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

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 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.

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 present invention provides a deployment method, device, storage medium, and equipment for base station upper-layer software. The deployment method for base station upper-layer software provided by the present invention includes: dividing the software function modules of the base station upper-layer software; The business logic relationship between the realized functions combines each software function module into a software function module group; and distributes the combined software function module group. The device for deploying base station upper layer software provided by the present invention includes a function division module, a module configuration module and a software deployment module. The present invention divides the upper-layer software of the base station into software function module groups according to the business logic relationship between the functions realized by the software function modules. Architecture deployment requirements of the upper layer software.

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.