment system for simulation adopts an ant colony-based task matching algorithm, so a preferable distribution scheme can be selected; experiments show that the distributed attack and defense simulation deployed by the system can reduce actual operation time by 18.3298 percent; the number of attack and defense events supported by thedistributed simulation deployed by the system is improved by 40 to 50 percent compared with that before the deployment.

A remote sensing satellite data ground station distributed monitoring and management method disclosed in the present invention aims to provide a monitoring and management method that improves reliability. , in the process of computerization, it is mapped to the equipment monitoring service component of multiple antenna equipment monitoring established in the software business monitoring, task plan management service component, task parameter management service component, log management service component, fault detection and alarm component and remote In the model of the monitoring service component and the service management component including service registration, service monitoring, and service query, a remote sensing satellite data ground station distributed monitoring management system is formed; the equipment monitoring service automatically registers with the service management center and releases the service; the ground station The service is automatically run through the service management center, and each business service finds the required equipment monitoring service through the service management center, and monitors and controls the equipment parameters.

The invention discloses a global seafood B2B e-commerce platform. The global seafood B2B e-commerce platform comprises a presentation layer, a service layer, a caching system and a database, wherein the service layer is used for storing a business service module; the presentation layer is connected with the service layer through a communication interface, and the business service module stored inthe service layer is quoted through a dubbo service framework, so that a page interaction mechanism and business service processing are realized; and the database is connected with the service layer through the caching system and is used for storing the operation records of the service layer. According to the global seafood B2B e-commerce platform, the coupling degree between modules can be reduced; distributed deployment is realized; and the problem that the service provided by the platform is gradually reduced along with the increase of downstream nodes is effectively solved.

The invention provides a distributed bus-based system simulation device, method and system and a medium. The distributed bus-based system simulation device comprises a link layer, a transmission layer and an application layer, the link layer provides server-free and expanded network communication capability for each node based on a distributed data communication service of publishing and subscribing; the transmission layer issues the data to a specified theme according to routing information contained in a unified data packet by appointing the unified data packet; and the application layer uses a specific field of a packet to represent a cooperative control command and calculation data on the basis of the message capability provided by the link layer and the transmission layer. According to the invention, a plurality of subsystem simulation modules of a large simulation system are deployed on a plurality of computing platforms, and data exchange between the modules is carried out through a distributed bus, so that distributed system simulation is realized; by adopting the simulation system constructed by the distributed bus, distributed deployment of the simulation system is realized, and the method has the characteristics of low coupling among the nodes, flexible deployment network structure, great improvement of the parallel computing capability of the nodes and improvement of the operation efficiency.

The invention discloses a batch program processing method, device and system based on a micro-service architecture, and can be applied to the distributed field or the financial field. A batch starting server runs the batch starting script according to the batch running time configured by the batch scheduling server, initiates a micro-service calling program through the run batch starting script, sends the batch program identifier to the micro-service calling program, obtains batch program related information corresponding to the batch program identifier from a database server through the micro-service calling program, and calls a corresponding target batch program through a micro-service registration center server according to the batch program related information. According to the invention, a micro-server architecture is adopted, and a batch startup script is communicated with each batch program through the micro-service registration center server, so that distributed deployment of the batch programs is realized, distributed multi-activity is realized, and the reliability of batch program processing is improved.

The invention discloses an intelligent monitoring system and method for a large distributed system oriented to the security futures industry. The system is applied between various data centers. On the basis of the structure of a decentralized control system, the system comprises a data acquisition layer, a monitoring control layer and a display layer, wherein the data acquisition layer is located on the bottom layer of the system and used for acquiring and compressing monitoring information of a monitored object; the monitoring control layer is in communication with the data acquisition layer and is used for analyzing and managing real-time data and historical data transmitted by the data acquisition layer; the display layer is located on the uppermost layer of the system and used for performing displaying and warning for users. The system has the advantage that the control center of the IT intelligent monitoring system with the multiple data centers is deployed, and therefore the availability of the IT intelligent monitoring system is guaranteed when a certain data center is not available wholly or partially. The IT intelligent monitoring system with the multiple data centers is of a symmetrical structure, copying and batch maintenance of the data centers can be conveniently performed, and the individualized requirement of a user can be totally met.

The invention discloses an IM server deployment method and a system. An IM server comprises an address server and service servers which are deployed in a distributed mode. The address server is used for distributing addresses of the service servers providing services for a user. The e service servers provide a service function. The address server is communicated with the service servers. The service servers are connected to each other through an IP. The method comprises the following steps of in the address server, receiving service server states reported by the service servers at regular time; receiving a request of a user requesting for the addresses of the service servers; distributing an attribution server for the user who submits the request, wherein the attribution server is a preferred service server capable of providing a service for the user; and returning a service server address list in which the addresses are ranked according to priorities to the user, wherein the attribution server possesses the highest priority. By using the method and the system of the invention, each node can provide the service independently, dynamic expansion or deletion of the nodes does not influence the services, and centerless distributed deployment of an IM server is realized.