38results about How to "Realize automated operation and maintenance" patented technology

The invention provides a capacity-expansible IP telephone exchange blade mechanism frame. The capacity-expansible telephone exchange blade mechanism frame is a complete and dedicated IP-PBX or a multi-tenant IP-PBX composed of single blade machines, servers and a cloud host, wherein the servers comprise a session border controller, a register server, a VoIP router, a telephony server, a conference server, a database, a webpage, an application interface server, a webpage load balancer and automatic configuration service. According to the capacity-expansible telephone exchange blade mechanism frame, the whole architecture of the cloud PBX is designed into plug-in type cluster frameworks which can be stacked. The minimum deployable unit is the single blade machines or one server or the cloud host; the running capacity requirement of a cloud PBX server can be met by increasing or decreasing the number of physical hosts or virtual hosts.

The invention provides a device scheduling method, gateway and system for large-scale access to the Internet of Things. The method comprises the following steps: acquiring current load information andcurrent device connection number of each access node of an Internet of Things cloud platform; when a first allocation request sent by an intelligent device is received, according to a predetermined scheduling rule, the current load information of each access node and the current device connection number, allocating a first access node and a first random connection waiting time to the intelligentdevice, and returning an allocation result to the intelligent device, so that the intelligent device is connected with the first access node according to the allocated information of the first accessnode and the first random connection waiting time; and storing the first access node information and the first random connection waiting time allocated to the intelligent device as device scheduling information. According to the invention, resources of device access nodes are intelligently and dynamically allocated, the problem that large-scale device accesses the Internet of Things cloud platformis solved, and automatic operation and maintenance of device access management are realized.

The embodiment of the invention provides a project deployment method and an articulated naturality web system, the method is applied to an operation and maintenance server, the operation and maintenance server is in communication connection with the articulated naturality web server, and the method comprises the steps of when a project deployment request is detected, starting a parameter configuration interface; receiving project configuration parameters input by an operator on the parameter configuration interface; generating a configuration file according to the project configuration parameters; verifying the configuration file according to a preset verification rule; and under the condition that the configuration file passes verification, sending the configuration file to the articulated naturality web server, wherein the articulated naturality web server operates the configuration file to start a project corresponding to the project deployment request. According to the embodiment of the invention, the unified configuration file is generated through the script before project deployment, and then the project deployment task is executed according to the configuration file, so thatautomatic operation and maintenance of the articulated naturality web are realized, the manual participation misoperation risk is reduced, and the project deployment efficiency of the articulated naturality web is improved.

The invention is applicable to the field of Internet technologies, and provides an operation and maintenance method, an operation and maintenance device and an operation and maintenance system for a server. The method comprises the steps that a master control server initiates an SSH connection request to a controlled server, performs connection authentication with the controlled server, after the authentication is passed, the master control server establishes an SSH connection with the controlled server, sends a first operation and maintenance command to the controlled server, and acquires an execution result of the first operation and maintenance command from the controlled server, and when the acquired execution result is different from a preset execution result, the master control server sends a second operation and maintenance command to the controlled server. Compared with the prior art, by using the operation and maintenance method, automation of operation and maintenance is achieved, the operation and maintenance efficiency is enhanced, meanwhile, the operation and maintenance operation is performed by using the SSH channel, and the problem about potential safety hazards during an operation and maintenance process is effectively solved.

A micro-service architecture system-oriented RPA operation and maintenance method comprises the following steps: constructing an operation and maintenance information standard, an operation and maintenance operation action standard, a configuration management database and an RPA action rule base, delimiting an operation scale according to the configuration management database, developing an RPA automatic operation and maintenance process, and in the execution process of the RPA automatic operation and maintenance process, sending warning information and a processing mode to operation and maintenance personnel, recording unconfirmed operation and sending to an RPA action rule base after action disassembly; making the confirmed operation continue to run according to the automatic operation and maintenance process, and realizing the operation and maintenance work process and the expected task. Standardized and automatic operation and maintenance and unified management of an electric power marketing system are achieved, configuration information of all levels of the system is automatically analyzed and processed through RPA, the existing IT system architecture, stable functions and reliable operation of an enterprise are kept, system components and log data do not need to be manually contacted in the operation and maintenance process, and system operation and management are safer.

The invention discloses a method for realizing LVS (Linux virtual server) automatic operation and maintenance and operation and maintenance management equipment, relating to the technical field of computer networks. In the operation and maintenance management platform, each operation in LVS operation and maintenance is configured into atomic operations; and then the operation and maintenance management platform receives an operation and maintenance event trigger command through a human-machine interaction interface, selects more than one corresponding atomic operation according to the operation and maintenance event trigger command, encapsulates the more than one atomic operation into an LVS configuration file, and then sends the generated LVS configuration file to an LVS through a communication interface with the LVS. Thus, the automatic operation and maintenance of the LVS are realized, and the problems of low efficiency and easy failure of the existing LVS manual operation and maintenance are solved.

The invention provides a 5G base station data center intelligent inspection robot and inspection method. The 5G base station data center intelligent inspection robot comprises a movable chassis, a camera shooting mechanism, a power mechanism, a power source, a positioning system and a control system, the movable chassis comprises a shell, universal wheels are arranged at the four corners of the shell, driving wheels are arranged in the middles of the two sides of the shell respectively, the driving wheels are connected with the power mechanism, the power mechanism, the power source and the control system are all arranged in an inner cavity of the shell, the camera shooting mechanism is arranged in the center of the top of the shell, the positioning system is arranged at the front end of the shell, and the control system is connected with the camera shooting mechanism, the power mechanism and the positioning system. The intelligent inspection robot is high in automation degree, the working efficiency of equipment operation and maintenance management can be improved, and the accuracy of equipment operation and maintenance work can be improved.

The invention provides an operation and maintenance method and device for a data storage system, and relates to the technical field of data processing. The method comprises the following steps: repairing a region block information file corresponding to a region block in a region block server node to obtain a repaired region block information file; based on the repaired area block information file,repairing metadata corresponding to the area block in a metadata table to obtain a repaired metadata table; and repairing the mounting state of the regional block based on the repaired metadata table. Automatic operation and maintenance of the data storage system can be realized, the operation and maintenance efficiency and reliability are improved, and the operation and maintenance cost is reduced.

The invention relates to a big data technology, and discloses an automatic operation and maintenance method for a platform database. The method comprises the steps of obtaining a real-time data set generated in a platform database based on the platform database of a user, and performing clustering processing on the real-time data set to generate a standard data set, calculating an autocorrelationfunction set and a partial autocorrelation function set of the standard data set to obtain an autocorrelation function graph set and a partial autocorrelation function graph set, generating a databasequota prediction model according to the autocorrelation function graph set and the partial autocorrelation function graph set, and using the database quota prediction model to identify the platform database needing to be subjected to space quota from the platform database, marking the platform database needing to be subjected to quota and then returning the database to the user, and achieving automatic operation and maintenance of the platform database. The invention further provides an automatic operation and maintenance device for a platform database and a computer readable storage medium.Automatic operation and maintenance of the platform database are realized.

The invention discloses an intelligent ODN system comprising an SDH/MSTP backbone network. The SDH/MSTP backbone network is connected with an EPON professional network manager and an OLT optical line terminal. The EPON professional network manager is connected with an intelligent ODN network manager by means of northbound interface integration. The OLT optical line terminal is connected with an intelligent ODF through an optical cable. The intelligent ODF is connected with an intelligent transfer box through an optical cable. The intelligent transfer box is connected with an intelligent fiber distribution box through an optical cable. The intelligent fiber distribution box is connected with an ONU optical network unit through an optical splitter. The intelligent ODN is compatible with the existing EPON network hardware and integrated with the network manager, and thus, the existing equipment investment is protected to the maximum. Functions like resource allocation, construction guidance, status callback and topology construction are completed. Under the condition that the business process and the way of construction are not changed, unified management, unified process and unified scheduling are provided for the ODN network to realize automatic ODN operation and management. The system has obvious economic and social benefits.

The embodiment of the invention relates to the technical field of communication, and discloses a supplier domain division deployment method and device, computing equipment and a computer storage medium. The method comprises the following steps of inputting behavior data of suppliers into a classification model to obtain behavior types of the suppliers, with the classification model being obtainedthrough training of multiple groups of training data, and each group of training data in the multiple groups of training data comprising the behavior data of the suppliers and identification information used for representing the behavior types of the suppliers; and according to the behavior types of the suppliers, performing domain deployment on the suppliers. By means of the mode, the behavior types of the suppliers is automatically recognized, domain division deployment is conducted on the suppliers according to the behavior types of the suppliers, and therefore network service performance is improved.

The invention discloses a terminal-based virtual server operation and maintenance management method, which relates to the technical field of computer networks, and comprises the following steps of: configuring each operation in LVS operation and maintenance into an atomic operation in an operation and maintenance management platform; the operation and maintenance management platform selects more than one corresponding atomic operation according to the operation and maintenance event trigger command; wherein the operation and maintenance management platform divides more than one atomic operation into a plurality of configuration items, and each configuration item has more than one atomic operation; adding a label to each configuration item based on an operation and maintenance management platform of the terminal, wherein the label is used as a boundary of the configuration item; the operation and maintenance management platform encapsulates more than one atomic operation into an LVS configuration file, receives an LVS configuration file modification command at the same time, modifies the corresponding configuration item according to the configuration item or the label, and realizesautomatic operation and maintenance.

The invention discloses a smart television remote operation and maintenance method and system, and the method comprises the steps of collecting machine body data information reported by a remote terminal through a big data center, and forming a data set in combination with stored historical operation and maintenance data information and other data source data of after-sales maintenance; converting and extracting fault features of sample data in the data set, marking the fault features to obtain a training set, and training the artificial neural network model through the training set to obtain a fault detection processing network model; enabling the intelligent operation and maintenance center to receive abnormal information reported by a remote terminal in real time, inputing the abnormal information into the trained artificial neural network model to obtain a fault category and a fault level, and searching a corresponding fault processing scheme from a data set according to the fault category and the fault level; and according to the fault processing scheme, issuing the corresponding plug-in package, patch or upgrade file to the remote terminal and executing a corresponding command. The operation stability of the smart television system is improved through multiple operation and maintenance ways, and the fault problem of the remote terminal is efficiently processed in time.

The invention discloses a database operation and maintenance method and a database operation and maintenance device, which are applied to a monitoring server and are used for executing the following processing on each monitored database client: establishing a monitoring channel between the monitoring server and the monitored database client, creating a monitoring task aiming at the monitored database client, and monitoring the monitored database client through the established monitoring channel, acquiring monitoring data corresponding to the monitoring task of the monitored database client, and judging whether the acquired monitoring data meets an automatic operation and maintenance triggering condition; and if the automatic operation and maintenance triggering condition is met, triggering an automatic operation and maintenance instruction, and sending the automatic operation and maintenance instruction to the monitored database client, so that the monitored database client executes an automatic operation and maintenance operation. By the adoption of the technical method, the system can achieve automatic operation and maintenance under the condition that a database administrator is absent, the situation that the database crashes due to the fact that processing is not conducted in time is solved, part of services are prevented from being affected, the availability and convenience of the system are improved, and the working efficiency is improved.