175results about How to "Simplify the deployment process" patented technology

An application server disk image generating apparatus and method comprising a basic disk image generating component for generating basic disk images for basic programs used by the server; an incremental disk image generating component for generating incremental disk images including heritage relationship for other respective applications based on the basic programs used by the server; and an image profile generating means for generating an image profile for each of the basic disk images and the incremental disk images. By using the apparatus, the storage consumption can be decreased greatly and the storage efficiency can be improved. The invention also discloses an application server disk image management and distribution system to which the application server disk image generating apparatus is applied, and a system for provisioning the application server using disk images.

This invention discloses a network access control method and a system including: limiting the access extent of authority to users on-line by the web certification of a portal server to limit it to access the limited network resources only, a user downloads the safety UE by the Web, when the user accesses the protected network resources, the safety UE is used to certificate the safety of the UE and users passing through the safety certification access the protected network resources freely. The system includes: network access devices connected by network, a portal server and an AAA server.

The invention provides a method and system for automatically and flexibly assigning resource under a cloud platform. The method includes steps of A, application disposition files, B, downloading the application disposition files, parsing the disposition files and storing the disposition information to a database, C, assigning required resources to the application according to the disposition information, D, downloading application mirror image documents, starting containers, running the application and forming an application container cluster, E, determining whether the assigned resource is consistent with the disposition files, and if the assigned resource can not satisfy the disposition files, the unsatisfied portion of the disposition files waiting the re-assigning of a server resource management platform, F, automatically monitoring and reading monitoring data of the application container cluster, monitoring the quantity of the current live applications and calculating the average monitoring data of the application container cluster in a first time period, G, comparing whether the quantity of the current live applications satisfies the protection rules, and repeating the step C-G if the quantity of the current live applications is within the threshold scope.

The invention discloses a container-based block chain deployment method. The method comprises the following steps: 1) establishing a kubernetes container cluster; 2) manufacturing a Docker mirror image comprising an operating system, a block chain installation package, a daemon process and a startup script; 3) creating a container arrangement file, and defining the number of container instances, aused mirror image ID, a running port, an NAT gateway ID and an elastic IP; 4) calling a Kubectl command line tool, connecting the container cluster created in the step 1), loading the docker image produced in the step 2) by using the container arrangement file created in the step 3), and creating a blockchain container application; 5) communicating with a daemon process in the container through the GRPC, calling a command for starting the block chain, transmitting a starting parameter, and starting the block chain; And calling a command for checking the block chain state, checking whether theblock chain is successfully started or not, and completing the deployment of the block chain. According to the invention, the container-based block chain deployment method is realized, and the problems of complex operation and low speed of block chain deployment are solved.

The invention discloses a distributed storage system deployed on the basis of container technology. The system includes a plurality of nodes connected with a network switch. The nodes are divided intoa deployment node, a container mirror image warehouse node and a plurality of service end nodes and client nodes used for deploying distributed storage. A storage method of the above storage system includes the steps of: (1) making a container mirror images of various services to establish a private container warehouse; (2) specifying all service types in a cluster and node host names, which needto be used for deployment, to save the same to a configuration file; (3) reading configuration file contents and log file contents through a deployment container management module; (4) obtaining instance names of all containers by conversion according to the read configuration file contents; (5) carrying out data comparison according to the container instance names, which are obtained by conversion, and a read log file to judge status of all records; and (6) carrying out distinguishing according to comparison results of all the records, and carrying out different operations. The system and the method realize simple and highly efficient automated management.

A virtualization implementing method for a Power server includes the steps of enabling virtualization management software to be directly installed in a virtual machine input/output (I/O) server; enabling at least one integrated virtualization manager (IVM) to be used as a platform and then to be registered to virtualization management software (Power Director); using commands supplied by the virtual machine I/O server and each IVM to create a virtual machine; enabling a preset installing module to automatically install in the created virtual machine through an image management function according to demands of a user and enabling a configuration file, an operating system, a network information configuration of the virtual machine to be completed. The virtualization implementing method for the Power server does not need to singly be supplied with another host machine or the virtualization management software so as to save host machine source and largely simplify deployment and configuration of the virtualization management software, and improve working efficiency of managers.

The invention discloses a method for deploying a virtualized management node. The method is based on an automatic deployment tool and comprises the steps of receiving deployment information of the virtualized management node, acquiring a virtualized management node template file, executing the virtualized management node template file through the automatic deployment tool according to the deployment information, and deploying the virtualized management node, wherein the virtualized management node template file is a file obtained by storing a virtualized management system deployed in advance in a form of template. The virtualized management node template file stored and deployed in advance is executed through the automatic deployment tool, the virtualized management node is automatically installed and deployed without spending a large quantity of manpower and time, and the deployment cost is lowered; the traditional deployment flow is simplified, the deployment of the virtualized management node is efficient and convenient, and the deployment efficiency is improved. In addition, the invention further discloses a device for deploying the virtualized management node, and the device has advantages corresponding to the method one by one.

The embodiment of the invention discloses a visual data processing flow setting method and device, equipment and a storage medium. The method comprises: receiving a flow creation instruction acting ona data management interface; establishing a target flow according to the flow establishment instruction, and establishing a corresponding flow list in the data management interface, the flow list comprising attribute information of the target flow; receiving a first editing instruction acting on the flow list; displaying a first process editing interface according to the first editing instruction, the first process editing interface comprising a plurality of target components, one target component corresponding to one processing mode; receiving a process configuration instruction acting on the first process editing interface, wherein the process configuration instruction is used for selecting a target component required by a target process; and determining a processing flow of the targetflow according to the flow configuration instruction. The setting process of the data processing flow is optimized.

A wireless network deployment method, apparatus and system where the includes: initializing the wireless network to determine a deployment area and the number of access points needing to be deployed; initializing positions of the access points, and dividing the deployment area into grids; calculating a virtual force of each access point based on signal coverage of each grid; calculating a movement position of each point according to the virtual force; performing edge controlling on each point; and terminating processing when a terminating condition is satisfied. A deployment process is simulated as a dynamic physical process, movement of the access points along a direction of a resultant force of all repulsion forces and attractive forces is controlled following the principle that an overlapping covered area produces a repulsion force and an uncovered area produces an attractive force.

A virtual private network (VPN) client for cellular mobile devices is described. The VPN network client processes network packets for securely tunneling the network packets between the cellular mobile device and the remote VPN security device. Upon establishing the VPN connection, the VPN network client receives a web-based home page from the secure VPN device via a secure response, dynamically parses bookmark links from the secure response and renders a bookmark window using input controls native to the cellular mobile device without invoking a web browser on the cellular mobile device. Each of the input controls corresponds to a different one of the bookmarks parsed from the secure response. Upon selection of one of the input controls, the VPN network client formulates and outputs an appropriate request to the secure VPN device as if a corresponding one of the bookmark links were selected by the user.

The present invention provides a total solid beam contraction type steel corrosion monitoring sensor and a preparation method thereof. The total solid beam contraction type steel corrosion monitoring sensor comprises three graphite beam contraction rings, three total solid reference electrode, two sensor fixing racks, three sets of beam contraction protecting casing and three sets of PVC tubes used for packing the total solid reference electrodes and leading out the conducting wire. The invention uses finite elements for analyzing the arrangement characteristic of potential wire in solid dielectric of concrete, and at the same time adopts a long-lifetime and total solid reference electrodes which are developed independently for realizing the control to the area of working electrode in the corrosion monitoring process with the electrochemistry method. Finally the total solid beam contraction type corrosion sensor which has reasonable structure and is suitable for the application of actual project is designed out. A designing concept of ''plug and play'' is adopted in the designing process of sensor. The fast construction requirement can be satisfied, and the laying process of the sensor is greatly simplified.

The invention discloses a wireless sensor network clustering routing method based on hexagonal regional division. The method comprises the following steps that six line segments (base lines) from a Sink node of a sensing area center divide a sensing area into six sector areas, wherein the included angle between every two adjacent base lines is 60 degrees; the sensing area is densely paved by hexagonal grids, a sensing node acquires longitude and latitude information by sensing self position information and calculates the distance between the position thereof and the closest base line, so that whether the hexagonal area where the sensing node is located is on the base line or not is judged, and if the hexagonal area is on the base line, after a clustering head is selected, the node that is selected to be the clustering head is changed into a gathering point; clustering head selection and data are transmitted by a multi-hop relay between the clustering head and the gathering point; the flow of the wireless sensing network from start to data acquisition is divided into a clustering head selecting and intra-cluster single-hop transmission process, and inter-cluster routing between the clustering head and the gathering point. The problem of too high energy consumption caused by too long transmission distance between clustering heads is solved, and the energy consumption during data acquisition of the network is greatly reduced.

The invention discloses a container liquid height detection system based on a radio frequency identification (RFID) technique and a working method thereof. The system mainly comprises a nonmetal container adhered with RFID tags in a surrounding manner, an RFID reader, a reader antenna, a processing terminal, an interaction terminal and communication equipment. According to the working method, the RFID reader and the reader antenna are connected, a common container is placed in a space and is adhered with a plurality of the RFID tags in a surrounding manner, the reader reads tag information on the container and simultaneously transmits the tag information to the processing terminal through the communication equipment, the processing terminal processes data acquired by a radio frequency identification module to obtain liquid height of the container and interacts with the interaction terminal through the communication equipment, and a user can detect the liquid height of the container in real time by virtue of the interaction terminal. The system and the method can adapt to complex environments and have the advantages that the operation is simple, the sensing precision is high, the identification speed is high, and the cost is low.

The invention discloses an application navigation control method of an intelligent television. A home page type application navigation interface commonly used at present is cancelled, and a menu type navigation interface consisting of two rows of vertical menus is adopted, wherein a category icon menu and an application icon menu corresponding to the present category are respectively placed in the menu type navigation interface, and a user can conveniently select required application service without multi-page operation or page turning operation by using a category button and an application button specific on a remote controller to respectively control and select category menu focus and application menu focus in the navigation interface, so that the navigation of the intelligent television has obvious advantages of intuitive arrangement, no invalid operation, quick application switching and the like, and the number of times of operation is reduced.

The invention discloses a honeypot deployment method, and relates to the technical field of digital information transmission. The method comprises the following steps: S1, configuring parameters of aplurality of specified service areas for a configuration document; S2, establishing connection between a honeypot management system and the plurality of specified service areas; S3, issuing the trapping node programs to all the designated service areas in batches through the honeypot management system, and automatically installing the trapping node programs; and S4, establishing connection betweenthe trapping node program and the honeypot management system. According to the method, the trapping node program is deployed in the designated service area, the trapping node program can be rapidly connected with the honeypot system, the honeypot is rapidly and automatically deployed, and the manual node deployment link and the honeypot deployment link are reduced.

Each network edge node maintains the two tablets of the connection map: the entrance and exit. With being received the interface message of the user network sent by the client device, the relation between the corresponding network internal connection and the local connection of the user network interface are created, deleted and looked up on the connection map. The interface message of the user network is turned to 'private object', which is sent out together with the network internal signaling. With the signaling message with the interface object of the corresponding user network being received, the remote edge nodes create, delete or look up corresponding local connection of the user network interface, which is sent to client devices.

The patent discloses a method and device to deploy application software and a virtual machine. The method comprises: mounting a target disk in reading-writing manner, intercepting file operation and registry operation by a file system filter driver, re-directing an actual installation path of an application to a partition of the target disk, and saving registry operation record of the applicationthrough a registry file created on the target disk; mounting the target disk that bears an application installation file and the registry operation record in read-only manner, intercepting access operation for the application through the file system filter driver, and performing re-directing. The method and device and the virtual machine according to the technical scheme can provide simplified application deployment process and improved deployment efficiency.

The invention discloses a recognition method for fully-mechanized coal mining equipment, and the method comprises the steps: receiving a complete system equipment property list sent by a central hostin a fully-mechanized coal mining centralized control system where a gateway belongs; querying the complete system equipment property list according to the hardware type of an interface of the gateway, and obtaining one or more groups of communication parameters corresponding to one or more pieces of to-be-confirmed fully-mechanized coal mining equipment; carrying out the communication with the fully-mechanized coal mining equipment connected with the interface of the gateway according to each group of queried communication parameters; and confirming that the fully-mechanized coal mining equipment connected with the interface is corresponding to the communication parameters during the successful communication. Correspondingly, the invention also discloses a recognition device for the fully-mechanized coal mining equipment, the gateway, and a storage medium. According to the embodiment of the invention, the method achieves a purpose that the gateway achieves the automatic recognition ofthe connected fully-mechanized coal mining equipment, and simplifies the deployment and maintenance operation of the onsite fully-mechanized coal mining equipment.

The invention discloses a 5G wireless access type indoor distribution system. An outdoor access unit comprises a donor antenna, a first radio frequency amplifier and a first digital processor which are connected in sequence; wherein the donor antenna is used for establishing wireless connection between the outdoor access unit and a 5G base station, the first radio frequency amplifier is used for amplifying a radio frequency signal sent by the donor antenna or the first digital processor, and the first digital processor is connected with the indoor coverage unit; the indoor coverage unit comprises a second digital processor, a second radio frequency amplifier and a service antenna which are connected in sequence; the second digital processor is connected with the outdoor access unit, the second digital processor is used for converting signals, the second radio frequency amplifier is used for amplifying radio frequency signals, and the service antenna is used for establishing wireless connection between the indoor coverage unit and the indoor mobile terminal; thus, indoor signal coverage can be completed without deploying a 5G base station indoors, and the cost required by 5G indoorsignal deployment is greatly saved.

The invention discloses a positioning, deviation correcting and theft judging method of an intelligent iron shoe. The positioning, deviation correcting and theft judging method comprises four steps ofsystem initialization, intelligent iron shoe theft judgment, intelligent iron shoe static positioning anti-drift treatment and intelligent iron shoe static positioning deviation correcting. Accordingto the intelligent iron shoe theft judgment algorithm, the intelligent iron shoe theft identification precision is improved layer by layer, the intelligent iron shoe theft state is judged quickly andaccurately, and the calculation amount of the intelligent iron shoe during theft judgment can be effectively reduced, so that the purpose of reducing energy consumption is achieved; the intelligent iron shoe static deviation correction algorithm maps the intelligent iron shoe positioning coordinates to the tracks on which the intelligent iron shoe is placed, so that the influence of GPS positioning errors on intelligent iron shoe state display is reduced. The positioning, deviation correcting and theft judging method of the intelligent iron shoe is suitable for judging the theft state of a railway station and correcting the deviation of the positioning information of the railway station after the intelligent iron shoe is applied to the railway station, which greatly improves the safety ofthe station and relieves the management pressure of personnel in the station.