629results about How to "Simplify the configuration process" patented technology

The present invention relates to multi- broadcast transmitting method in IP network which belongs to computer communication technology field. The method includes: first, a virtual distributing net is established in IP network for each multi- broadcast conversation, the virtual distributing net is made up of multi- broadcast conversational main station and route device with multi- broadcast function connected by virtual chain circuit, and is with the only virtual distributing net identification; then, transmitting main station transmits multi- broadcast data pack to all receiving main station adopting broadcast modus in the virtual distributing net. On one hand, the present invention has original excellence of multi- broadcast conveying method based on virtual distributing net, such as supporting network layer multi- broadcast dispose with step by step, supporting multi- broadcast data pack bidirectional conveying etc, on the other hand, simplifying virtual distributing net configuring, supporting large scale multi- broadcast application through broadcast mechanism, guarantying multi- broadcast data pack conveying rightly.

The invention relates to a system (10) for handling workpieces, with a handling device (12) which comprises at least one vacuum gripper (16) for drawing a workpiece in by suction, with at least one vacuum generator (26) that can be operated by the supply of compressed air for supplying the vacuum gripper (16) with vacuum, with at least one controllable control valve (28) by which the supply of compressed air to the vacuum generator (26) can be controlled, wherein the control valve (28) is associated with a control device (30) for the proper control of the control valve (28 as required. The handling device comprises an evaluation unit (32) for evaluating operating data of the vacuum generator (26) and/or for evaluating operating data of the handling device (12) as well as for generating control signals as a function of the evaluated operating data, wherein the evaluation unit (32) is arranged on the handling device (12), and wherein the control device (30) controls the control valve (28) as a function of the control signals transmitted from the evaluation unit (32).

A method relates to provisioning a cluster system in a virtual machine environment in a storage system. The storage system has a plurality of hosts, a fabric network, a storage array, and a management server. The method includes inputting information on a first cluster system to be defined, the information including selecting a scale unit wherein the first cluster system is to be defined. An inventory database including resource information for the scale unit selected is provided. A virtual I/O (“vIO”) information is provided. The vIO information assigns each of hosts selected for the first cluster system with a vIO device, at least one virtual computer network address, and at least one virtual storage network address. A first cluster definition for the first cluster system in the selected scale unit is created using the vIO information.

The invention discloses a base-band resources pool system that comprises a master control board, a plurality of base-band boards and switching boards, wherein the master control board is used for configuring all the base-band boards; the base-band boards are used for processing base-band signal and dispatching high-speed down-stream linkage block access service and high-speed up-stream linkage block access service, as well as creating a base-band resources list for the boards; the switching boards is used for completing control information exchange between different base-band boards.

The invention provides a load balancing method, a load balancing device and a load balancing system of a server to achieve load balancing over a network segment by a linux virtual server (LVS). Three-layer interconnection is adopted between the LVS and a real server (RS); and the LVS is subjected to conversion of a source address and a target address from a client and a data packet received by the real server, thus, the LVS can serve many different network segments of RSs. A real sense of cross-network segment load balance is achieved in a three-layer interconnection manner; and the quantity of RSs capable of providing service on the LVS is not limited, so that hierarchical network topology can be expanded. Furthermore, configuration and operation maintenance of the LVS and RS are simplified.

The invention is suitable for the communication field, and provides an Internet of Things wireless terminal, a configuration method of the Internet of Things wireless terminal and a mobile terminal. The configuration method includes the steps that when in an initial configurable state, the Internet of Things wireless terminal starts network sniffing; the Internet of Things wireless terminal searches for broadcast networking information from the mobile terminal, and the networking information includes the MAC address of the mobile terminal, the name of a current wireless network and the code of the wireless network; when the broadcast networking information from the mobile terminal is found, the Internet of Things wireless terminal analyzes the networking information to obtain the MAC address of the mobile terminal, the name of the current wireless network and the code of the wireless network; according to the name of the current wireless network and the code of the wireless network, the Internet of Things wireless terminal is connected to the wireless network. Configuration in batch of networking can be achieved through the Internet of Things wireless terminal, in addition, it is unnecessary to repeatedly switch wireless networks for the mobile terminal, and the configuration process is greatly simplified.

The embodiment of the invention provides a signal conversion device and method as well as communication equipment. The signal conversion device comprises an LPC (Low Pin Count) bus interface unit, a register configuration unit and a UART (Universal Asynchronous Receiver Transmitter) unit, wherein the LPC bus interface unit is used for performing protocol analysis on signals from an LPC bus and outputting local signals through a local bus, and the local signals comprise a control signal, an address signal and a data signal; the register configuration unit is used for configuring registers of the UART unit according to the local signals; the registers of the UART unit are allocated in a memory address space and an I/O address space; and the UART unit is used for converting data from the LPCbus into serial data according to the local signals and the values of configured registers of the UART unit and then outputting the serial data through a UART interface or outputting the serial data received by the UART interface to the LPC bus through the local signals. The embodiment of the invention can simplify the configuration process of the registers of the USRT unit.

The invention discloses a JSON self-definition-based report generation system and method, and belongs to the field of industrial enterprise data statistics. An industrial enterprise report system comprises a system configuration module, a report template configuration module, a report service module, a report release module, a report browsing module, a permission management module and a report viewing module. All the modules are deployed in a Web server of an enterprise local area network, and a client accesses the server through the local area network. The client is mainly a browser installed in a computer, an IP address of the Web server of the local area network is input through an address bar of the browser, and a system is accessed through an Http protocol. The system and the method have the advantages that an interactive process of report template configuration is simplified, so that the template configuration efficiency is improved; the problems that enterprise complex reports only can be manually filled through Excel and do not have historical data query are solved, so that the working efficiency of enterprise statistical personnel is improved; and report browsing provides query of data point trends in the reports, so that the data observation correctness of business personnel is facilitated.

The invention relates to a complete network middleware operation support platform which can be used for integrating a plurality of conventional mainstream middleware technologies, and a method for integrating a heterogeneous middleware member on the platform. The platform disclosed by the invention comprises a microkernel integration frame, a communication service layer, a public service layer, a member container layer and a service engine layer, wherein the microkernel integration frame provides upper-level service integration interface specifications of a life cycle management and command interface, an interoperation interface and a deployer interface needed for deploying specific components, for the four categories of service layers. According to the invention, deep integration of mainstream middleware technologies, such as JEE (Java Enterprise Edition), Web service, CORBA (Common Object Request Broker Architecture), COM/DCOM (Component Object Model/Distributed Component Object Model), and the like, is realized. The complete network middleware operation support platform and the integration method of the heterogeneous middleware can be widely applied to integration of different application service technology systems.

The invention discloses a configuration method and a network element management system of a passive optical network (PON) service. The method comprises the following steps that when the PON technology is used for carrying out a broadband access service, service configuration information of an optical network unit (ONU) is set based on an end-to-end PON service flow, wherein corresponding information of ONU physical termination point user ports (ONU PPTP UNI) and virtual local area networks (VLANs) is configured for each service flow information in the end-to-end service flow in the process of setting the ONU service configuration information, and the end-to-end service flow is a complete data service flow from the ONU PPTP UNIT to an optical line terminal (OLT). The configuration method and the network element management system of the PON service solves the problem that operational and maintenance cost is high due to the fact that the service configuration process is complex in the PON technology, the configuration process of customer service is simplified, and usability of the system is improved.

The invention relates to the field of network security, especially relates to a method and device for deploying a security access control policy, and is to solve the problems that, in the prior art, since the security access control policy needs to be configured manually, the configuration work is strenuous and time consuming, and possibility of man-made configuration errors exists. The method is characterized in that a cloud management platform determines an application template adopted by an application needing to be established according to an application establishing instruction, and a security template corresponding to the application template; the cloud management platform notifies a virtualization platform to establish a corresponding virtual machine for each application assembly in the application according to the application template, and obtains the IP address of each virtual machine established by the virtualization platform; the cloud management platform adopts the security template to generate a group of security access control policy corresponding to the application according to the IP address of each virtual machine; and the cloud management platform releases the group of security access control policy to the corresponding firewall. Therefore, automatic deployment of the security access control policy is realized.

The invention relates to device management and to information needed for bootstrapping and initiation. The bootstrapping information and initiation information are sent in one message, wherein the client receives them both. According to the state of the client, one of the informations is selected and used.

A system and a method for intelligently learning a list of allowed IP content at one or more internet connected devices by implementing an intelligent parental control means is provided. The means includes a router and a filter. The router monitors and records web based operations done at the internet connected devices during a learning mode to create a list of allowed IP content at the internet connected devices. The filter implements the list and accordingly allows and blocks the content. Further, a remote device communicating with the router via a central server remotely controls and configures the router and the filter. The remote device permits the router to approve or disapprove a blocked IP content, when the blocked content is accessed at the internet connected devices.

A smart home control method and system based on Alljoyn technology is provided, the method includes: A, the controller searching a WIFI hotspot having an SSID started with a preset identification field; B, the controller connecting to the WIFI hotspot opened by the smart terminal, and duplicating configuration information of the target home WIFI hotspot network to the smart terminal; C, the controller calling a connection interface of the smart terminals, to connect the smart terminals to the target home WIFI hotspot network.

An embodiment of the invention provides a business strategy rule configuring method and device, as well as a communication system, which can simplify a business strategy configuration process and improve the configuration efficiency. The business strategy rule configuring method comprises the steps that a business strategy configured by a user is acquired, wherein the business strategy comprises a node type used for business execution and a strategy rule used when the business is executed, and the node type is used for representing a set of at least one node in a network; node information included in the node type in the network is acquired; a network node used for executing the strategy rule in the business strategy is determined according to the node information; and the strategy rule to the network node is issued. The embodiment of the invention is suitable for the technical field of networks.

A method and system are provided for remotely monitoring the open and close status of a garage door via the internet based on the internet of things concept and NFC (Near Field Communication) technology. The system includes a Door Monitoring & Controlling Device (DMCD) and a web based Advanced Door Management System. The DMCD contains a NFC module, and one or more NFC close/open status tags which work together to monitor the status of the garage door. The NFC tag in this system not only provides status signal but also provides network configure data that eliminates the need to make standalone device configurable for network connectability. The use of NFC technology here will reduce manufacturing cost significantly, and make the configuration easy. The method and system also enable users to remotely open and close the garage door via the internet.

The invention discloses a message processing method, equipment and a system. The method comprises the following steps: PE (provider edge) equipment receiving a first VxLAN (virtual extensible local area network) encapsulating message sent by NVE equipment, wherein the PE equipment and the NVE equipment are located in the same DC (data center), and the first VxLAN encapsulating message comprises the first VNI (VxLAN network identifier) ; the PE equipment analyzing the first VxLAN encapsulating message, acquiring the first VNI, and acquiring the first VRF (virtual routing forwarding) table corresponding to the first VNI according to the corresponding relation of the VNI and the VRF table; the PE equipment looking up the router in the first VRF according to a destination IP address of the first VxLAN encapsulating message, and forwarding the first VxLAN encapsulating message. Through the adoption of the method disclosed by the invention, the interface resource occupancy can be reduced, and the configuration is simplified.

The invention discloses an Internet of Things device, network configuring method, apparatus, system and terminal for the same, which belong to the technical field of Internet of Things. The configuring method comprises the following steps: obtaining the identification of the device to be networked; obtaining the configuration information of a targeted wireless network hot spot that matches device to be networked; and sending the configuration information and the identification to the device to be networked so that the device to be networked corresponding to the identification can be networked with the targeted wireless network hot spot. Therefore, the device to be networked that receives the identification is capable of determining whether to establish networking connection based on the identification so that during the networking configuration of the Internet of Things, it is possible to make the networking configuration more targeted, to reduce the probability of misconnection of the device and to realize the precise networking connection between a smart device and a router.

The invention discloses a dynamic virtual private network (DVPN)-based route generation method and DVPN-based route generation equipment. The method comprises the following steps that Hub and Spokes send login request messages to a virtual private network (VPN) address management (VAM) server, wherein a public network address, a private network address and a sub-network network segment which correspond to the Hub are carried in the login request message sent by the Hub, and public network addresses, private network addresses and sub-network network segments which correspond to the Spokes are carried in the login request messages sent by the Spokes; the Spokes and the Hub receive login success response messages from the VAM server respectively; after receiving the login success response messages, the Spokes send tunnel establishing request messages to the Hub, wherein the sub-network network segments corresponding to the Spokes are carried in the tunnel establishing request messages; Hub generates a route by utilizing the sub-network network segments corresponding to the Spokes; the Spokes receive a tunnel establishing success response message of the Hub, wherein the sub-network network segment corresponding to the Hub is carried in the tunnel establishing success response message; and the Spokes generate routes by utilizing the sub-network network segment corresponding to the Hub. By the embodiment of the invention, the consumption of system resources for routing computation on the Hub and the Spokes can be reduced.