31results about How to "Simplify the operation and maintenance process" patented technology

Integrated membrane treatment systems for treatment of an aqueous solution. In embodiments, components, such as an MBR, are integrated with means to recover energy from the system, for example from an RO concentrate, to operate the other components. In embodiments including biological treatment, RO is integrated with other components, such as an MBR with the ROs ability to remove inorganic nitrogen enabling biological treatment to be performed with only partial nitrification and the MBR operated without active pH control. In embodiments, RO is integrated with a chlorine generator to convert chlorides present in the RO concentrate for an in-situ source of oxidizing biocides for disinfection purposes. Chloramines may be generated in-situ from residual ammonia and chlorides in the RO reject. In embodiments, carrier media is employed in a membrane tank to enhance removal of residual organics by the MBR and to also improve effectiveness of membrane scouring.

The invention provides a management system supporting different data acquisition services, comprising acquisition terminals, a unified data acquisition platform and application servers, the unified data acquisition platform is connected with the acquisition terminals via wired or wireless network on the one hand, and on the other hand is connected with the application servers, the acquisition terminals adopt a plurality of terminals realizing different data acquisition services, and the application servers adopt a plurality of servers corresponding to different acquisition terminals. The invention provides a unified data acquisition service management platform supporting different data acquisition services aiming at the current condition of data acquisition service applications, and can uniformly support and manage different data acquisition services and provide diversified data acquisition services for users.

The invention discloses a broadband intelligent terminal embedded network analysis and diagnosis device and a method thereof. The diagnosis device comprises user terminal probes used for carrying out household gateway network analysis and diagnosis, metropolitan area reference point probes used for carrying out metropolitan area network gateway analysis and diagnosis, and a probe manager used for monitoring and managing the user terminal probes and the metropolitan area reference point probes. The probe manager is arranged on an ITMS platform intranet of a province backbone network. The metropolitan area reference point probes are arranged on BRAS platform intranets of city metropolitan area networks. The user terminal probes are arranged on OLT terminals of users. By means the step-by-step distribution of the probes, the network information is efficiently and rapidly managed in a centralized manner, so that operators can rapidly provide high-efficiency solution schemes for different problems so as to realize network optimization, the service quality and the users' satisfaction are improved, and operation and maintenance flow simplification and fault processing efficiency improvement are finally achieved.

A method for realizing simulation service of public telephone exchange network includes carrying out conversion between simulation user line signaling and SIP signaling in calling-conversation process by access signaling adaptive entity, realizing simulation user line signaling information transmission between SIP application server and said entity through SIP protocol and simultaneously carrying out relevant treatment by said server according to analysis of simulation user line signaling information for realizing PSTN simulation service.

Disclosed are an automatic deployment method and device for CDN (Content Delivery Network) node services and a computer readable storage medium. The method comprises the steps of: when a container start command is received, acquiring a mirror image corresponding to a first container on a CDN node to be deployed with services, and starting the first container, wherein the first containers are independent from one another and data interfaces do not exist between the first containers; after the first container is started, acquiring container information and host information, wherein the container information comprises a container running state; when the container running state indicates that the first container is in a started state, performing external service check on services that can be provided by the first container; and when the check result shows that the first container can normally provide the services, sending node information to a global load balance, so that the container running state adds the node to a corresponding acceleration area according to the node information. By adopting the above solution, the deployment efficiency of the CDN node services can be improved.

The invention belongs to the technical field of wireless communication, and discloses an intention-driven 6G network intelligent operation and maintenance method, system and application, and the method comprises the steps: translating an original operator intention represented by a natural language into an intention standard expression which can be recognized by a network through an intention translation module; realizing intelligent recombination of a fine-grained strategy through an intention intelligent strategy generation module, and generating an intelligent new strategy meeting the intention; and introducing a deep neural evolutionary network, performing feature extraction on a collected fault information set to obtain the type, position, number, fault source information and fault occurrence time of the fault, constructing a network fault topological graph, and performing fault positioning and repairing. Through introduction of the AI, network operation and maintenance are transformed from manual operation to intelligent operation. Through application of intelligent technologies such as machine learning and the like, the network can discover and repair network faults in time, self-driving, self-optimization and robustness of the network are guaranteed, and the network management efficiency is improved.

A method is provided for off-loading MAC (medium access control) functionalities that were previously carried out by satellites, and carry out these functionalities by control gateways that are located on the ground, and by implementing that to simplify the operation and maintenance of the satellite communications network.

Embodiments of the invention disclose a data extraction method and apparatus, an electronic device, a storage medium and a program product. The method comprises the steps of receiving a data extraction request from a client, wherein the data extraction request comprises an identifier and configuration parameters of the target data extraction template; utilizing the configuration parameters to configure the target data extraction template; running an execution script of the target data extraction template so as to obtain data from one or more production systems by utilizing the configured target data extraction template; and storing the data acquired from the production system to a big data cluster system. According to the technical scheme, the data extraction efficiency of the big data cluster system is improved, the script development time in the data extraction process is saved, and the operation and maintenance process of the big data cluster system is simplified.

The invention discloses a distributed storage system and a path switching method thereof. The system comprises a client accessing an access path, wherein the access path comprises a virtual IP group corresponding to the client, the virtual IP group comprises at least one virtual IP, and the virtual IP is allowed to drift in a plurality of physical network cards; and gateway equipment comprising aplurality of physical network cards, wherein the plurality of physical network cards are used for receiving the access request of the client and accessing the target storage volume corresponding to the access path through the gateway equipment according to the access request. The technical problem that in an existing distributed storage structure, when a faulty node occurs, the path switching timeis too long is solved.

The embodiment of the invention provides a system operation and maintenance process management and control method. The method comprises the steps: acquiring operation and maintenance personnel information, abnormal event information and service system information; determining two or more operation and maintenance personnel groups and operation and maintenance levels thereof according to the operation and maintenance personnel information; determining an exception level according to the exception event information and the service system information; determining alarm information, a first operation and maintenance level and a second operation and maintenance level according to the exception level; sending the alarm information to a first operation and maintenance personnel group corresponding to the first operation and maintenance level according to a first preset rule; and authorizing the operation range of the second operation and maintenance personnel group corresponding to the secondoperation and maintenance level according to a second preset rule. According to the embodiment of the invention, the operation and maintenance personnel information, the abnormal event information and the service system information are acquired, the plurality of operation and maintenance personnel groups are established, the abnormal level is analyzed, and the corresponding operation and maintenance scheme is executed according to the abnormal level, so that resources in the operation and maintenance process can be effectively coordinated, and the efficiency and quality of system operation and maintenance management are improved.

The invention provides a visual display system and method for IT resource operation states. The method comprises the steps: selecting monitoring resource information, and enabling the monitoring resource information to be imported in a file form; exporting the monitoring resource information in a file form; enabling the resource information to be visually displayed; querying the resource information according to the condition to obtain first resource information, positioning the first resource information, and highlighting the first resource information; screening according to the display level depth to obtain second resource information, and only displaying the second resource information; editing the view layout in an automatic topology mode, dynamically displaying the layout process, and reserving the current view layout. A visual view which is comprehensive in information and convenient to use is quickly constructed; the visual monitoring display of large-scale monitoring resourcesis realized, the method is widely applied to data centers and various IT operation and maintenance monitoring systems, the visual monitoring and display of the large-scale IT resources are realized,and the monitoring management and operation and maintenance of the IT resources and related service systems are greatly simplified.

The invention provides a deployment method, system and device of an operating system, electronic equipment and a computer readable storage medium, and relates to network and routing technologies in the technical field of cloud. The method comprises the following steps: acquiring installation registration information respectively corresponding to a plurality of installation systems; when an addressrequest sent by a to-be-deployed device is received, matching the device identifier in the address request with the device identifier in the multiple pieces of installation registration information to determine target installation registration information; allocating a network address corresponding to the successfully matched device identifier in the target installation registration information to a to-be-deployed device; and sending the file position in the target installation registration information to the network address allocated to the to-be-deployed device, so that the to-be-deployed device accesses the file position according to the allocated network address, and deploys the operating system according to the accessed operating system deployment file. The operation and maintenancedifficulty of deploying the operating system can be effectively reduced, and the consumption of human resources is reduced.

The invention provides a method based on an FSM management virtual port and a cloud platform formed based on the method. The cloud platform comprises a control node controlled by a user and at least one computing node, wherein each virtual port of each computing node is independently configured with an FSM having a unique attribute; the control node configures the FSM of the virtual port on the computing node according to an instruction sent out by the user, to respond to the user through the control node so as to return a configuration result of the FSM corresponding to the virtual port to the user. According to the method and the cloud platform in the invention, the states of the virtual ports of the computing nodes that happen during configuration are recorded through the FSM, and a predefined operation in the corresponding state is executed according to the states, thereby greatly avoiding the defects of configuration disorder, management complexity and underlying configuration errors in the large-scale cloud platform due to environmental complexity.

The invention discloses a kubernetes complex network strategy system and an implementation method thereof, and belongs to the technical field of cloud computing. The system comprises a global networkgroup which represents any set of IP subnets/CIDRs; the global network strategy comprises a plurality of global network groups or resource selectors arranged in the strategy; the project network groupis suitable for a specific Namespace; the project network strategy is suitable for a specific Namespace; the command controller is used for an administrator to check or modify the four types of network policies; the strategy controller is connected with the kube-apiserver, and a specific network strategy is stored, wherein the strategy controller is operated in the form of a deploygent; the strategy trigger is operated in a daemon set mode; and the strategy generated by the strategy controller is applied to the corresponding node by the strategy trigger to take effect, and the strategy is realized by adding self-defined chains caihcloud-chains in filters, raw and mangle tables in a Linux kernel data packet processing module Netfilter. According to the invention, cluster network strategy management can be simplified, the application service capability of kubernetes is enhanced, and the service capability of kubernetes service providers is further improved.

The invention discloses a Docker-based quick integrated Elastic MapReduce service system and an implementation method, belongs to the field of big data development, and aims to solve the technical problem of how to quickly deploy EMR services, highly integrate the services and randomly plug and unplug components, meet the requirements of various service scenes and effectively reduce the cost. Thetechnical scheme is that the Elastic MapReduce service system comprises a user management and authentication module, a front-end page and rear-end agent module, a request processing and distribution module, a cluster resource allocation and operation module, a data storage module and a cluster visual interaction module. The user management and authentication module is used for user management, user authentication and main sub-account creation; and the front-end page and rear-end agent module is used for realizing reverse agent by using Nginx service and compiling a Web front-end service page by using an Angular framework, so that the user request processing is more efficient. The invention further discloses an implementation method of the quick integrated ElasticMapReduce service system based on the Docker. The implementation method comprises the following steps: obtaining the quick integrated ElasticMapReduce service system based on the Docker;.

The invention discloses an intelligent integrated cabinet platform, a deployment method, computer equipment and a storage medium. The intelligent integrated cabinet platform installation method comprises the following steps: an input step: inputting a deployment machine; a service determination step: determining services needing to be installed; a selection step: selecting a corresponding service after entering; and an installation step: clicking installation, and after the service is installed successfully, providing the service and checking can be performed through an interface. The advantages of an intelligent integrated cabinet deployment method are fully utilized, service deployment and operation and maintenance are simplified, and deployment of multiple platforms, multiple services, multiple versions, self-defined services and the like is supported.