424results about How to "Implement automatic configuration" patented technology

The secure intelligent household gateway includes microprocessor, memory module, external network interface connected to Internet, internal network interface, serial port connected to intelligent household appliance, and interface of electrical source (IES). IES is connected to adapter of power supply. The microprocessor includes Web module, remote communication module (RCM), security management module (SMM), remote control module, and remote logging on module (RLM). The communication module of handset is connected to RCM, which is connected to SMM and the remote control module. SMM, the remote control module, and RLM are connected to module of Web server. The invention discloses reliable secure intelligent household gateway with simple operation based on remote control of handset.

The invention discloses a method for automatically distributing virtual local area network configuration information in a wireless local area network. The method comprises the following steps of: receiving an inter-access point protocol (IAPP) registration request message from access point equipment; verifying the validity of the access point equipment; and when the access point equipment is proved valid through verification, providing the virtual local area network configuration information for the access point equipment by using an IAPP protocol. Through the method, the virtual local area network configuration information can be automatically distributed to the access point equipment, and is distributed at the initialization stage of the access point equipment, so that the problem of unavailable distribution of the virtual local area network configuration information by an authentication server due to quick switching of a wireless working station in the prior art is solved. The invention also discloses a relevant authentication server, a method for acquiring the virtual local area network configuration information from the access point equipment in the wireless local area network and relevant access point equipment.

The invention discloses a wide area network (WAN) router and a method for establishing routing table items therein. The method comprises the following steps: configuring the respective corresponding relations between a plurality of WAN ports in the WAN router and addresses of DN servers in the networks of different Internet service providers; respectively transmitting DNS requests to the corresponding DNS servers through the WAN ports by the WAN router, and acquiring domain names in the DNS response messages received through the WAN ports and the IP addresses corresponding to the domain names; and if more than two different IP addresses exist in the acquired IP addresses, selecting one IP address as the domain name IP address according to a preset domain name IP address selection policy, and establishing routing table items to record the corresponding relation between the WAN port, which receives the DNS response message containing the domain name IP address, and the domain name IP address, thereby realizing automatic configuration of balance routing table items in the WAN router.

The invention discloses a microcell wireless access point channel configuration method and a microcell wireless access point frequency spectrum resource management system. The method comprises the following steps: a microcell wireless access point reports present frequency spectrum usage capability to a network side; the network side assigns a frequency spectrum measuring project and a measure auxiliary parameter for the microcell wireless access point; the microcell wireless access point reports measuring data to the network side; according to a measuring result reported by the microcell wireless access point, the network side determines a shared frequency band between the microcell wireless access point and other microcell wireless access point in an interference set of the microcell wireless access point, and determines time frequency resource used by a residence channel for the microcell wireless access point; according to channel configuration information transmitted by the network side, the microcell wireless access point carries out channel configuration and beacon configuration used for interference set detection. The invention also discloses the microcell wireless access point and the frequency spectrum resource management system for realizing the above method, and both the microcell wireless access point and the frequency spectrum resource management system comprise an interference relation measuring unit and a wireless environment measuring unit. According to the microcell wireless access point, the method and the system in the invention, flexibility of channel configuration and frequency spectrum usage efficiency are raised.

The embodiment of the invention provides a network access method of a newly added node in a distributed coordination system, a device and a system. The network access method of the newly added node in the distributed coordination system provided by the invention comprises that a main node receives a network access request message sent by a new network access node, wherein the network access request message comprises the IP address of the new network access node; a first node identity is distributed to the new network access node according to the network access request message; a first corresponding relation is added in the configuration file of the main node, wherein the first corresponding relation comprises the first node identity and the IP address of the new network access node; the main node adds the first corresponding relation in a node information set so as to obtain an updated node information set; the main node sends the first node identity and the updated node information set to the new network access node, therefore, the new network access node can generates the configuration file of the new network access node according to the first node identity and the updated node information set; and the new network access node can join the distributed coordination system. The embodiment of the invention is relatively high in efficiency and simple and convenient in operation.

The invention relates to an IPv6 (Internet Protocol Version 6) address allocation method, which comprises the steps of: carrying out network parameter negotiation based on an NCP (NetWare Core Protocol) option when terminal-side equipment initiates a PPP (Point-to-point Protocol) connection request to a network side; carrying out interface identification configuration option negotiation by the terminal-side equipment by sending a first configuration request message to a BRAS (Broadband Remote Access Server) during the negotiation process; and carrying out IPv6 prefix negotiation between the terminal-side equipment and the BRAS through at least a configuration request massage after completing interface ID (Identification) negotiation, and realizing automatic address configuration according to a negotiation result fed back by the BRAS and an IPv6 address generated by the interface identification which are received by the terminal-side equipment. The invention further relates to an IPv6 address allocation system. According to the embodiment of the invention, the IPv6 prefix negotiation is completed through the network parameter negotiation of the NCP option in the PPP connection, the automatic address configuration is realized, the configuration complexity is simplified, the network operation and maintenance costs are reduced, and bridging-type and routing-type home gateway scenes can be simultaneously met during the negotiation process.

The invention discloses a method and a main link device for realizing automatic configuration of an Ethernet ring. The method comprises the following steps: transmitting a campaign request message among main links to realize the automatic election of a fringe node and an assisted fringe node; transmitting a subring topological collection message from a fringe port by using the configured fringe node, and returning the modified subring topological collection message by the configured assisted fringe node so as to automatically collect the subring topological message and realize the automatic configuration of the ring set. Based on the configuration information of the ring set, the fringe node can decide the blocking operation of the port according to the information when receiving the mainring fault noticing message of the assisted fringe node so as to prevent the looping of the ring set and ensure the maximum connectivity of the nodes.

The invention relates to a home gateway, a set-top box, a method for configuring initialization parameters of the set-top box and a system. The method comprises the following steps: the set-top box is connected with the home gateway; the home gateway receives a dynamic host configuration protocol request and an initialization parameters acquiring request sent by the set-top box and provides initialization parameters for the set-top box according to the dynamic host configuration protocol request and the initialization parameters acquiring request. The home gateway comprises a request receiving unit and a parameter providing unit; the set-top box comprises an address allocation request unit and parameter receiving unit; the system comprises the home gateway and the set-top box; the home gateway is connected with the set-top box; and the home gateway provides initialization parameters for the set-top box. The home gateway provides configuration parameters for an IPTV set-top box, thus realizing automatic configuration of initialization parameters of the IPTV set-top box.

The invention provides an IPv6 digital network lighting control system, which adopts an IPv6 network as a basic communication network. The system comprises a central server, a packet server, a management unit and a lighting control unit, wherein the central server centrally manages each lower sub-control management unit through an IPv6 network switch, and provides a uniform control management platform for a user; the packet server comprises an area unit which monitors each lighting node through a field bus based on IPv6, and a management unit which detects exceptional state of equipment and reflects the state to the central server; and the lighting control unit realizes monitoring and controlling to the lighting node through the lighting control sub-system. A similarly constructed IPv6 digital network lighting control system manages terminals in other types. As the IPv6 technology is supported, the system provides rich address space, has good expandability, and ensures high-speed connection among all equipments in the system with plug and play and good mobility, thereby ensuring that the system is very suitable for managing large-scale management and control.

The invention relates to the communication field, and discloses a method and a system to obtain the configuration information. In the invention, when the superior device and the junior device connected with the serial link carry through the interconnection protocol to control the negotiate of the protocol IPCP layer, the superior device carries the configuration information in at least one scheduled negotiating parameter of IPCP information to transfer to the junior device. Using the technical proposal, when the superior device negotiates at the IPCP layer, the negotiating parameter that is not used at ordinary time is used to carry the configuration information, which realizes the automatic layout of the junior device. The project has wide applicability, and can use the standard protocol only to be corrected on the protocol configuration not to correct the protocol itself. In service use, the junior device with the configuration can be butted with the superior device with the configuration information, also can be butted with the common PPP opposite terminal device.

The invention relates to an interphone extension intelligent robot device. The robot device comprises a microphone array and a master control module, wherein the microphone array is used for receivingan equipment configuration command input by a user through a voice; the master control module is used for carrying out voiceprint recognition on the received equipment configuration command to acquire voiceprint features of the user, identifying an equipment brand, an equipment model and an equipment name of intelligent equipment when it is determined that the acquired voiceprint features are identical to preset voiceprint features, searching a protocol library for a communication protocol corresponding to the intelligent equipment, loading the communication protocol, and acquiring an equipment identifier of the intelligent equipment through the communication protocol, so that an association relationship among the equipment name of the intelligent equipment, the equipment identifier of the intelligent equipment and the communication protocol is established; and the master control module is further used for controlling a first power amplification module to play configuration process information and configuration result information. The robot device adopting the technical scheme has the advantages that the home intelligent equipment can be automatically configured through the simplevoice, so that complex user operations are avoided.

The embodiment of the invention provides a network equipment configuration method and device. The network equipment configuration method comprises the following steps: receiving an equipment identifier and an equipment description of network equipment to be configured, wherein the equipment identifier is used to uniquely confirm the network equipment, the equipment identifier comprises the type information of the network equipment, and the equipment description is used to represent the deployment characteristics of the network equipment; taking the configuration file in a table item corresponding to the type and the equipment description of the network equipment to be configured as a configuration file of the network equipment to be configured in a preset network equipment configuration table, wherein the preset network equipment configuration table comprises the corresponding relationship among the network equipment types, the equipment descriptions and the configuration files; and sending the configuration file of the network equipment to be configured to the network equipment to be configured. Through the network equipment configuration method and device provided by the embodiment of the invention, the cost of configuring the network equipment is reduced, and the configuration efficiency is improved.

The invention discloses an automatic PCIE bandwidth configuration method, a server mainboard and a server. In this scheme, the method comprises the following steps that a BMC acquires identification information of a Riser card connected with a slot on a server mainboard, bandwidth configuration information of PCIE equipment inserted into a card slot of the Riser card and information of the card slot; the Riser card can transfer and distribute the bandwidth of the slot to each card slot on the Riser card; the BIOS chip determines the bandwidth of the card slot into which the PCIE equipment is inserted according to the identification information and the identification information of the card slot; after the bandwidth required by the PCIE equipment is determined according to the bandwidth configuration information, the bandwidth of the card slot inserted into the PCIE equipment is configured, so that the allocated bandwidth of the card slot conforms to the bandwidth of the PCIE equipment.According to the scheme, different BIOS chip versions do not need to be published for different models and packages, so the BIOS chip is convenient to maintain; the manual participation is not needed, and reliability and automation degree are high.

The invention discloses a method and a system for automatically distributing a VLAN (virtual local area network). The method comprises the steps of: receiving a VLAN resource request sent by a terminal by a head end device, and sending the VLAN resource request to a VLAN resource distribution server; receiving the VLAN resource request sent by the head end device by a VLAN resource distribution server, searching a VLAN resource pool corresponding to the head end device, distributing VLAN resources according to the VLAN resource request and a configured strategy and sending VLAN configuration; and sending the VLAN configuration sent by the VLAN resource distribution server to the terminal by the head end device, and applying the VLAN configuration by the terminal. In the invention, the head end device receives the VLAN resource request sent by the terminal, and sends the VLAN resource request to the VLAN resource distribution server; and the VLAN resource distribution server distributes the VLAN resources according to the configured strategy, thereby realizing the automatic configuration of a terminal VLAN label.

This invention discloses a method and a system for automatic collocation of base stations by constituting a multicast region with a base station, a router and a system where configured information of base station locates, and the base station gets the IP address of the system the information locates and sends an IP registration packet with an ID of the base station to the system, which enquires based on the received IP registration packet to get the configured information of the base station and sends it to the base station via the multicast IP packet, the base station receives its configured information from the IP packet to realize automatic configuration. This invented automatic configured system includes: a system, a router and a base station of the base station configured information at a same multicast region, which can realize automatic configuration of base stations under any multicast networks.

The present invention discloses a method and system for accessing the core network nodes, base station and management nodes, belonging to the field of wireless communications. The method includes: acquiring available core network nodes information; obtaining optimized core network nodes according to the available core network nodes information; and user terminals under base stations accessing to the optimized core network nodes. The system includes base station and management nodes. The base station includes an information acquisition module, a selection module and an access module. The management nodes include an information collocation module and a sending module. The present invention can balance the load of all core network nodes, reduces the complexity of the realization of the base station, and reduces the cost of base station.

The invention discloses a CFD (connectivity fault detection) protocol configuration method and a device thereof. The method comprises the followings steps: when maintenance domains with the same maintenance domain levels are configured for devices in a VLAN (virtual local area network), a primary device and each slave device respectively receive configuration orders of maintenance domain level, and the maintenance domain level of the device is configured according to the orders; the primary device in the VLAN transmits CC (continuity check) massages with the maintenance domain level, each slave device returns to the LT (link trace) massage after receiving the CC massages, wherein an intermediate device which receives the LT massage returns an LTR (link trace reply) massage to a transmitting party device of the LT massage; the primary device configures an outbound maintenance end point on a port which transmits CC massages, ports of slave devices which receive maintenance intermediate points and reply LTR massage exist, the maintenance intermediate point is configured on the port, and maintenance intermediate points are configured on other ports which have the same maintenance domain levels with the maintenance intermediate points; and other slave devices configure outbound maintenance end points on ports which receive CC massages and do not reply the LTR massages. By adopting the method and device provided by the invention, the auto configuration of CFD protocol can be realized.

The invention discloses a method for managing pool information, which is applied to a communication system comprising at least more than two mobility management entities, wherein the mobility management entities (2 and 3) are connected with a base station 1 and provide communication services to the base station 1. When the network topology relationship of the communication system is changed, priorpool management information is acquired from network equipment saving the prior pool management information; and after the pool management information is updated, the updated pool management information is sent to associated network equipment. The technical scheme of the invention can realize the automatic pool information configuration of mobility management entity pools such as MME POOL, SGSN POOL, MSC POOL and the like, and reduce the workload of manual configuration and errors caused by the manual configuration. In addition, the invention also discloses a device for realizing pool information management.