4results about How to "Flexible networking" patented technology

The application discloses a deep-sea agile communication networking and real-time detection system and relates to the technical fields of underwater communication and optical fiber sensing. The system comprises a water surface buoy system and an underwater system. The water surface buoy system comprises a buoy body, a battery unit, a cable guide joint, a junction box, a cable winch, a solar charging plate and a satellite communication unit. The battery unit, the junction box and the cable winch are arranged in the buoy body, the cable guide joint is arranged at the bottom of the buoy body, and the solar charging plate and the satellite communication unit are arranged at the top of the buoy body. The deep-sea agile communication networking and real-time detection system can be flexibly used in deep-sea sea areas where communication networking or detection is needed, has high integration, is convenient to use and low in cost, can be laid and recovered by using a general marine vessel, can cover several thousand square kilometers of seabed by using a single system, can be conveniently networked between multiple systems to expand the use range, and can be flexibly laid according to actual needs.

The application provides a method and system for customizing deployment of a simulated SDN switch network, comprising: step 1, creating a virtual node for each network node; step 2, configuring the connection of virtual network cards between the virtual nodes on a virtualization platform; step 3, placing a switch system program in a shared directory of a physical host, using remote control to traverse each virtual node, and commanding the virtual node to copy the switch system program from the shared directory to the system directory of the virtual node; step 4, using remote control to traverse each virtual node, and commanding the virtual node to execute the system program immediately or after a delay; and step 5, adding each virtual network card in the virtual node to the port of a virtual SDN switch, and completing the construction of the virtualized SDN network. The application sets a delay waiting mechanism for the switch system program, and realizes fine control over the start time of each virtualized SDN switch.

The utility model discloses an electronic detonator initiation system based on wireless radio frequency communication includes: wireless transceiver controller, control system initiation process, sends control instruction, transceiving wireless signal, wireless terminal equipment, with wireless transceiver controller wireless communication connection, with electronic detonator communication connection, receives the control instruction that wireless transceiver controller sent, carries out networking, initiation to the electronic detonator of communication connection with it, reads the current data information of electronic detonator of communication connection with it, the utility model discloses can greatly reduce the use of busbar, has reduced wiring process, has reduced the work load, and networking is more flexible simultaneously.