3results about How to "Improve networking flexibility" patented technology

This invention discloses a one-click dialing method and a power dispatching terminal, applicable to power dispatching terminals. The method includes: configuring terminal parameters according to the Session Initiation Protocol (SIP) configuration parameters of the administrative softswitch network and the dispatching softswitch network respectively; initiating account registration requests to the administrative softswitch network and the dispatching softswitch network based on the configured terminal parameters and SIP registration signaling, thereby enabling compatible access to both networks, improving network flexibility, and fulfilling the dual calling needs of the power dispatching terminal in both administrative and dispatching scenarios; receiving one-click dialing requests from dispatchers on the terminal interface for target numbers, automatically identifying the target number's region to generate the final dialing number, which helps meet dispatchers' demands for "high-frequency, fast, and low-error" one-click dialing, improving user experience and work efficiency.

The invention discloses an SSB signal sending method for 5G mobile base station networking, and belongs to the technical field of 5G base stations, and the method comprises the steps: S1, determining an SSB burst set pattern according to a subcarrier interval and a frequency band used by a mobile base station; s2, determining the period of the SSB burst set; s3, determining N according to the number Lmax of SSB time domain sending positions in the SSB burst set pattern, and grouping N maneuvering base stations into a group; step S4, configuring the same SSB frequency domain position for the maneuvering base station in the step S3; step S5, distributing continuous N PCIs (Peripheral Component Interconnect) for the cells on the maneuvering base station in the step S3; according to the invention, more mobile base stations can be accommodated to dynamically network in the same region, so that the networking flexibility is improved; a plurality of mobile base station SSBs are dispersed to orthogonal resources to be sent through grouping, so that mutual interference of SSB signals among base station groups is avoided; and the cells of all the maneuvering base stations are still in the same-frequency adjacent cell relationship, so that the adjacent cell measurement and switching performance of the UE is not influenced.

The application discloses a kind of MF-TDMA and FDMA fusion multi-address access methods in satellite communication network, it relates to multi-address access technology in satellite communication field.The application divides satellite communication network into MF-TDMA general transmission layer and FDMA special transmission layer, uses integrated network management to carry out centralized management to two kinds of systems, solves the problem of insufficient high-speed transmission efficiency of MF-TDMA system and few user stations of FDMA system access.The application gives full play to the advantages of two kinds of systems, avoids disadvantages, has the characteristics of flexible networking, high resource utilization, and can be applied to satellite communication network based on transparent transponder, especially suitable for satellite networking application with large number of access user stations and large amount of data of backbone transmission node.