10results about How to "Reduce networking costs" patented technology

The invention discloses an intelligent routing method and device based on link quality, and a storage medium, and provides basic data for intelligent routing by measuring and monitoring the tunnel quality on the device in real time, including link delay, bandwidth utilization rate, packet loss rate and other performance indexes, and uploading the performance indexes to an SDWAN management and control platform. After calculation is carried out based on the data, the SD-WAN selects a better path to carry out data transmission according to real-time network and application conditions. According to the method provided by the invention, a client can flexibly configure link quality thresholds, including packet loss (%), time delay (ms) and jitter (ms), of different application groups according to requirements, and when the network link performance is reduced, a specific application flow can be identified, and a better path is selected for the application group to transmit the data flow. According to the invention, the user configuration is simplified, the network quality is improved, and the network cost of the user is effectively reduced.

The invention discloses a data center, and belongs to the technical field of data center process layout. According to the scheme, a cluster unit of the data center is of a three-layer annular structure and is divided into a plurality of modules in the radial direction; a spine switch is deployed on the first annular layer, GPU server cabinets are deployed on the second annular layer and the third annular layer, and a leaf switch is further deployed on the second annular layer; the distances between the layers and the positions of the spine switches and the leaf switches are reasonably set, so that the distances between the GPU servers and the leaf switches in the modules, between the leaf switches and the spine switches and between the spine switches in the cluster units are all smaller than 5 meters, the GPU servers and the leaf switches are connected through copper cables, the leaf switches and the spine switches are connected through copper cables, and the spine switches are connected through copper cables. According to the scheme, through reasonable layout, the reliability of the network is improved, and the network delay, the networking cost and the power consumption are reduced.

The invention discloses an Internet of Things networking method and system based on a star flash technology and an open source gap system, and the method comprises the steps: installing the open source gap system for a plurality of target devices needing the networking of the Internet of Things, and configuring a star flash communication module for supporting the star flash protocol communication between the devices; analyzing function requirements, performance requirements and expected communication scenes of each target device in Internet of Things networking, and formulating a unified communication protocol and data format; performing Internet of Things networking on a plurality of target devices which are provided with the open source gap systems and configured with the star flash communication modules to obtain an Internet of Things network platform, and testing the Internet of Things network platform; and when the test of the Internet of Things network platform meets the requirements, controlling a plurality of target devices in the Internet of Things network platform to communicate according to a unified communication protocol and data format. According to the invention, the networking flexibility and efficiency of the Internet of Things are improved.

The invention relates to the technical field of wireless communication, and discloses a rapid networking method based on software defined radio fusion of multiple communication devices, which comprises the following four steps: preliminary networking, strategy decision and broadcast integration, direct neighbor device response and integration, and indirect neighbor device and other device integration. Information exchange and data transmission between cross-platform and cross-protocol communication devices are realized. And an integration mechanism of layer-by-layer diffusion is adopted, so that orderliness and high efficiency of the networking process are ensured. According to the method, network parameters do not need to be configured manually, the networking complexity and cost are reduced, and the networking efficiency and flexibility are improved. The method is especially suitable for emergency communication, Internet of Things, military communication and other scenes requiring rapid and flexible networking.

This application provides a network device management method and apparatus, and a system, and belongs to the communications field. The method includes: obtaining, by a first network device, management information of a service flow, where the management information includes a type of a management operation and an identifier of the service flow; determining a second network device on a forwarding path of the service flow based on the identifier of the service flow, where the second network device is a next-hop network device of the first network device; sending a control packet to the second network device, where the control packet includes the management information, and the control packet is used to indicate the second network device to perform a management operation and obtain information associated with the management operation; and receiving a response packet from the second network device, where the response packet includes the information that is obtained by the second network device and that is associated with the management operation. The network device management method provided in this application is less costly and has relatively high flexibility.

The embodiment of the invention provides a two-layer data transmission method and device, relates to the technical field of communication networks, and is suitable for various networking scenes such as an enterprise network, a data center network and an FTTR network. The method comprises the following steps: a first PE device in an L2VPN network receives a two-layer data message through an AC; matching the target message feature of the two-layer data message with a preset ACL table item; if the target message feature is successfully matched with the preset ACL table item, encrypting the two-layer data message, and adding a control word to the two-layer data message to obtain an encrypted message, the control word indicating that the message to which the control word belongs is the encrypted message; and sending the encrypted message to the second PE device in the L2VPN network through the PW. And based on the control word carried by the two-layer data message, the second PE device decrypts the two-layer data message to obtain a decrypted message and sends the decrypted message. According to the scheme, the networking cost of the L2VPN such as the FTTR can be reduced while the data transmission security in the networking of the L2VPN such as the FTTR is improved.

The invention relates to a communication network, optical line terminal equipment, and a method for processing optical signals. The communication network comprises a first optical line terminal, a second optical line terminal, and equipment located at the customer's premises. The second optical line terminal can be connected to the first optical line terminal at the upper layer via a passive optical network (PON) interface, and can also be connected to the equipment located at the customer's premises at the lower layer via a PON interface. The communication network under the invention allows users in remote areas to access broadband services. In addition, the PON interface is characterized by point-to-multipoint transmission, and thus transmission media can be saved and networking costs can be reduced.

This application discloses a self-organizing network communication method, apparatus, system, and medium. The method includes: for each node in the self-organizing network, updating the communication status with neighboring nodes; updating the optional transmission paths with other nodes in the self-organizing network based on the communication status; sending the optional transmission paths to neighboring nodes so that each node in the self-organizing network can update its own routing information; determining the data transmission mode based on the geographical location of the node; determining the optimal transmission path with the target node in the data transmission mode from the optional transmission paths; and sending the collected target data to the target node according to the optimal transmission path so that the target node can upload the target data through the external network. This method enables reliable networking in areas with poor wireless signal coverage and transmits the data collected by each monitoring device to the external network through the network, which is low-cost and easy to implement.

The invention discloses a networking control method and device, electronic equipment and a storage medium, and is used for solving the problems of high networking cost, low networking reliability and low networking applicability. The networking control method comprises the steps that a main network device receives an address allocation request sent by a slave network device, and the main network device and the slave network device are selected according to respective corresponding role priorities; sending the TIPC address information allocated to the slave network equipment to the slave network equipment; and sending the TIPC address information of the slave network equipment and the TIPC address information of the slave network equipment to the cloud server based on the communication connection established with the cloud server, so that the cloud server performs configuration management on the master network equipment and the slave network equipment.

The invention discloses a data interaction method, a storage medium, electronic equipment and a computer program product. The method comprises the following steps: a plurality of network cameras transmit respectively acquired video data to a passive optical splitter in an optical communication mode; and the passive optical splitter transmits the collected video data to a network for video recording in an optical communication mode. According to the invention, the technical problems of limited coverage range and high investment cost of a network video monitoring system in the prior art are solved.