43 results about "Open network architecture" patented technology

A computer system for allowing proprietary forwarding elements to interoperate with standard control elements in an open network architecture. The computer system comprises a forwarding element that is adapted to perform data forwarding functions in a computer network. A control element is adapted to perform network signaling and control functions in the computer network. The control element is adapted to generate a standardized data set for configuring the forwarding element. An interconnecting element operatively connects the forwarding element to the control element. A forwarding element plugin is integrated with the control element for receiving the standardized data set from the control element, translating the standardized data set into a specialized data set, and transmitting the specialized data set to the forwarding element to configure the forwarding element. The forwarding element utilizes the specialized data set to configure the forwarding element for performing data forwarding in the computer network.

The invention discloses an air-ground integrated network architecture based on a software defined network and network function virtualization. According to the system architecture, the entire network consists of a ground network part and a space network part, and is divided in a unified manner into a management layer, a control layer and a forwarding layer. The management layer is responsible for registering and querying the network status and network service functions of the ground part and the space part in the air-ground integrated network and making routing, security, billing, service call and resource management strategies. The control layer consists of a ground part and a space part, and is responsible for controlling data forwarding according to the strategies of the management layer and collecting the information of network links and network service functions. The forwarding layer consists of a ground part and a space part, and is responsible for forwarding data and providing network service functions. The architecture uses a software defined network and an idea of network function virtualization, and efficient information transmission control and on-demand satellite service providing are realized in an air-ground integrated network.

The invention relates to a communication network realized by a network architecture based on the separation of control surfaces and media surface. The communication network comprises a radio access network, an access node which is connected between the radio access network and a packet data network and is used for data switching, and a mobility management node connected with the access node and the radio access network. The communication network also comprises an identity location register (ILR)and the packet data network which are connected with the access node, wherein the access node provides an access service for a terminal, distributes a route mart directing to the access node for the terminal, maintains the mapping information of the terminal and a correspondence node, registers on an ILR in the terminal location, unregisters and queries the RID of the terminal and realizes the routing and forwarding of the data message; the ILR is used for receiving a registration request and an unregistration request of the ILR home user terminal, maintaining the AID-RID mapping information of the home user terminal and returning the RID corresponding to the AID of the terminal in the request to the party sending a query request after receiving the search request about the RID of the terminal. The communication network can avoid alternate routing and does not change the application context of the terminal.

The invention discloses a wireless communication system and a wireless communication method for a flat network architecture, and an extend unit. The wireless communication system comprises access unit (AU) subsystems, the EU and at least one radio remote unit (RU) connected with the EU. The EU is used for converting a downlink baseband high-speed signal transmitted by the AU subsystem into a downlink sub-baseband low-speed signal, and transmitting the downlink sub-baseband low-speed signal to the RU, so that the EU can be connected with the RU by a low-speed transmission link such as a category-5 cable, indoor coverage is facilitated, and difficulty and cost in network deployment are reduced; the wireless communication system supports the concatenation and stacking mode of the AU subsystems, so that the capacity extensibility of the system is improved; and in addition, the wireless communication system also can comprise a gateway (GW) subsystem, and the function of a radio network controller (RNC) is shifted down to the GW subsystem and the AU subsystem to further disintegrate and simplify the structure of the whole communication system, so that a network processing time delay and a transmission time delay are shortened.

The embodiment of the invention provides a distributed gateway backup processing method and network equipment. The method comprises the following steps that: first network equipment receives an ARP (Address Resolution Protocol) update route message sent by second network equipment, wherein the ARP update route message is constructed according an EVPN (Ethernet Virtual Private Network) protocol; and the first network equipment acquires ARP table entries learned by the second network equipment according to the ARP update route message, and generates or updates the ARP table entries in the first network equipment, wherein in a first virtual local area network (VLAN), the first network equipment is currently a non-DF (non-Designated Forwarder) elected according to the EVPN protocol, and the second network equipment is currently a DF (Designated Forwarder) elected according to the EVPN protocol. In the embodiment of the invention, selection of active and standby gateways and backup of ARP information can be finished through network architecture of an EVPN without establishment of a special channel for electing active and standby gateway equipment or establishment of a special channel for backing up the ARP message, so that resources are saved; configuration is simplified; and the operation and maintenance difficulty is lowered.

The invention relates to a calling system, in particular to a pure IP calling system based on a cloud computing platform and an IMS network architecture. The calling system aims at solving the problems in achieving calling center services on a CS domain that a relaying circuit is long, a computer room occupies a large space, and a system is poor in expansion capacity. B public mobile phones and C public mobile phones in the calling center system are all connected to a mobile CM-IMS net, a calling center server, a service system server and A system switches are all connected to the mobile CM-IMS net through a transmission bus, the calling center server, the service system server and the A system switches are all connected to an IP transmission network, and D far end seat servers are all connected to the IP transmission network through a firewall. The application range of the pure IP calling system covers industries of governments and public services, for example, the industries of municipal administration, police, traffic management, energy and the like which are high in information application degree.

The invention discloses an open network architecture based on a wavelength division PON system, and a signal transmission method, and relates to the field of a PON optical access technology. The network architecture comprises a control unit, a service selection unit, an optical transceiving array unit, a clock unit and a plurality of service side optical modules. The control unit is respectively connected with the service selection unit, the optical transceiving array unit and the clock unit; each service side optical module is connected with a service provider device; the service selection unit is provided with a plurality of service data channels; each service side optical module is connected with the optical transceiving array unit through the data channels corresponding to services; and the optical transceiving array unit is connected with the optical modules of all ORU devices through an AWG. According to the invention, multiple different services can be accessed to the same optical access basic facility in an integrated mode, uplink and downlink signal transmission of multiple different services can be finished; and the service access capability is quite high, the application scope is quite wide, resources can be shared, and the application cost is quite low.

The art of present discloses a method and system for enabling mobile network operators to collect charging information from various other network elements; and indeed, is intended to exploit the resiliency of open network architecture and lessen the requisite dependency on proprietary network elements services and billing systems. The Open Charging (OC) middleware platform and gateway system interacts with proprietary network elements and effectually creates a unifying, enabling layer in mobile networks. Indeed, the art is directed at permitting mobile subscriber access to, among others, third party content and services with the simplicity and convenience of such charges appearing on either mobile phone bill, or decremented from said mobile subscriber's pre-paid account.

The invention discloses an extensible data center network architecture. An optical exchanger is adopted to replace a traditional electric exchanger. A machine frame (6), a ToR exchanger (5), a polymerization exchanger (4), a core exchanger (3) and a content exchanger (2) inside a data center are respectively grouped into different assemblies, then the assemblies are placed on a group of adjacent nodes in a backbone network in a remote and distributed mode, the data among the assemblies are switched and transmitted through optical fibers in the backbone networks, and therefore simplification of inside connection in the center of the data is effectively utilized and the extendibility of the data center network architecture is strengthened by means of a plurality of network infrastructures. The extensible data center network architecture further discloses an implementation method of the data center network architecture, grouping of the machine frame, determination of the number of the exchangers, placement of the assemblies, and solving problems of service routes are all summed up into an integral linear program, then a mathematical tool is utilized to carry out solving or the architecture is designed according to a heuristic algorithm, the design is flexible, and adaptability is strong.

The invention relates to the technical field of wireless communication, in particular to a communication system based on a frameless network architecture and a networking method. According to the communication system based on the frameless network architecture and the networking method, a user-centered service set formed by antenna elements is constructed through new resource dimensionalities, namely the antenna elements and calculating and processing elements, and wireless resource management, mobile management, service unloading management, extensive coordination management between the antenna elements of different types and the like are carried out according to the service set. A traditional community setting and regional dividing mode is eliminated by the communication system based on the frameless network architecture and the networking method, then requirements of user terminals are taken as the center, and users have a dominant right of resource allocation. The wireless network networking problem when a large number of base stations of different kinds coexist and are intensively allocated is solved. Therefore, powerful technical support to the development of mobile wireless communication technique is supplied by the communication system based on the frameless network architecture and the networking method.

The invention provides a 4G private network cell interference coordination method for an electric power transmission scene. The 4G private network cell interference coordination method comprises the steps that: (1) a base station in a 4G private network architecture performs diversity initialization on available frequency resources; (2) the base station obtains channel conditions of communication channels between the base station and a service terminal, and analyzes causes and types of interference; (3) and a corresponding coordination method is selected according to the interference type through combining the available resources and service requirements. A frequency subset in the interference coordination method provided by the invention is partitioned by adopting a dynamic partitioning method, the frequency utilization rate is improved, and the communication channel quality is ensured.

The invention relates to a multichannel transmission 5G network architecture based on SDN. The 5G network architecture comprises a mobile device, a wireless access network (RAN) device and a core network, the mobile device is provided with an OpenFlow controller (M-OFC) and an OpenFlow gateway (M-OFG); the wireless access network device (RAN) is defined with an OpenFlow controller (R-OFC) and an OpenFlow gateway (R-OFG); the core network is defined with an OpenFlow controller (N-OFC) and an OpenFlow gateway (N-OFG); and flow table information is shared on a sending side and a receiving side, so that the separation and combination of data packets are matched with each other, the data transmission rate of the 5G network is greatly improved, and the network architecture effectively relieves the data flow pressure of network bearer and improves the user experience in a mobile network environment.

The invention discloses an IP dynamically bound wireless network construction method and a corresponding network architecture. The wireless network construction method of the invention deploys wireless access equipment AP at each target room, deploys POE power supply switches at various target floors, and converges the power supply switches to aggregation switches, wherein each aggregation switch is respectively connected to a core switch, and the core switch is provided with a wireless controller AC board card; an IMC server and a DHCP server are set up at an isolation area and fixed IP which is bound with an MAC is distributed for internal staff. After the network architecture of the invention is constructed, staff within a coverage area can use a notebook, a tablet compute (PAD), a smartphone and other mobile terminals with a wireless access function to access the network through a wireless network, and through a unified wireless channel, one person has one number can be ensured and in-building roaming can be achieved.

The invention provides a next generation broadcasting network (NGB) access network architecture system and a butt joint method of an Ethernet over coax (EOC) network management system and a business operation support system (BOSS). The NGB access network architecture system comprises a business management system, an authentication management system connected with the business management system, a call-center system connected with the authentication management system, three China national ratio (CNR) servers which are connected with the authentication management system and respective serve customer terminal equipments with the types of cable modems, personal computers and set top boxes, and a simple network management protocol (SNMP) management system which is connected with the authentication management system and used for carrying out SNMP configuration on the various customer terminal equipments; and the architecture system also comprises a butt joint management system used for taking part in the butt joint with the authentication management system so as to complete authentication, optical line terminal management equipment connected with all the CNR servers and the SNMP management system, EOC local side management equipment connected with the optical line terminal management equipment, and customer terminal access equipment connected with the EOC local side management equipment. The architecture system and the butt joint method enable all EOC access technologies to be suitable for the BOSS, thus reducing the butt joint cost and the technical risk, and reducing the access difficulty.

The invention discloses a key configurable system and method in an MMtel (MultiMedia Telephony) application server. The key configurable system is based on an IMS (IP Multimedia Subsystem) network architecture, and structurally comprises a home subscriber server (HSS), an MMtel application server and a serving-call session control function (S-CSCF) node which are sequentially connected, wherein the MMtel application server is internally configured with a heterogeneous acceleration card, and the heterogeneous acceleration card is used for performing encryption on registered user data in the IMS network architecture. Compared with the prior art, the key configurable system and method in the MMtel application server apply the heterogeneous acceleration card to the MMtel application server, a value range of a key handle is set in a background database on the MMtel, the flexible adaptability of generation of the key handle is ensured, and thus the randomness of generation of the key handle is guaranteed, thereby being high in practicability, wide in application range and easy to popularize.

The invention discloses a remote-place cloud data center management system based on a three-layer network architecture. The system includes a central management layer, a domain management layer and amanaged resource layer. The central management layer deploys all function component modules, is responsible for global resource management and cloud service operation management, and contains variousfront-end realization functions of cloud data centers and data storage functions. The domain management layer realizes isolation on direct communication of the managed resource layer and the central management layer, and is used for playing a role of a connecting link between all the remote-place cloud data centers and the central management. The managed resource layer is basic architecture resources of each remote-place cloud data center, and includes managed servers, storage, a tape library, network equipment and a firewall. According to the management system disclosed by the invention, massive management traffic is carried at the domain management layer and the managed resource layer through a design of a three-layer model and the domain management layer, thus flow dividing of loads ofthe central management layer is carried out, and high scalability of multi-data-center large-scale cloud deployment is realized.

The invention provides a distributed network architecture and a dispatching method of the distributed network architecture. The distributed network architecture comprises a switching center, at least one subnet, an operating system and a network management system; wherein each subnet, operating system and network management system are respectively connected with the switching center; each subnet comprises a subnet switching center and a dispatching station connected with the subnet switching center; the operating system is used for synchronizing the account data in the distributed network architecture to each subnet switching center; the network management system is used for managing the network parameters of the switching center, the subnet switching center of each subnet and the dispatching station of each subnet; the subnet switching centers in each subnet are used for routing and switching services within the subnet; service interworking between the subnets can be realized through the switching centers; and the dispatching station of each subnet is used for managing the terminal equipments in the subnets, and the management scope and the upper and lower level relationship of the dispatching stations can be adjusted according to the need of management, therefore, the delay caused by the network deployment can be reduced.

The invention discloses a network architecture of an artificial-like network and an implementation method, and relates to the field of network architecture. The network architecture herein includes a user layer, a network layer, a control layer and an application layer. The user layer is intended for providing information to the control layer. The network layer is intended for transmitting and receiving data, executing a command from the control layer, sensing network state, environment information and knowledge of other networks, and handling the network state, the environment information and the knowledge of other networks to the control layer. The control layer is intended for acquiring and processing the information from the application layer, the user layer and the network layer, and saving the processed information and the knowledge of the other networks, and the control layer is also intended for generating knowledge associated with the network state and decisions, and adding the knowledge associated with the network state and decisions to a database. A control entity is intended for based on the current network state, obtaining decisions, performing decision-making rehearsal by simulation, estimating optimal time for implementing the decisions, implementing the decisions, evaluating the decisions and feedbacking the decisions. The application layer is intended for receiving the information provided by the control layer and providing required information to the control layer. According to the invention, the network architecture herein can increase the robustness of the network, enhances defense against network attacks, and provide quality functions and performances.

The invention relates to the technical field of intelligent door lock safety management, and discloses an intelligent door lock safety management system based on an open architecture. The intelligentdoor lock safety management system comprises intelligent door lock control equipment Pi running intelligent door lock control system software, a local server Si running the intelligent door lock safety management system software, and a mobile terminal Ui. When the user on the mobile terminal Ui sends an unlocking request to the intelligent door lock control system of the intelligent door lock control equipment Pi, the intelligent door lock safety management system of the local server Si verifies the identity of the user on the mobile terminal Ui, only when the identity of the user passes the safety verification of the intelligent door lock safety management system, the user is allowed to unlock the intelligent door lock through the intelligent door lock control system of the intelligent door lock control equipment Pi, i.e. the identity verification and unlocking work of the intelligent door lock is realized under an open network architecture. The technical problem that the present intelligent door lock safety management system cannot guarantee safety of encryption and decryption processes in the open architecture can be solved.

The invention discloses a sensing network control layer, a sensing network architecture and a construction method thereof. The sensing network control layer is arranged in a physical network sensing layer; all nodes of an Internet of Things sensing layer communicate with a physical network gateway through the sensing network control layer; the sensing network control layer comprises: a plurality of control nodes; the control nodes are all screened out from the nodes of the Internet of Things sensing layer; the links between the control nodes are all screened ou from the links of the Internetof Things sensing layer; the screening of the control nodes and the links satisfies the following conditions: the energy of each control node is greater than a set energy threshold; the moving speed of each control node is less than a set speed threshold; the total number of control nodes is less than a set number threshold; non control nodes of the Internet of Things sensing layer communicate with the physical network gateway through the control nodes; and if a link is added to the sensing network control layer, the link is connected, and the two nodes of the link are also in the sensing network control layer.

The invention discloses a user access method based on an SDN (Software Defined Network) and Hotspot2.0 for use under novel network architecture, and belongs to the field of wireless communications. The user access method comprises the following specific steps that: users judge whether a current Wi-Fi (Wireless Fidelity) network supports Hotspot2.0 or not; if so, the users send requests to an SDN global controller through AP (Access Point) ends; the SDN global controller issues current Wi-Fi network information to the AP ends, and the AP ends resolve frames, package the resolved frames into an ANQP (Access Network Query Protocol) frame format, and issue the packaged frames to the users; the users configure a network filtering strategy according to demands, and filter the current Wi-Fi network information; the users judge whether the network of which the current Wi-Fi network information is filtered still supports Hotspot2.0 or not, and if so, the users automatically connect to the Wi-Fi network for authentication; otherwise, the users access the Wi-Fi network in a conventional way; the SDN global controller verifies identity information through RADIUS; and user terminals are connected to the Internet after successful verification. The user access method has the advantages that an SDN technology is combined with a Hotspot2.0 technology, so that the problem of information sources of newly-added information elements in the Hotspot2.0 is solved. Meanwhile, the SDN has higher controllability specific to the networks, and seamless fusion between a honeycomb network and the Wi-Fi network is ensured better.

The invention discloses a network interface card state monitoring and address switching method of a region-county integrated network architecture. County scheduling node send ICMP messages to local switches and receive ICMP response messages, and all nodes can accurately determine the network interface card states of local nodes and switching the communication addresses of the nodes according to the network interface card states so as to realize redundancy mutual backup of networks; and at the same time, through sending the ICMP messages to region scheduling (specific) switches and receiving the ICMP response messages, the county scheduling nodes can determine the connection states of the local nodes with region scheduling nodes and switching the communication addresses of the local nodes according to the connection states so as to ensure that system nodes can still communicate with each other normally even if only one link works normally between the region scheduling nodes and the county scheduling nodes, and realize the network redundancy mutual backup on the region-county integrated system network architecture. Therefore, the method provided by the invention has good application prospect.