Mobile switching method aiming at multi-user single-terminal synergetic scenes

Abstract

The invention provides a mobile switching method aiming at multi-user single-terminal synergetic scenes. The method includes: designing a revenue function with a plurality of parameters to comprehensively evaluate idle terminals, and selecting several idle terminals with high revenues for serving; in consideration of that flexible relative positions among users results in quality dynamic change of channels among the idle terminals and service terminals, comparing revenues of the idle terminals to effectively avoid ping-pong switching; predicating network parameters to accurately predicate revenues of the idle terminals at the next moment, performing pre-switching, accurately selecting the idle terminals providing service transfer for the service terminals to reduce mistaken switching. Using the mobile switching method aiming at the multi-user single-terminal synergetic scenes can acquire high avenues, decrease user service packet loss rate and meet QoS (quality of service) requirements of users, and the method is simple and easy to implement and has bright application prospect.

Description

technical field [0001] The invention belongs to the technical field of wireless communication, and in particular relates to a mobile handover method oriented to multi-user single-terminal cooperation scenarios. Background technique [0002] With the development of microelectronics, chips and information communication technology, human beings will gradually enter the era of ubiquitous network, and the edge of the network will undergo great changes. Wired or wireless way to achieve interconnection. Due to the development of information service bandwidth, diversified content forms, and intelligent service provision, higher requirements are put forward for various network terminals. Therefore, the increase of business types, the rapid growth of service quality requirements and the slow improvement of terminal capabilities have become a contradiction. [0003] At present, it is an objective reality for a user to have multiple terminals. It is not feasible to expect users to aba...

AI Technical Summary

Problems solved by technology

In the vehicle environment, the positions of the users are basically fixed, which is the same as the coordinated mobile scenario of a single user and multiple terminals; if you go out for an outing, the positions of the users may become closer to each other, and the channel environment and communication quality will be better, but the mutual positions will change. The farther and farther away, the channel environment and communication quality will be worse

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